The AME2003 atomic mass evaluation ∗
(II). Tables, graphs and references
G. Audia,§, A.H. Wapstrab and C. Thibaulta
a
b
Centre de Spectrométrie Nucléaire et de Spectrométrie de Masse, CSNSM, IN2P3-CNRS&UPS, Bâtiment 108,
F-91405 Orsay Campus, France
National Institute of Nuclear Physics and High-Energy Physics, NIKHEF, PO Box 41882, 1009DB Amsterdam,
The Netherlands
Abstract
This paper is the second part of the new evaluation of atomic masses AME2003. From the
results of a least-squares calculation described in Part I for all accepted experimental data, we
derive here tables and graphs to replace those of 1993. The first table lists atomic masses. It is
followed by a table of the influences of data on primary nuclides, a table of separation energies
and reaction energies, and finally, a series of graphs of separation and decay energies. The last
section in this paper lists all references to the input data used in Part I of this AME2003 and
also to the data entering the NUBASE2003 evaluation (first paper in this volume).
AMDC: http://csnwww.in2p3.fr/AMDC/
1. Introduction
The description of the general procedures and policies are given in Part I of this series
of two papers, where the input data used in the evaluation are presented. In this paper
we give tables and graphs derived from the evaluation of the input data in Part I.
Firstly, we present the table of atomic masses (Table I) expressed as mass excesses
in energy units, together with the binding energy per nucleon, the beta-decay energy
and the full atomic mass in mass units.
* This work has been undertaken with the encouragement of the IUPAP Commission on Symbols,
Units, Nomenclature, Atomic Masses and Fundamental Constants (SUN-AMCO).
§ Corresponding author. E-mail address: audi@csnsm.in2p3.fr (G. Audi).
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G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
The second table is the table of influences on primary nuclides (Table II). For each
of the primary nuclides entering this evaluation, we give the three main data and their
influences on the mass of this nuclide (see the definitions in Part I, Section 3).
Thirdly, we give a table for values and their estimated precision for the separation
energies and reaction energies for twelve carefully selected combinations of nuclides.
This selection, together with the β -decay energies above, yields all differences in
masses between any pair of nuclei differing at most by 2 units in Z and N. A method is
indicated in which many more reaction energy values can be derived from the present
table.
The following series of graphs are then presented: two-neutron separation energies
and α -decay energies as a function of neutron number, two-proton separation energies
as a function of proton number and double β -decay energies as a function of mass
number which are considered as the most illustrative ones for the systematic trends.
Finally, references to the input data used in Part I of this AME2003 and in
NUBASE2003 in the first paper of this volume are given in the last section of this
paper.
2. The atomic mass table
As in our previous work AME’93 [1]–[4] and AME’95 [5], the tables presented in
this work give atomic masses and derived quantities. With very few exceptions,
experimental data on masses of nuclei refer to “atomic” masses or to masses of singly
ionized atoms. In this last case the ionization energy is generally (much) smaller than
the error on the mass, and, for the small number of very precise mass measurements,
corrections for the first -and second- ionization potentials could be applied without
much loss of accuracy. The same is true for the electron mass Me involved, see
Table A in Part I. This is the reason for the decision to present, in our evaluations,
atomic rather than nuclear masses.
Nuclear masses can be calculated from atomic ones by using the formula:
MN (A, Z) = MA (A, Z) − Z × Me + Be (Z)
(1)
Nowadays, several mass measurements are made on fully or almost fully ionized
particles. Then, a correction must be made for the total binding energy of all removed
electrons Be (Z). They can be found in the table for calculated total atomic binding
energy of all electrons of Huang et al. [6]. Unfortunately, the precision of the calculated
values Be (Z) is not clear; this quantity (up to 760 keV for 92 U) cannot be measured
easily. Very probably, its precision for 92 U is rather better than the 2 keV accuracy
with which the mass of, e.g., 238 U is known. A simple formula, approximating the
results of [6], is given in the review of Lunney, Pearson and Thibault [7]:
Bel (Z) = 14.4381 Z 2.39 + 1.55468 × 10−6 Z 5.35 eV
(2)
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
339
Table A. The most precisely known masses.
Mass excess (keV90 )
1n
1H
2H
3H
3 He
4 He
13 C
14 C
14 N
15 N
16 O
20 Ne
23 Na
28 Si
40 Ar
8 071.317 10
7 288.970 50
13 135.721 58
14 949.806 00
14 931.214 75
2 424.915 65
3 125.011 29
3 019.893 05
2 863.417 04
101.438 05
– 4 737.001 41
– 7 041.931 31
– 9 529.853 58
– 21 492.796 78
– 35 039.896 02
0.000 53
0.000 11
0.000 35
0.002 31
0.002 42
0.000 06
0.000 91
0.003 80
0.000 58
0.000 70
0.000 16
0.001 79
0.002 73
0.001 81
0.002 68
Atomic mass (µ u)
1 008 664.915 74
1 007 825.032 07
2 014 101.777 85
3 016 049.277 67
3 016 029.319 14
4 002 603.254 15
13 003 354.837 78
14 003 241.988 70
14 003 074.004 78
15 000 108.898 23
15 994 914.619 56
19 992 440.175 42
22 989 769.280 87
27 976 926.532 46
39 962 383.122 51
0.000 56
0.000 10
0.000 36
0.002 47
0.002 60
0.000 06
0.000 98
0.004 08
0.000 62
0.000 75
0.000 16
0.001 92
0.002 93
0.001 94
0.002 86
The atomic masses are given in mass units and the derived quantities in energy
units. For the atomic mass unit we use the “unified atomic mass unit,” symbol “u”,
defined as 1/12 of the atomic mass of one 12 C atom in its electronic and nuclear ground
states and in its rest coordinate system. In our work energy values are expressed as
electron-volt, using the maintained volt V90 . For a discussion see Part I, Section 2.
As mentioned in Part I, we no longer give values for the binding energies, ZMH +
NMn − M, as we used to in earlier tables. Otherwise than before, its error equals
that in the value of the mass excess, which makes its use unnecessary. We now give
instead the binding energy per nucleon, which is of educational interest, connected to
the Aston curve and the maximum stability around the ‘iron-peak’ of importance in
astrophysics.
Due to the drastic increase in the precision of the mass values of the very light
nuclei, the printing format of the mass table is not adequate. Table A gives, for the
most precise among them, values of mass excesses and atomic masses. Conversion of
the errors from µ u to keV were obtained by:
σM2 keV = (σMu × u)2 + (Mu × σu )2
(3)
where Mu is the mass excess in µ u, and σu the error of u expressed in eV90 . The part
340
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
Table B. Correlation matrices for the most precisely known very light nuclei (in squared
nano atomic mass units).
n
H
D
4 He
13 C
14 N
15 N
16 O
28 Si
n
0.316817
H – 0.007978
0.010689
D
0.124508
0.002709 0.127243
4 He
0.000000
0.000000 0.000000 0.004011
13 C
0.125909 – 0.007584 0.118352 0.000000
0.954145
14 N
– 0.008911
0.012558 0.003645 0.000000 – 0.008470 0.384729
15 N
0.094981
0.016262 0.111262 0.000000
0.090285 0.019496 0.558755
16 O
– 0.001022
0.001377 0.000355 0.000000 – 0.000972 0.005718 0.002100 0.027039
28 Si
0.227453
0.008282 0.235786 0.000000
0.216210 0.010584 0.653732 0.001078 3.761099
n
n
H
D
3H
3 He
16 O
20 Ne
23 Na
28 Si
0.316817
– 0.007978
0.124508
0.008197
0.009704
– 0.001022
0.326227
– 0.000000
0.227453
H
D
0.010689
0.002709
0.000942
0.001116
0.001377
0.014358
0.000000
0.008282
0.127243
0.009139
0.010822
0.000355
0.340650
0.000000
0.235786
3H
6.116907
5.694194
0.000122
0.024965
0.000000
0.017163
3 He
16 O
20 Ne
23 Na
28 Si
6.743975
0.000144
0.029563
0.000000
0.020325
0.027039
0.001866
0.000000
0.001078
3.687126
0.000000
0.633419
8.587458
0.000000
3.761099
dependent on Mu is only important for very few nuclides.
3. Influences on primary nuclides
Table II presents a list of all primary nuclides, and for each of these the main data
contributing to its mass determination (up to the three most important ones) and the
influences of these data on this nuclide.
This Table II complements the information given in the main table (Part I, Table I)
where we display the significance (total flux) and the main flux of each datum. In
other words, the flow-of-information matrix F, defined in Part I, Section 5.1, is (partly)
displayed once along lines and once along columns.
4. Nuclear-reaction and separation energies
The result of the least-squares adjustment of experimental data (reaction and decay
energies and mass-spectrometric data) determining atomic masses of nuclides, as described in Part I, is not represented completely by the adjusted values of the input data
given there and the resulting values of the atomic masses given in the Table I. A com-
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
341
plete representation would require reproduction of a matrix of correlation coefficents.
Since this matrix contains 12 N(N + 1) elements in which N = 847, this is not very
attractive.
The main use of the correlation matrix is in obtaining errors in linear combinations
of atomic masses. In practice, the correlations are important only for combinations
involving two neighbouring nuclides with small differences in mass number and particles such as n, p, d, t, 3 He and α . Such combinations, consisting of various kinds
of decay and binding energies of particles or groups of particles, are important for
systematic studies of the nuclear energy surface and for Q-values of frequently studied
reactions. As before [2], we present in Table III values for 12 such combinations and
their standard errors. The β -decay energies are given in Table I.
With the help of the instructions given in the ‘Explanation of Table’, values for 28
additional reactions and their standard errors can be derived. The derived values will
be correct, but in a few cases (of reactions on very light nuclei measured with extreme
precision) the errors will be slightly larger than would follow from a calculation
including correlations.
The precision (standard error) in the value of any combination of the most precise
mass values, for very light nuclei, can be obtained with the help of the correlation
coefficients given in Table B. When doing this, one should calculate the values to
which these errors belong from the mass values (in µ u), and not from the massexcesses (in keV), in the mass table (Table I).
We have also prepared a table of neutron, proton and deuteron pairing energies,
available from the AMDC [8], defined as:
1
Pn (A, Z) = (−1)A−Z+1 [Sn (A + 1, Z) − 2Sn (A, Z) + Sn (A − 1, Z)]
4
1
Pp (A, Z) = (−1)Z+1 [S p (A + 1, Z + 1) − 2S p (A, Z) + S p (A − 1, Z − 1)]
4
1
Pd (A, Z) = (−1)Z+1 [Sd (A + 2, Z + 1) − 2Sd (A, Z) + Sd (A − 2, Z − 1)]
4
Sn , S p , and Sd are the neutron, proton and deuteron separation energies, the latter being
defined as
Sd (A, Z) = −M(A, Z) + M(A − 2, Z − 1) + M(d) = −Q(γ , d),
and Sn , and S p , are defined below in the Explanation of Table.
Remark: Pn is also sometimes written as:
1
Pn (A, Z) = (−1)A−Z+1 [−M(A + 1, Z) + 3M(A, Z) − 3M(A − 1, Z) + M(A − 2, Z)]
4
displaying thus more clearly the combination of the involved masses. And similarly
for Pp and Pd .
342
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
5. Graphs of systematic trends
All the information contained in the mass table (Table I) and in the nuclear reaction and
separation energy table (Table III) can in principle be displayed in a plot of the binding
energy or the mass versus Z, N, or A. Such a plot, in which the binding energies vary
rapidly, is complicated by the fact that there are four sheets, corresponding to the four
possible combinations of parity for Z and N. These sheets are nearly parallel almost
everywhere in this three dimensional space and have remarkably regular trends, as
one may convince oneself by making various cuts (e.g. Z or N or A constant). Any
derivative of the binding energies also defines four sheets. In the present context,
derivative means a specified difference between the masses of two nearby nuclei.
They are also smooth and have the advantage of displaying much smaller variations
(see also Part I, Section 4). For a derivative specified in such a way that differences
are between nuclides in the same mass sheet, the nearly parallelism of these leads to an
(almost) unique surface for the derivative, allowing thus a single display. Therefore,
in order to illustrate the systematic trends of the masses, four derivatives of this last
type were chosen:
1. the two-neutron separation energies versus N, with lines connecting the isotopes
of a given element (Figs. 1–9);
2. the two-proton separation energies versus Z, with lines connecting the isotones
(the same number of neutrons) (Figs. 10–17);
3. the α -decay energies versus N, with lines connecting the isotopes of a given
element (Figs. 18–26);
4. the double β -decay energies versus A, with lines connecting the isotopes and
the isotones (Figs. 27–36).
These graphs of systematic trends supersede earlier graphs [3].
Other various representations are possible (e.g. separately for odd and even nuclei:
one-neutron separation energies versus N, one-proton separation energy versus Z, β decay energy versus A, . . . ); they can all be built starting from the values in Table III.
They cannot all be given in the present printed version, but they are retrievable from
the Web distribution [8].
Clearly showing the systematic trends, these graphs can be quite useful for checking
the quality of any interpolation or extrapolation (if not too far) and generally is an
excellent testground for theoretical mass models. When some masses in a defined
region deviate from the systematic trends, almost always there is a serious physical
cause, like a shell or subshell closure or an onset of deformation. But, if only one mass
exhibits an irregular pattern, violating the systematic trends, then one may seriously
question the correctness of the related data. See the discussion in Part I, Section 4.
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
343
6. List of references for the NUBASE2003 and AME2003 evaluations
Full references related to all the input data used in the present AME2003 evaluation,
as well as in the NUBASE2003 evaluation (first article in this volume), are listed in a
special table, at the end of this paper.
A list of identifiers for journals, books, conferences . . . is given first, as much as
possible in the CODEN-style (see [9]). With one exception though, for the Eur. Phys.
Journal for which we prefered the ‘EPJAA’ identifier, that we think more practical to
use, than the ‘ZAANE’ identifier as adopted by the NSR.
The references were quoted, in both evaluations in the NSR [9] key number style,
where available, and only for the regular journals. They are listed here by year of
publication and first author name.
References
[1]
G. Audi and A.H. Wapstra, Nucl. Phys. A 565 (1993) 1;
http://csnwww.in2p3.fr/AMDC/masstables/Ame1993/
[2]
G. Audi and A.H. Wapstra, Nucl. Phys. A 565 (1993) 66.
[3]
C. Borcea, G. Audi, A.H. Wapstra and P. Favaron, Nucl. Phys. A 565 (1993) 158.
[4]
G. Audi, A.H. Wapstra and M. Dedieu, Nucl. Phys. A 565 (1993) 193.
[5]
G. Audi and A.H. Wapstra, Nucl. Phys. A 595 (1995) 409;
http://csnwww.in2p3.fr/AMDC/masstables/Ame1995/
[6]
K.-N. Huang, M. Aoyagi, M.H. Chen, B. Crasemann and H. Mark, At. Nucl. Data Tables
18 (1976) 243.
[7]
D. Lunney, J.M. Pearson and C. Thibault, Rev. Mod. Phys. 75 (2003) 1021.
[8]
The AME2003 files in the electronic distribution and complementary documents
can be retrieved from the Atomic Mass Data Center (AMDC) through the Web:
http://csnwww.in2p3.fr/amdc/
[9]
Nuclear Structure Reference (NSR): a computer file of indexed references maintained by
NNDC, Brookhaven National Laboratory; http://www2.nndc.bnl.gov/nsr/
344
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
Table I. Atomic mass table
EXPLANATION OF TABLE
N
Z
A
Elt.
Orig.
Mass excess
Binding energy per
nucleon
Beta-decay energy
Atomic mass
Number of neutrons.
Number of protons.
Mass number A = N + Z.
Element symbol (for Z > 109 see Section 2).
Origin of values for secondary nuclides.
zp nn mass of A Z derived from mass of A+z+n (Z + z).
Special notations:
IT
when z = 0, n = 0;
+
when z = +1, n = −1;
−
when z = −1, n = +1;
++
when z = +2, n = −2;
−−
when z = −2, n = +2;
εp
when z = −2, n = +1;
when z = +2, n = +2;
+α
when z = −2, n = −2;
−α
x
for distant connection.
Mass excess [M(in u)−A], in keV, and its one standard deviation error.
In cases where the furthest-left significant digit in the error was larger than
3, values and errors were rounded off, but not to more than tens of keV.
(Examples: 2345.67±2.78 → 2345.7±2.8, 2345.67±4.68 → 2346±5,
but 2346.7 ± 468.2 → 2350 ± 470).
# in place of decimal point: value and error derived not from purely
experimental data, but at least partly from systematic trends.
Tabulated binding energy per nucleon (in keV):
B/A = 1/A[ZM(1 H) + NM(1 n) − M(A, Z)].
and its one standard deviation error.
# in place of decimal point: see above.
Direction of decay, value and standard error in keV:
for β − : Q− = M(A, Z) − M(A, Z + 1);
for β + : Q+ = M(A, Z) − M(A, Z − 1).
For a few odd-odd nuclides near maximum β -stability decaying both β −
and β + , the Q+ values are given as negative Q− values for the preceding
even-even isobar.
∗
in place of value: not calculable.
#
in place of decimal point: see above.
Atomic mass M and its one standard deviation error in µ u.
# in place of decimal point: see above.
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
N Z
A Elt. Orig.
1 0
0 1
1 n
H
1 1
2 H
2 1
1 2
0 3
3 H
He
Li
3 1
2 2
1 3
4 H
He
Li
Mass excess
(keV)
8071.3171
7288.97050
13135.7216
14949.8060
14931.2148
-pp 28670#
-n 25900
2424.91565
-p 25320
32890
11390
11680
38000#
Binding energy
per nucleon (keV)
0.0005
0.00011
0.0
0.0
0.0003
1112.283
0.0023
0.0024
2000#
100
0.00006
210
4
3
2
1
1
2
3
4
5 H
He
Li
Be
-nn
-n
-p
x
100
50
50
4000#
5
4
3
2
1
1
2
3
4
5
6 H
He
Li
Be
B
-3n 41860
17595.1
14086.793
− 18375
x 43600#
6
5
4
3
2
1
2
3
4
5
7 H
He
Li
Be
B
-nn 49140#
-n 26101
14908.14
15770.03
+3n 27870
1010#
17
0.08
0.11
70
6
5
4
3
2
2
3
4
5
6
8 He
Li
Be
B
C
31598
20946.84
4941.67
22921.5
4n 35094
7
6
5
4
3
2
3
4
5
6
9 He
Li
Be
B
C
8
7
6
5
4
3
0.0
0.0
Beta-decay energy
(keV)
β−
0.000
782.347
*
0.001
*
−
2827.266
0.001 β
18.591
0.001
2572.681
0.001
*
+
-2270#
670#
β
13740#
2000#
1400
7073.915
1150
1336
5481
5266
-150#
26
β − 23480
0.000
*
50
β + 22900
20
10
10
800#
β
−
+
β
β+
21510
*
290
26320#
100
210
110
70
4000#
960
40
4878.02
0.13
5332.345
0.003
4487.3
0.9
150#
120#
β − 24270
β − 3508.3
*
β + 4288
+
β
25230#
940#
140#
4119.1
2.4
5606.291
0.011
5371.400
0.015
3531
10
β − 23030#
β − 11193
*
β+
861.89
+
β
12100
7
0.09
0.04
1.0
23
3926.0
5159.582
7062.435
4717.16
3097.8
0.9
0.012
0.004
0.13
2.9
β − 10651
β − 16005.17
*
β + 17979.8
+
β
12173
40939
24954.3
11347.6
− 12415.7
-pp 28910.5
29
1.9
0.4
1.0
2.1
3349
5037.84
6462.76
6257.16
4337.48
3
0.22
0.04
0.11
0.24
β − 15985
β − 13606.6
*
β + 1068.0
+
β
16494.8
29
1.9
2 10 He
3
Li
4
Be
5
B
6
C
7
N
++ 48810
-n 33051
12606.7
12050.7
− 15698.7
−− 38800
70
15
0.4
0.4
0.4
400
3034
4531.6
6497.71
6475.07
6032.04
3640
7
1.5
0.04
0.04
0.04
40
β − 15760
β − 20444
β−
555.9
*
+
β
3647.95
+
β
23100
70
15
0.6
8
7
6
5
4
3 11 Li
4
Be
5
B
6
C
7
N
40797
-n 20174
8667.9
10650.3
-p 24300
19
6
0.4
1.0
50
4149.1
5952.8
6927.71
6676.37
5364
1.8
0.6
0.04
0.09
4
β − 20623
β − 11506
*
β + 1982.4
+
β
13650
20
6
9
8
7
6
5
4
3 12 Li
4
Be
5
B
6
C
7
N
8
O
x 50100#
-nn 25077
+pn 13368.9
0.0
17338.1
-pp 32048
1000#
15
1.4
0.0
1.0
18
3700#
5720.8
6631.26
7680.144
6170.11
4879.1
80#
1.3
0.12
0.000
0.08
1.5
β − 25020#
β − 11708
β − 13368.9
*
β + 17338.1
+
β
14710
1000#
15
1.4
260
0.8
0.015
5
700#
260
0.8
5
700#
1010#
17
0.07
70
7
0.10
1.0
23
0.9
2.4
0.12
400
0.9
50
1.0
18
345
Atomic mass
µu
1 008664.9157
1 007825.03207
0.0006
0.00010
2 014101.7778
0.0004
3 016049.2777
3 016029.3191
3 030780#
0.0025
0.0026
2150#
4 027810
4 002603.25415
4 027190
5 035310
5 012220
5 012540
5 040790#
6 044940
6 018889.1
6 015122.795
6 019726
6 046810#
110
0.00006
230
110
50
50
4290#
280
0.8
0.016
6
750#
7 052750#
7 028021
7 016004.55
7 016929.83
7 029920
1080#
18
0.08
0.11
80
8 033922
8 022487.36
8 005305.10
8 024607.2
8 037675
7
0.10
0.04
1.1
25
9 043950
9 026789.5
9 012182.2
9 013328.8
9 031036.7
30
2.1
0.4
1.1
2.3
10 052400
10 035481
10 013533.8
10 012937.0
10 016853.2
10 041650
80
16
0.4
0.4
0.4
430
11 043798
11 021658
11 009305.4
11 011433.6
11 026090
21
7
0.4
1.0
50
12 053780#
12 026921
12 014352.1
12 000000.0
12 018613.2
12 034405
1070#
16
1.5
0.0
1.1
20
346
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
N
Z
A Elt.
9
8
7
6
5
4 13 Be
5
B
6
C
7
N
8
O
-n 33250
-nn 16562.2
3125.0113
5345.48
+3n 23112
70
1.1
0.0009
0.27
10
10
9
8
7
6
5
4 14 Be
5
B
6
C
7
N
8
O
9
F
x 39950
23664
3019.893
2863.4170
8007.36
x 32660#
130
21
0.004
0.0006
0.11
400#
4994
9
6101.6
1.5
7520.319 0.000
7475.614 0.000
7052.308 0.008
5236#
29#
11
10
9
8
7
6
4 15 Be
5
B
6
C
7
N
8
O
9
F
-n2p 49800#
+3p 28972
-n 9873.1
101.4380
2855.6
p4n 16780
500#
22
0.8
0.0007
0.5
130
12 4 16 Be
11 5
B
10 6
C
9 7
N
8 8
O
7 9
F
6 10
Ne
Orig.
Mass excess
(keV)
x 57680#
500#
x 37080
60
-nn 13694
4
-n 5683.7
2.6
-4737.00141
0.00016
− 10680
8
−− 23996
20
Binding energy
per nucleon (keV)
5273
6496.40
7469.849
7238.863
5812.0
6
0.08
0.000
0.021
0.7
Beta-decay energy
(keV)
β − 16690
β − 13437.2
*
β + 2220.47
+
β
17767
70
1.1
13 035690
13 017780.2
13 003354.8378
13 005738.61
13 024812
80
1.2
0.0010
0.29
10
β − 16290
130
β − 20644
21
−
β
156.476
0.004
*
+
β
5143.94
0.11
β + 24650#
400#
14 042890
14 025404
14 003241.989
14 003074.0048
14 008596.25
14 035060#
140
23
0.004
0.0006
0.12
430#
4540#
30#
5879.0
1.5
7100.17
0.05
7699.459 0.000
7463.69
0.03
6484
9
β − 20830#
β − 19099
β − 9771.7
*
β + 2754.2
+
β
13920
15 053460#
15 031103
15 010599.3
15 000108.8982
15 003065.6
15 018010
540#
24
0.9
0.0007
0.5
140
4270#
30#
5509
4
6922.05
0.22
7373.81
0.16
7976.206 0.000
6963.7
0.5
6082.6
1.3
β − 20600#
β − 23390
β − 8010
β − 10420.7
*
β + 15417
+
β
13316
510#
60
4
2.6
0.27
10
500#
22
0.8
0.5
130
8
22
12 5 17 B
11 6
C
10 7
N
9 8
O
8 9
F
7 10
Ne
x 43770
2p−n 21039
+p 7871
-808.81
1951.70
+3n 16461
170
17
15
0.11
0.25
27
5266
10
6557.6
1.0
7286.2
0.9
7750.731 0.006
7542.328 0.015
6642.8
1.6
β − 22730
β − 13167
β − 8680
*
β + 2760.51
+
β
14509
170
23
15
13 5 18 B
12 6
C
11 7
N
10 8
O
9 9
F
8 10
Ne
7 11
Na
x 52320#
++ 24930
+ 13114
-781.5
873.7
4n 5317.17
x 24190
800#
30
19
0.6
0.5
0.28
50
4950#
50#
6425.7
1.7
7038.5
1.0
7767.03
0.03
7631.605 0.030
7341.282 0.016
6249.3
2.8
β − 27400#
β − 11810
β − 13896
*
β + 1655.2
+
β
4443.5
β + 18870
800#
40
19
14 5 19 B
x 59360#
13 6
C
-n 32420
12 7
N
p−2n 15862
11 8
O
-n 3334.9
10 9
F
-1487.39
9 10
Ne
1751.44
8 11
Na
p4n 12927
7 12
Mg
x 33040
400#
100
16
2.8
0.07
0.29
12
250
4741#
21#
6118
5
6948.2
0.9
7566.39
0.15
7779.015 0.004
7567.375 0.015
6938.0
0.6
5838
13
β − 26940#
β − 16560
β − 12527
β − 4822.3
*
β + 3238.83
+
β
11175
β + 20110
410#
100
17
2.8
14 6 20 C
13 7
N
12 8
O
11 9
F
10 10
Ne
9 11
Na
8 12
Mg
240
60
1.1
0.08
0.0018
7
27
5959
12
6709.2
2.8
7568.51
0.05
7720.131 0.004
8032.240 0.000
7298.6
0.3
6723.4
1.4
β − 15790
β − 17970
β − 3814.9
β − 7024.53
*
β + 13890
+
β
10723
250
60
1.1
0.08
x 37560
x 21770
-nn 3797.5
-17.40
-7041.9313
− 6848
4n 17570
Atomic mass
µu
0.27
27
0.6
0.6
50
0.29
12
250
7
28
16 061920#
540#
16 039810
60
16 014701
4
16 006101.7
2.8
15 994914.61956
0.00016
16 011466
9
16 025761
22
17 046990
17 022586
17 008450
16 999131.70
17 002095.24
17 017672
180
19
16
0.12
0.27
29
18 056170#
18 026760
18 014079
17 999161.0
18 000938.0
18 005708.2
18 025970
860#
30
20
0.7
0.6
0.3
50
19 063730#
19 034810
19 017029
19 003580
18 998403.22
19 001880.2
19 013877
19 035470
430#
110
18
3
0.07
0.3
13
270
20 040320
20 023370
20 004076.7
19 999981.32
19 992440.1754
20 007351
20 018863
260
60
1.2
0.08
0.0019
7
29
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
N
Z
A
Elt.
Orig.
15
14
13
12
11
10
9
8
6
7
8
9
10
11
12
13
21
C
N
O
F
Ne
Na
Mg
Al
x
x
-3n
-nn
-n
-p
+3n
x
45960#
25250
8063
-47.6
-5731.78
-2184.2
10911
26120#
500#
100
12
1.8
0.04
0.7
16
300#
5659#
6608
7389.3
7738.29
7971.713
7765.52
7104.7
6343#
24#
5
0.6
0.09
0.002
0.03
0.8
14#
β−
β−
β−
β−
16
15
14
13
12
11
10
9
8
6
7
8
9
10
11
12
13
14
22
C
N
O
F
Ne
Na
Mg
Al
Si
x
x
-4n
+
53280#
32040
9280
2793
-8024.715
-5182.4
-397.0
18180#
32160#
900#
190
60
12
0.018
0.4
1.3
90#
200#
5440#
6366
7364.8
7624.3
8080.465
7915.709
7662.63
6783#
6111#
40#
9
2.6
0.6
0.001
0.019
0.06
4#
9#
β−
β−
β−
β−
16
15
14
13
12
11
10
9
7
8
9
10
11
12
13
14
23
38400#
14610
3330
-5154.05
-9529.8536
-5473.8
6770
23770#
300#
120
80
0.10
0.0027
1.3
19
200#
6164#
7164
7620
7955.255
8111.493
7901.13
7334.8
6562#
13#
5
3
0.005
0.000
0.06
0.8
9#
β−
β−
β−
β−
17
16
15
14
13
12
11
10
9
7
8
9
10
11
12
13
14
15
24
47540#
19070
7560
-5951.5
-8418.11
-13933.567
-56.9
10755
32000#
400#
240
70
0.4
0.08
0.013
2.8
19
500#
5862#
7016
7463
7993.319
8063.496
8260.709
7649.92
7166.8
6249#
17#
10
3
0.016
0.003
0.001
0.12
0.8
21#
β−
β−
β−
β−
β−
18
17
16
15
14
13
12
11
10
7
8
9
10
11
12
13
14
15
25
56500#
27440#
11270
-2108
-9357.8
-13192.83
-8916.2
3824
18870#
500#
260#
100
26
1.2
0.03
0.5
10
200#
5592#
6723#
7339
7842.7
8101.40
8223.504
8021.144
7480.2
6847#
20#
10#
4
1.0
0.05
0.001
0.019
0.4
8#
β−
β−
β−
β−
β−
18
17
16
15
14
13
12
11
10
8
9
10
11
12
13
14
15
16
26
35710#
18270
430
-6862
-16214.582
-12210.31
-7145
10970#
25970#
260#
170
27
6
0.027
0.06
3
200#
300#
6457#
7098
7753.9
8004.26
8333.872
8149.771
7924.85
7198#
6591#
10#
6
1.0
0.22
0.001
0.002
0.12
8#
11#
β−
β−
β−
β−
−
+nn
x
x
N
O
F
Ne
Na
Mg
Al
Si
x
x
p−2n
-n
N
O
F
Ne
Na
Mg
Al
Si
P
x
x
x
-nn
-n
N
O
F
Ne
Na
Mg
Al
Si
P
O
F
Ne
Na
Mg
Al
Si
P
S
p4n
x
−
−−
x
x
-n
x
x
-nn
-p
+3n
x
-nn
x
x
x
+nn
x
x
Mass excess
(keV)
Binding energy
per nucleon (keV)
Beta-decay energy
(keV)
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
20710#
17190
8110
5684.2
*
3547.6
13095
15210#
510#
100
12
1.8
21240#
22750
6490
10818
*
2842.3
4785.5
18580#
13980#
920#
200
60
12
23780#
11280
8480
4375.81
*
4056.1
12243
17000#
320#
150
80
0.10
28470#
11510
13510
2466.6
5515.45
*
13876.6
10812
21240#
470#
250
70
0.4
0.08
29060#
16170#
13380
7250
3835.0
*
4276.7
12740
15050#
570#
280#
100
26
1.2
17440#
17840
7292
9352
*
4004.27
5066
18120#
15000#
310#
170
27
6
0.7
16
300#
0.4
1.4
90#
220#
1.3
19
200#
2.8
20
500#
0.5
10
200#
0.06
3
200#
360#
347
Atomic mass
µu
21 049340#
21 027110
21 008656
20 999949.0
20 993846.68
20 997655.2
21 011713
21 028040#
540#
100
13
1.9
0.04
0.8
18
320#
22 057200#
22 034390
22 009970
22 002999
21 991385.114
21 994436.4
21 999573.8
22 019520#
22 034530#
970#
210
60
13
0.019
0.4
1.4
100#
220#
23 041220#
23 015690
23 003570
22 994466.90
22 989769.2809
22 994123.7
23 007267
23 025520#
320#
130
90
0.11
0.0029
1.4
20
210#
24 051040#
24 020470
24 008120
23 993610.8
23 990962.78
23 985041.700
23 999938.9
24 011546
24 034350#
430#
250
80
0.4
0.08
0.014
3.0
21
540#
25 060660#
25 029460#
25 012100
24 997737
24 989954.0
24 985836.92
24 990428.1
25 004106
25 020260#
540#
280#
110
28
1.3
0.03
0.5
11
210#
26 038340#
26 019620
26 000461
25 992633
25 982592.929
25 986891.69
25 992330
26 011780#
26 027880#
280#
180
29
6
0.030
0.06
3
210#
320#
348
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
N
Z
A
Elt.
Orig.
19
18
17
16
15
14
13
12
11
8
9
10
11
12
13
14
15
16
27
O
F
Ne
Na
Mg
Al
Si
P
S
x
x
x
20
19
18
17
16
15
14
13
12
11
8
9
10
11
12
13
14
15
16
17
28
20
19
18
17
16
15
14
13
12
9
10
11
12
13
14
15
16
17
29
21
20
19
18
17
16
15
14
13
12
9
10
11
12
13
14
15
16
17
18
30
22
21
20
19
18
17
16
15
14
13
9
10
11
12
13
14
15
16
17
18
31
22
21
20
19
18
17
16
15
14
13
10
11
12
13
14
15
16
17
18
19
32
O
F
Ne
Na
Mg
Al
Si
P
S
Cl
-n
−
p4n
−
x
x
x
+
-n
−
−−
x
x
x
Mass excess
(keV)
Binding energy
per nucleon (keV)
Beta-decay energy
(keV)
β−
β−
β−
β−
β−
44950#
24930
7070
-5517
-14586.65
-17196.66
-12384.30
-717
17540#
500#
380
110
4
0.05
0.12
0.15
26
200#
6175#
6887
7520
7956.93
8263.854
8331.545
8124.334
7663.2
6958#
19#
14
4
0.13
0.002
0.004
0.006
1.0
7#
53850#
33230#
11240
-989
-15018.6
-16850.44
-21492.7968
-7159
4070
26560#
600#
510#
150
13
2.0
0.13
0.0018
3
160
500#
5925#
6633#
7390
7799.3
8272.41
8309.886
8447.744
7907.87
7479
6648#
21#
18#
5
0.5
0.07
0.005
0.000
0.12
6
18#
580#
270
13
14
1.2
0.021
0.6
50
200#
6439#
7179
7682.7
8113.8
8348.72
8448.634
8251.228
7748.6
7159#
20#
9
0.4
0.5
0.04
0.001
0.021
1.7
7#
β−
β−
β−
β−
β−
β+
β+
β+
β−
β−
β−
β−
β−
β−
β+
β+
β+
F
Ne
Na
Mg
Al
Si
P
S
Cl
x
-nn
-n
-p
+3n
x
40300#
18060
2665
-10619
-18215.3
-21895.046
-16952.6
-3160
13140#
F
Ne
Na
Mg
Al
Si
P
S
Cl
Ar
x
x
x
x
+
-n
-p
+nn
x
x
48900#
23100
8361
-8911
-15872
-24432.928
-20200.6
-14063
4440#
20080#
600#
570
25
8
14
0.030
0.3
3
200#
300#
6206#
7040
7505.8
8055.40
8261.4
8520.653
8353.496
8122.82
7480#
6932#
20#
19
0.8
0.28
0.5
0.001
0.010
0.10
7#
10#
β−
β−
β−
β−
β−
F
Ne
Na
Mg
Al
Si
P
S
Cl
Ar
-nn
x
x
x
p−2n
-n
56290#
30840#
12650
-3217
-14954
-22949.01
-24440.88
-19044.6
-7070
11290#
600#
900#
210
12
20
0.04
0.18
1.5
50
210#
6028#
6824#
7385
7872.3
8225.6
8458.290
8481.178
8281.87
7870.3
7253#
19#
29#
7
0.4
0.7
0.001
0.006
0.05
1.6
7#
β−
β−
β−
β−
β−
β−
Ne
Na
Mg
Al
Si
P
S
Cl
Ar
K
x
x
x
x
-n
-n
37280#
19060
-955
-11060
-24080.91
-24305.22
-26015.70
-13330
-2200.2
20420#
800#
360
18
90
0.05
0.19
0.14
7
1.8
500#
6662#
7207
7807.8
8099.2
8481.569
8464.130
8493.134
8072.25
7700.00
6969#
25#
11
0.6
2.7
0.002
0.006
0.004
0.21
0.06
16#
β−
β−
β−
β−
β−
β−
+n
p4n
−
−
x
x
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
20030#
17860
12590
9069
2610.01
*
4812.36
11667
18260#
630#
390
110
4
0.13
20620#
21980#
12230
14029
1831.8
4642.36
*
14334
11230
22480#
790#
530#
150
13
2.0
0.13
22240#
15390
13284
7596
3679.7
*
4942.4
13790
16300#
640#
270
19
14
1.2
25800#
14740
17272
6962
8561
*
4232.4
6138
18510#
15640#
830#
570
27
16
14
25450#
18190#
15870
11736
7995
1491.88
*
5396.2
11980
18360#
1080#
930#
210
24
20
0.19
18210#
20020
10110
13020
224.31
1710.48
*
12686
11130
22620#
880#
360
90
90
0.19
0.22
0.10
26
200#
3
160
530#
0.6
50
200#
0.3
3
200#
360#
1.5
50
200#
7
7
500#
Atomic mass
µu
27 048260#
27 026760
27 007590
26 994077
26 984340.59
26 981538.63
26 986704.91
26 999230
27 018830#
540#
400
120
4
0.05
0.12
0.16
28
220#
28 057810#
28 035670#
28 012070
27 998938
27 983876.8
27 981910.31
27 976926.5325
27 992315
28 004370
28 028510#
640#
550#
160
14
2.2
0.14
0.0019
4
170
540#
29 043260#
29 019390
29 002861
28 988600
28 980445.0
28 976494.700
28 981800.6
28 996610
29 014110#
620#
290
14
15
1.3
0.022
0.6
50
210#
30 052500#
30 024800
30 008976
29 990434
29 982960
29 973770.17
29 978313.8
29 984903
30 004770#
30 021560#
640#
610
27
9
15
0.03
0.3
3
210#
320#
31 060430#
31 033110#
31 013590
30 996546
30 983947
30 975363.23
30 973761.63
30 979554.7
30 992410
31 012120#
640#
970#
230
13
22
0.04
0.20
1.6
50
220#
32 040020#
32 020470
31 998975
31 988120
31 974148.08
31 973907.27
31 972071.00
31 985690
31 997638.0
32 021920#
860#
380
19
90
0.05
0.20
0.15
7
1.9
540#
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
N
Z
A
Elt.
Orig.
23
22
21
20
19
18
17
16
15
14
10
11
12
13
14
15
16
17
18
19
33
Ne
Na
Mg
Al
Si
P
S
Cl
Ar
K
x
x
x
x
+n2p
+
24
23
22
21
20
19
18
17
16
15
14
10
11
12
13
14
15
16
17
18
19
20
34
Ne
Na
Mg
Al
Si
P
S
Cl
Ar
K
Ca
-nn
-n
x
x
+pp
+pn
24
23
22
21
20
19
18
17
16
15
11
12
13
14
15
16
17
18
19
20
35
Na
Mg
Al
Si
P
S
Cl
Ar
K
Ca
-n
x
x
2p−n
+p
25
24
23
22
21
20
19
18
17
16
15
11
12
13
14
15
16
17
18
19
20
21
36
Na
Mg
Al
Si
P
S
Cl
Ar
K
Ca
Sc
-n
x
x
x
+
26
25
24
23
22
21
20
19
18
17
16
11
12
13
14
15
16
17
18
19
20
21
37
Na
Mg
Al
Si
P
S
Cl
Ar
K
Ca
Sc
-p
x
x
p4n
x
x
−
p4n
x
−
4n
x
-nn
x
x
x
p−2n
-n
−
-p
+3n
x
Mass excess
(keV)
Binding energy
per nucleon (keV)
Beta-decay energy
(keV)
46000#
24890
4894
-8530
-20493
-26337.5
-26585.99
-21003.4
-9384.1
6760#
800#
870
20
70
16
1.1
0.14
0.5
0.4
200#
6440#
7056
7638.5
8021.6
8360.4
8513.81
8497.634
8304.758
7928.950
7416#
24#
27
0.6
2.2
0.5
0.03
0.004
0.014
0.013
6#
β−
β−
β−
β−
β−
β−
53120#
32760#
8810
-2930
-19957
-24558
-29931.79
-24439.78
-18377.2
-1480#
13150#
810#
900#
230
110
14
5
0.11
0.18
0.4
300#
300#
6279#
6855#
7536
7858
8336.1
8448.45
8583.501
8398.961
8197.640
7678#
7224#
24#
26#
7
3
0.4
0.15
0.003
0.005
0.011
9#
9#
β−
β−
β−
β−
β−
β−
39580#
16150#
-130
-14360
-24857.7
-28846.36
-29013.54
-23047.4
-11169
4600#
950#
400#
180
40
1.9
0.10
0.04
0.7
20
200#
6695#
7342#
7784
8168.7
8446.25
8537.854
8520.278
8327.465
7965.7
7493#
27#
11#
5
1.1
0.05
0.003
0.001
0.021
0.6
6#
β−
β−
β−
β−
β−
β−
47950#
21420#
5780
-12480
-20251
-30664.07
-29521.86
-30231.540
-17426
-6440
13900#
950#
500#
210
120
13
0.19
0.07
0.027
8
40
500#
6500#
7215#
7628
8114
8307.9
8575.387
8521.927
8519.909
8142.47
7815.6
7229#
26#
14#
6
3
0.4
0.005
0.002
0.001
0.22
1.1
14#
β−
β−
β−
β−
β−
β−
β−
55280#
29250#
9950
-6580
-18990
-26896.36
-31761.53
-30947.66
-24800.20
-13162
2840#
960#
900#
330
170
40
0.20
0.05
0.21
0.09
22
300#
6345#
7027#
7528
7953
8267.5
8459.934
8570.280
8527.139
8339.847
8004.2
7550#
26#
24#
9
5
1.0
0.005
0.001
0.006
0.003
0.6
8#
β−
β−
β−
β−
β−
β−
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
21110#
20000
13420
11960
5845
248.5
*
5582.6
11619.3
16150#
1190#
880
80
70
16
1.1
20360#
23950#
11740
17020
4601
5374
*
5492.01
6062.6
16900#
14630#
1210#
930#
260
110
15
5
23430#
16280#
14230
10500
3988.6
167.18
*
5966.1
11879
15770#
1030#
440#
180
40
1.9
0.09
26530#
15640#
18260
7770
10413
-1142.22
709.68
*
12805
10990
20340#
1080#
550#
250
120
13
0.19
0.08
26030#
19300#
16530
12410
7900
4865.17
*
813.87
6147.46
11638
16000#
1320#
960#
370
170
40
0.20
0.4
0.6
200#
0.15
0.4
300#
420#
0.7
20
200#
8
40
510#
0.20
0.23
22
300#
349
Atomic mass
µu
33 049380#
33 026720
33 005254
32 990840
32 978000
32 971725.5
32 971458.76
32 977451.9
32 989925.7
33 007260#
860#
940
21
80
17
1.2
0.15
0.5
0.5
210#
34 057030#
34 035170#
34 009460
33 996850
33 978576
33 973636
33 967866.90
33 973762.82
33 980271.2
33 998410#
34 014120#
870#
960#
250
120
15
5
0.12
0.19
0.4
320#
320#
35 042490#
35 017340#
34 999860
34 984580
34 973314.1
34 969032.16
34 968852.68
34 975257.6
34 988010
35 004940#
1020#
430#
190
40
2.0
0.11
0.04
0.8
21
210#
36 051480#
36 023000#
36 006210
35 986600
35 978260
35 967080.76
35 968306.98
35 967545.106
35 981292
35 993090
36 014920#
1020#
540#
230
130
14
0.20
0.08
0.029
8
40
540#
37 059340#
37 031400#
37 010680
36 992940
36 979610
36 971125.57
36 965902.59
36 966776.32
36 973375.89
36 985870
37 003050#
1030#
970#
360
180
40
0.21
0.05
0.22
0.10
24
320#
350
N
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
Z
A Elt.
Orig.
Mass excess
(keV)
Binding energy
per nucleon (keV)
Beta-decay energy
(keV)
26
25
24
23
22
21
20
19
18
17
16
12 38 Mg
13
Al
14
Si
15
P
16
S
17
Cl
18
Ar
19
K
20
Ca
21
Sc
22
Ti
x 35000#
x 16050
x -4070
x -14760
+ -26861
-n -29798.10
-34714.6
-28800.7
+nn -22059
x -4940#
x
9100#
500#
730
140
100
7
0.10
0.3
0.4
5
300#
250#
6903#
13#
7381
19
7890
4
8150.9
2.7
8448.78
0.19
8505.480 0.003
8614.273 0.009
8438.057 0.012
8240.06
0.12
7769#
8#
7379#
7#
β−
β−
β−
β−
β−
β−
27
26
25
24
23
22
21
20
19
18
17
12 39 Mg
-n 43570#
13
Al
x 21400
14
Si
x
1930
15
P
x -12870
16
S
2p−n -23160
17
Cl
-nn -29800.2
18
Ar
+ -33242
19
K
-33807.01
20
Ca
− -27274.4
21
Sc 2n−p -14168
22
Ti
x
1500#
510#
1470
340
100
50
1.7
5
0.19
1.9
24
210#
6713#
13#
7260
40
7741
9
8100.5
2.7
8344.3
1.3
8494.40
0.04
8562.59
0.13
8557.020 0.005
8369.46
0.05
8013.3
0.6
7592#
5#
β−
β−
β−
β−
β−
β−
β−
28
27
26
25
24
23
22
21
20
19
18
17
12 40 Mg
13
Al
14
Si
15
P
16
S
17
Cl
18
Ar
19
K
20
Ca
21
Sc
22
Ti
23
V
x 50240#
x 29300#
x
5470
x -8110
x -22870
+ -27560
-35039.8960
-33535.20
-34846.27
− -20523.2
−− -8850
x 10330#
6581#
7085#
7661
7981
8330
8427.8
8595.259
8538.083
8551.301
8173.67
7862
7363#
23#
17#
14
3
4
0.8
0.000
0.005
0.005
0.07
4
13#
β−
β−
β−
β−
β−
β−
β−
β−
28
27
26
25
24
23
22
21
20
19
18
13 41 Al
14
Si
15
P
16
S
17
Cl
18
Ar
19
K
20
Ca
21
Sc
22
Ti
23
V
x 35700#
x 13560
x -5280
x -19020
x -27310
-33067.5
-35559.07
-35137.76
-28642.39
x -15700#
x
-210#
800#
1840
220
120
70
0.3
0.19
0.24
0.23
100#
210#
6952#
20#
7470
40
7914
5
8229.9
2.9
8413.0
1.7
8534.371 0.008
8576.061 0.005
8546.703 0.006
8369.198 0.006
8034#
2#
7637#
5#
β−
β−
β−
β−
β−
β−
29
28
27
26
25
24
23
22
21
20
19
18
13 42 Al
14
Si
15
P
16
S
17
Cl
18
Ar
19
K
20
Ca
21
Sc
22
Ti
23
V
24
Cr
900#
500#
450
120
140
6
0.22
0.25
0.27
5
200#
300#
6789#
22#
7372#
12#
7770
11
8194.2
3.0
8348
3
8555.61
0.14
8551.245 0.005
8616.559 0.006
8444.935 0.006
8259.65
0.13
7837#
5#
7482#
7#
β−
β−
β−
β−
β−
β−
β−
x
x
x
x
x
x
-n
43680#
18430#
940
-17680
-24910
-34423
-35021.56
-38547.07
-32121.24
-pp -25122
x -8170#
x
5990#
900#
700#
560
140
140
30
0.0027
0.19
0.21
2.8
160
500#
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
18950#
20120
10690
12100
2937
4916.5
*
5913.86
6741
17120#
14040#
22170#
19470
14800
10290
6640
3442
565
*
6532.6
13106
15670#
Atomic mass
µu
890#
740
170
100
7
0.3
38 037570#
38 017230
37 995630
37 984160
37 971163
37 968010.43
37 962732.4
0.29 37 969081.2
5
37 976318
300#
37 994700#
390#
38 009770#
1560#
1510
350
110
50
5
5
1.9
24
210#
39 046770#
39 022970
39 002070
38 986180
38 975130
38 968008.2
38 964313
38 963706.68
38 970719.7
38 984790
39 001610#
540#
780
150
110
8
0.10
0.4
0.5
5
320#
270#
550#
1580
360
110
50
1.9
5
0.20
2.0
26
220#
20940#
1140#
23830#
890#
13570
570
14760
200
4690
140
7480
30
-1504.69
0.19
1311.07
0.11
*
14323.0
2.8
11670
160
19180#
530#
40 053930#
40 031450#
40 005870
39 991300
39 975450
39 970420
39 962383.1225
39 963998.48
39 962590.98
39 977967
39 990500
40 011090#
970#
750#
600
150
150
30
0.0029
0.21
0.22
3
170
540#
22140#
2010#
18840
1860
13740
250
8290
140
5760
70
2491.6
0.4
*
421.31
0.18
6495.37
0.16
12940#
100#
15500#
230#
41 038330#
41 014560
40 994340
40 979580
40 970680
40 964500.6
40 961825.76
40 962278.06
40 969251.13
40 983150#
40 999780#
860#
1980
230
130
70
0.4
0.21
0.26
0.24
110#
220#
25240#
1030#
17500#
670#
18620
460
7240
190
9510
140
599
6
3525.52
0.22
*
6425.83
0.12
7000
5
16950#
200#
14160#
360#
42 046890#
42 019790#
42 001010
41 981020
41 973250
41 963046
41 962402.81
41 958618.01
41 965516.43
41 973031
41 991230#
42 006430#
970#
540#
480
130
150
6
0.24
0.27
0.29
6
210#
320#
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
N
Z
A
Elt.
29
28
27
26
25
24
23
22
21
20
19
14
15
16
17
18
19
20
21
22
23
24
43
Si
P
S
Cl
Ar
K
Ca
Sc
Ti
V
Cr
30
29
28
27
26
25
24
23
22
21
20
19
14
15
16
17
18
19
20
21
22
23
24
25
44
30
29
28
27
26
25
24
23
22
21
20
19
15
16
17
18
19
20
21
22
23
24
25
26
45
31
30
29
28
27
26
25
24
23
22
21
20
15
16
17
18
19
20
21
22
23
24
25
26
46
31
30
29
28
27
26
25
24
23
22
21
20
16
17
18
19
20
21
22
23
24
25
26
27
47
Si
P
S
Cl
Ar
K
Ca
Sc
Ti
V
Cr
Mn
P
S
Cl
Ar
K
Ca
Sc
Ti
V
Cr
Mn
Fe
Orig.
x
x
x
x
x
+
-p
-n2p
x
x
x
x
x
x
x
+
-p
−α
x
x
x
x
x
x
x
+p
−
p4n
x
x
-pp
P
S
Cl
Ar
K
Ca
Sc
Ti
V
Cr
Mn
Fe
x
x
x
+pp
+pn
S
Cl
Ar
K
Ca
Sc
Ti
V
Cr
Mn
Fe
Co
x
x
2p−n
+p
-n
−
x
x
x
-p
+3n
x
x
x
Mass excess
(keV)
Binding energy
per nucleon (keV)
351
Beta-decay energy
(keV)
26700#
5770
-11970
-24170
-32010
-36593
-38408.6
-36187.9
-29321
-18020#
-2130#
700#
970
200
160
5
9
0.3
1.9
7
230#
220#
7196#
7664
8058
8324
8488.24
8576.63
8600.659
8530.82
8352.93
8072#
7684#
16#
23
5
4
0.12
0.21
0.007
0.04
0.16
5#
5#
β−
β−
β−
β−
β−
β−
32840#
12100#
-9120
-20230
-32673.1
-35810
-41468.5
-37816.1
-37548.5
-24120
-13460#
6400#
800#
700#
390
110
1.6
40
0.4
1.8
0.7
120
50#
500#
7076#
7530#
7994
8228.8
8493.84
8547.3
8658.170
8557.38
8533.518
8210.5
7951#
7481#
18#
16#
9
2.5
0.04
0.8
0.009
0.04
0.017
2.8
1#
11#
β−
β−
β−
β−
β−
β−
17900#
-3250
-18360
-29770.6
-36608
-40812.0
-41067.8
-39005.7
-31880
-18970
-5110#
13580#
800#
1740
120
0.5
10
0.4
0.8
1.0
17
500
300#
220#
7413#
7870
8183.8
8419.947
8554.51
8630.540
8618.840
8555.631
8379.9
8076
7750#
7318#
18#
40
2.8
0.012
0.23
0.009
0.019
0.022
0.4
11
7#
5#
β−
β−
β−
β−
β−
β−
25500#
700#
-14710
-29720
-35418
-43135.1
-41757.1
-44123.4
-37073.0
-29474
-12370#
760#
900#
700#
720
40
16
2.3
0.8
0.8
1.0
20
110#
350#
7262#
7784#
8102
8411.3
8518.1
8668.89
8621.922
8656.356
8486.079
8303.9
7915#
7613#
20#
15#
16
0.9
0.3
0.05
0.018
0.018
0.022
0.4
2#
8#
β−
β−
β−
β−
β−
β−
β−
8000#
-10520#
-25910
-35696
-42340.1
-44332.1
-44932.4
-42002.1
-34558
-22260#
-6620#
10700#
800#
600#
100
8
2.3
2.0
0.8
0.8
14
160#
260#
500#
7635#
8012#
8322.9
8514.54
8639.26
8664.99
8661.121
8582.127
8407.11
8129#
7779#
7394#
17#
13#
2.1
0.17
0.05
0.04
0.017
0.018
0.30
3#
6#
11#
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β−
β−
β−
β−
β−
β−
β+
β+
β+
β+
β+
20930#
17730
12200
7840
4583
1815
*
2220.7
6867
11300#
15890#
1190#
990
260
160
10
9
20740#
21220#
11110
12440
3140
5660
*
3652.4
267.6
13430
10660#
19860#
1060#
800#
410
110
40
40
21160#
15110
11410
6838
4204
255.8
*
2062.1
7126
12910
13850#
18690#
1920#
1750
120
10
10
0.8
24810#
15410#
15010
5700
7717
-1378.0
2366.3
*
7050.4
7599
17100#
13130#
1140#
1000#
720
40
16
2.2
0.6
18520#
15390#
9790
6644
1992.0
600.3
*
2930.34
7444
12300#
15640#
17330#
1000#
600#
100
8
1.2
1.9
1.9
7
230#
320#
1.8
1.9
120
130#
510#
0.5
17
500
590#
370#
0.6
20
110#
370#
0.30
14
160#
310#
570#
Atomic mass
µu
43 028660#
43 006190
42 987150
42 974050
42 965636
42 960716
42 958766.6
42 961150.7
42 968522
42 980650#
42 997710#
750#
1040
220
170
6
10
0.3
2.0
7
250#
240#
44 035260#
44 012990#
43 990210
43 978280
43 964924.0
43 961560
43 955481.8
43 959402.8
43 959690.1
43 974110
43 985550#
44 006870#
860#
750#
420
120
1.7
40
0.4
1.9
0.8
130
50#
540#
45 019220#
44 996510
44 980290
44 968040.0
44 960699
44 956186.6
44 955911.9
44 958125.6
44 965776
44 979640
44 994510#
45 014580#
860#
1870
130
0.6
11
0.4
0.9
1.1
18
540
320#
240#
46 027380#
46 000750#
45 984210
45 968090
45 961977
45 953692.6
45 955171.9
45 952631.6
45 960200.5
45 968359
45 986720#
46 000810#
970#
750#
770
40
17
2.4
0.9
0.9
1.1
21
120#
380#
47 008590#
46 988710#
46 972190
46 961678
46 954546.0
46 952407.5
46 951763.1
46 954908.9
46 962900
46 976100#
46 992890#
47 011490#
860#
640#
110
9
2.4
2.2
0.9
0.9
15
170#
280#
540#
352
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
N
Z
A
Elt.
Orig.
32
31
30
29
28
27
26
25
24
23
22
21
20
16
17
18
19
20
21
22
23
24
25
26
27
28
48
S
Cl
Ar
K
Ca
Sc
Ti
V
Cr
Mn
Fe
Co
Ni
x
x
x
+
33
32
31
30
29
28
27
26
25
24
23
22
21
16
17
18
19
20
21
22
23
24
25
26
27
28
49
33
32
31
30
29
28
27
26
25
24
23
22
17
18
19
20
21
22
23
24
25
26
27
28
50
34
33
32
31
30
29
28
27
26
25
24
23
17
18
19
20
21
22
23
24
25
26
27
28
51
S
Cl
Ar
K
Ca
Sc
Ti
V
Cr
Mn
Fe
Co
Ni
−
+nn
x
x
x
x
-n
x
x
+
-n
−
+n
p4n
x
x
x
Cl
Ar
K
Ca
Sc
Ti
V
Cr
Mn
Fe
Co
Ni
x
x
+
-nn
-pn
Cl
Ar
K
Ca
Sc
Ti
V
Cr
Mn
Fe
Co
Ni
x
x
x
-3n
-p2n
-n
+n
4n
x
x
+3n
x
x
Mass excess
(keV)
Binding energy
per nucleon (keV)
Beta-decay energy
(keV)
13200#
-4700#
-23720#
-32124
-44214
-44496
-48487.7
-44475.4
-42819
-29320
-18160#
1640#
18400#
900#
700#
300#
24
4
5
0.8
2.6
7
110
70#
400#
500#
7536#
7892#
8272#
8430.9
8666.47
8656.04
8722.903
8623.01
8572.21
8274.7
8026#
7597#
7232#
19#
15#
6#
0.5
0.09
0.11
0.017
0.05
0.15
2.3
1#
8#
10#
β−
β−
β−
β−
β−
β−
22000#
300#
-18150#
-30320
-41289
-46552
-48558.8
-47956.9
-45330.5
-37616
-24580#
-9580#
9000#
950#
800#
500#
70
4
4
0.8
1.2
2.4
24
150#
260#
400#
7367#
7794#
8154#
8386.7
8594.63
8686.07
8711.055
8682.806
8613.24
8439.8
8158#
7836#
7441#
19#
16#
10#
1.4
0.08
0.08
0.017
0.024
0.05
0.5
3#
5#
8#
β−
β−
β−
β−
β−
β−
7300#
-14500#
-25350
-39571
-44537
-51426.7
-49221.6
-50259.5
-42626.8
-34480
-17200#
-3790#
900#
700#
280
9
16
0.8
1.0
1.0
1.0
60
170#
260#
7659#
8080#
8281
8549.80
8633.5
8755.618
8695.869
8700.981
8532.680
8354.0
7993#
7709#
18#
14#
6
0.19
0.3
0.016
0.020
0.020
0.021
1.2
3#
5#
β−
β−
β−
β−
β−
β−
β−
13500#
-7800#
-22000#
-35860
-43218
-49727.8
-52201.4
-51448.8
-48241.3
-40222
-27270#
-11440#
1000#
700#
500#
90
20
1.0
1.0
1.0
1.0
15
150#
260#
7546#
7948#
8211#
8467.7
8596.6
8708.890
8742.051
8711.954
8633.723
8461.15
8192#
7866#
20#
14#
10#
1.8
0.4
0.019
0.020
0.020
0.020
0.29
3#
5#
β−
β−
β−
β−
β−
β−
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
17900#
19010#
8410#
12090
282
3992
*
4012.3
1656
13500
11160#
19800#
16760#
1140#
760#
300#
24
5
5
21700#
18440#
12170#
10970
5263.1
2006
*
601.9
2626.5
7715
13030#
15010#
18570#
1240#
950#
510#
70
2.9
4
21810#
10850#
14220
4966
6890
-2205.1
1037.9
*
7632.69
8150
17280#
13400#
1140#
750#
280
17
16
1.0
0.3
21290#
14210#
13860#
7350
6510
2473.5
*
752.58
3207.5
8019
12950#
15840#
1220#
860#
510#
100
20
1.1
2.4
8
110
130#
410#
640#
0.8
2.6
24
150#
300#
480#
0.23
60
180#
310#
0.24
0.4
15
150#
300#
Atomic mass
µu
48 014170#
47 994950#
47 974540#
47 965514
47 952534
47 952231
47 947946.3
47 952253.7
47 954032
47 968520
47 980500#
48 001760#
48 019750#
970#
750#
320#
26
4
6
0.9
2.7
8
120
80#
430#
540#
49 023620#
49 000320#
48 980520#
48 967450
48 955674
48 950024
48 947870.0
48 948516.1
48 951335.7
48 959618
48 973610#
48 989720#
49 009660#
1020#
860#
540#
80
4
4
0.9
1.2
2.6
26
160#
280#
430#
50 007840#
49 984430#
49 972780
49 957519
49 952188
49 944791.2
49 947158.5
49 946044.2
49 954238.2
49 962990
49 981540#
49 995930#
970#
750#
300
10
17
0.9
1.1
1.1
1.1
60
180#
280#
51 014490#
50 991630#
50 976380#
50 961500
50 953603
50 946615.0
50 943959.5
50 944767.4
50 948210.8
50 956820
50 970720#
50 987720#
1070#
750#
540#
100
22
1.0
1.1
1.1
1.1
16
160#
280#
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
N
Z
A
Elt.
Orig.
34
33
32
31
30
29
28
27
26
25
24
23
18
19
20
21
22
23
24
25
26
27
28
29
52
Ar
K
Ca
Sc
Ti
V
Cr
Mn
Fe
Co
Ni
Cu
x
x
x
x
-nn
-n
35
34
33
32
31
30
29
28
27
26
25
24
18
19
20
21
22
23
24
25
26
27
28
29
53
35
34
33
32
31
30
29
28
27
26
25
24
19
20
21
22
23
24
25
26
27
28
29
30
54
36
35
34
33
32
31
30
29
28
27
26
25
19
20
21
22
23
24
25
26
27
28
29
30
55
36
35
34
33
32
31
30
29
28
27
26
25
20
21
22
23
24
25
26
27
28
29
30
31
56
Ar
K
Ca
Sc
Ti
V
Cr
Mn
Fe
Co
Ni
Cu
K
Ca
Sc
Ti
V
Cr
Mn
Fe
Co
Ni
Cu
Zn
K
Ca
Sc
Ti
V
Cr
Mn
Fe
Co
Ni
Cu
Zn
Ca
Sc
Ti
V
Cr
Mn
Fe
Co
Ni
Cu
Zn
Ga
+pn
−
x
x
x
x
x
x
x
+
+p
+n
p4n
x
x
x
x
x
x
+
-p
4n
x
x
x
x
x
x
+
-n
+3n
x
x
x
x
x
x
x
−
-pp
x
x
x
Mass excess
(keV)
Binding energy
per nucleon (keV)
353
Beta-decay energy
(keV)
β−
β−
β−
β−
β−
β−
-3000#
-16200#
-32510
-40360
-49465
-51441.3
-55416.9
-50705.4
-48332
-33920#
-22650#
-2630#
900#
700#
700
190
7
1.0
0.8
2.0
7
70#
80#
260#
7858#
8097#
8396
8531
8691.57
8714.535
8775.944
8670.29
8609.60
8317#
8086#
7686#
17#
13#
13
4
0.14
0.019
0.015
0.04
0.13
1#
2#
5#
4600#
-12000#
-27900#
-37620#
-46830
-51849
-55284.7
-54687.9
-50945.3
-42645
-29370#
-13460#
1000#
700#
500#
300#
100
3
0.8
0.8
1.8
18
160#
260#
7719#
8017#
8302#
8471#
8630.1
8710.09
8760.155
8734.133
8648.76
8477.4
8212#
7897#
19#
13#
9#
6#
1.9
0.06
0.015
0.015
0.03
0.3
3#
5#
-5400#
-23890#
-34220
-45590
-49891
-56932.5
-55555.4
-56252.5
-48009.5
-39210
-21690#
-6570#
900#
700#
370
120
15
0.8
1.3
0.7
0.7
50
210#
400#
7896#
8224#
8401
8596.9
8662.00
8777.914
8737.923
8736.344
8569.209
8391.8
8053#
7758#
17#
13#
7
2.3
0.28
0.014
0.023
0.013
0.013
0.9
4#
7#
β−
β−
β−
β−
β−
β−
β−
-270#
-18120#
-29580
-41670
-49150
-55107.5
-57710.6
-57479.4
-54027.6
-45336
-31620#
-14920#
1000#
700#
740
150
100
0.8
0.7
0.7
0.7
11
300#
250#
7806#
8116#
8310
8516.0
8637.8
8731.884
8764.988
8746.560
8669.575
8497.31
8234#
7916#
18#
13#
13
2.8
1.8
0.014
0.012
0.012
0.013
0.20
5#
5#
β−
β−
β−
β−
β−
β−
-13440#
-25270#
-38940
-46080
-55281.2
-56909.7
-60605.4
-56039.4
-53904
-38600#
-25730#
-4740#
900#
700#
200
200
1.9
0.7
0.7
2.1
11
140#
260#
260#
8032#
8229#
8459
8573
8723.19
8738.300
8790.323
8694.82
8642.71
8355#
8112#
7723#
16#
12#
3
4
0.03
0.012
0.012
0.04
0.20
2#
5#
5#
β−
β−
β−
β−
β−
β−
β+
β+
β+
β+
β+
β−
β−
β−
β−
β−
β−
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
13200#
16310#
7850
9110
1976
3975.6
*
4711.5
2374
14420#
11260#
20030#
1140#
990#
720
190
7
1.0
16600#
15900#
9730#
9210#
5020
3436
*
596.8
3742.6
8300
13280#
15910#
1220#
860#
590#
310#
100
3
18490#
10330#
11380
4300
7042
-1377.2
697.1
*
8242.92
8800
17520#
15130#
1140#
790#
390
130
15
1.0
1.1
17850#
11460#
12090
7480
5960
2603.1
*
231.21
3451.8
8692
13710#
16700#
1220#
1020#
750
180
100
0.4
11830#
13670#
7140
9200
1628.5
3695.64
*
4566.0
2136
15300#
12870#
20990#
1140#
730#
280
200
2.0
0.21
1.9
6
70#
110#
270#
0.4
1.7
18
160#
310#
0.20
50
220#
450#
0.18
0.4
11
300#
390#
2.0
11
140#
300#
370#
Atomic mass
µu
51 996780#
51 982610#
51 965100
51 956680
51 946897
51 944775.5
51 940507.5
51 945565.5
51 948114
51 963590#
51 975680#
51 997180#
970#
750#
750
210
8
1.1
0.8
2.1
7
70#
90#
280#
53 004940#
52 987120#
52 970050#
52 959610#
52 949730
52 944338
52 940649.4
52 941290.1
52 945307.9
52 954219
52 968470#
52 985550#
1070#
750#
540#
320#
110
3
0.8
0.9
1.9
19
170#
280#
53 994200#
53 974350#
53 963260
53 951050
53 946440
53 938880.4
53 940358.9
53 939610.5
53 948459.6
53 957910
53 976710#
53 992950#
970#
750#
400
130
16
0.8
1.4
0.7
0.8
50
230#
430#
54 999710#
54 980550#
54 968240
54 955270
54 947230
54 940839.7
54 938045.1
54 938293.4
54 941999.0
54 951330
54 966050#
54 983980#
1070#
750#
790
160
110
0.8
0.7
0.7
0.8
12
320#
270#
55 985570#
55 972870#
55 958200
55 950530
55 940653.1
55 938904.9
55 934937.5
55 939839.3
55 942132
55 958560#
55 972380#
55 994910#
970#
750#
210
220
2.0
0.7
0.7
2.3
12
150#
280#
280#
354
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
N
Z
A
Elt.
Orig.
37
36
35
34
33
32
31
30
29
28
27
26
20
21
22
23
24
25
26
27
28
29
30
31
57
Ca
Sc
Ti
V
Cr
Mn
Fe
Co
Ni
Cu
Zn
Ga
x
x
x
x
x
37
36
35
34
33
32
31
30
29
28
27
26
21
22
23
24
25
26
27
28
29
30
31
32
58
38
37
36
35
34
33
32
31
30
29
28
27
21
22
23
24
25
26
27
28
29
30
31
32
59
39
38
37
36
35
34
33
32
31
30
29
28
27
21
22
23
24
25
26
27
28
29
30
31
32
33
60
Sc
Ti
V
Cr
Mn
Fe
Co
Ni
Cu
Zn
Ga
Ge
2n−p
x
x
x
x
x
x
+
−
−−
x
x
Sc
Ti
V
Cr
Mn
Fe
Co
Ni
Cu
Zn
Ga
Ge
x
x
x
x
3p2n
-n
Sc
Ti
V
Cr
Mn
Fe
Co
Ni
Cu
Zn
Ga
Ge
As
x
x
x
x
+
-nn
-n
-p
−
x
x
−
-pp
x
x
x
Mass excess
(keV)
Binding energy
per nucleon (keV)
Beta-decay energy
(keV)
-7120#
-20690#
-33540
-44190
-52524.1
-57486.8
-60180.1
-59344.2
-56082.0
-47310
-32800#
-15900#
1000#
700#
460
230
1.9
1.8
0.7
0.7
1.8
16
100#
260#
7922#
8146#
8358
8531
8663.38
8736.72
8770.249
8741.858
8670.90
8503.27
8235#
7925#
18#
12#
8
4
0.03
0.03
0.012
0.013
0.03
0.27
2#
5#
β−
β−
β−
β−
β−
β−
-15170#
-30770#
-40210
-51830
-55910
-62153.4
-59845.9
-60227.7
-51662.1
-42300
-23990#
-8370#
800#
700#
250
200
30
0.7
1.2
0.6
1.6
50
210#
320#
8050#
8305#
8454
8641
8698.0
8792.221
8738.947
8732.041
8570.869
8395.9
8067#
7784#
14#
12#
4
3
0.5
0.012
0.022
0.011
0.027
0.9
4#
5#
β−
β−
β−
β−
β−
β−
β−
-10040#
-25220#
-37070
-47890
-55480
-60663.1
-62228.4
-61155.7
-56357.2
-47260
-34120#
-17000#
900#
700#
310
240
30
0.7
0.6
0.6
0.8
40
170#
280#
7963#
8207#
8395
8565
8680.1
8754.743
8768.013
8736.570
8641.981
8474.5
8239#
7935#
15#
12#
5
4
0.5
0.012
0.011
0.010
0.013
0.6
3#
5#
β−
β−
β−
β−
β−
β−
-4000#
-21650#
-32580
-46500
-53180
-61412
-61649.0
-64472.1
-58344.1
-54188
-40000#
-27770#
-6400#
900#
800#
470
210
90
3
0.6
0.6
1.7
11
110#
230#
600#
7864#
8145#
8314
8533
8631.6
8755.83
8746.745
8780.757
8665.585
8583.27
8334#
8117#
7748#
15#
13#
8
4
1.4
0.06
0.010
0.010
0.028
0.18
2#
4#
10#
β−
β−
β−
β−
β−
β−
β−
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
13570#
12860#
10640
8340
4962.7
2693.3
*
835.9
3262.2
8772
14510#
16900#
1220#
830#
510
230
2.6
1.9
15590#
9440#
11630
4070
6250
-2307.5
381.8
*
8565.6
9360
18310#
15610#
1060#
740#
320
210
30
1.2
1.1
15170#
11850#
10820
7590
5180
1565.3
*
1072.76
4798.4
9100
13140#
17120#
1140#
760#
390
250
30
0.6
17650#
10930#
13930
6670
8230
237
2823.07
*
6128.0
4156
14190#
12230#
21370#
1210#
930#
520
230
90
3
0.21
0.5
1.9
16
100#
280#
1.4
50
220#
380#
0.19
0.5
40
170#
330#
1.6
11
110#
260#
640#
Atomic mass
µu
56 992360#
56 977790#
56 963990
56 952560
56 943613.0
56 938285.4
56 935394.0
56 936291.4
56 939793.5
56 949211
56 964790#
56 982930#
1070#
750#
490
250
2.0
2.0
0.7
0.8
1.9
17
110#
280#
57 983710#
57 966970#
57 956830
57 944350
57 939980
57 933275.6
57 935752.8
57 935342.9
57 944538.5
57 954590
57 974250#
57 991010#
860#
750#
270
220
30
0.8
1.3
0.7
1.7
50
230#
340#
58 989220#
58 972930#
58 960210
58 948590
58 940440
58 934875.5
58 933195.0
58 934346.7
58 939498.0
58 949260
58 963370#
58 981750#
970#
750#
330
260
30
0.8
0.7
0.7
0.8
40
180#
300#
59 995710#
59 976760#
59 965030
59 950080
59 942910
59 934072
59 933817.1
59 930786.4
59 937365.0
59 941827
59 957060#
59 970190#
59 993130#
970#
860#
510
230
90
4
0.7
0.7
1.8
11
120#
250#
640#
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
N
Z
A
Elt.
Orig.
39
38
37
36
35
34
33
32
31
30
29
28
22
23
24
25
26
27
28
29
30
31
32
33
61
Ti
V
Cr
Mn
Fe
Co
Ni
Cu
Zn
Ga
Ge
As
x
x
x
x
+n2p
p2n
40
39
38
37
36
35
34
33
32
31
30
29
22
23
24
25
26
27
28
29
30
31
32
33
62
Ti
V
Cr
Mn
Fe
Co
Ni
Cu
Zn
Ga
Ge
As
x
x
x
x
+pp
+
41
40
39
38
37
36
35
34
33
32
31
30
22
23
24
25
26
27
28
29
30
31
32
33
63
Ti
V
Cr
Mn
Fe
Co
Ni
Cu
Zn
Ga
Ge
As
x
x
x
x
x
+p
41
40
39
38
37
36
35
34
33
32
31
23
24
25
26
27
28
29
30
31
32
33
64
V
Cr
Mn
Fe
Co
Ni
Cu
Zn
Ga
Ge
As
x
x
x
x
+
42
41
40
39
38
37
36
35
34
33
32
31
23
24
25
26
27
28
29
30
31
32
33
34
65
V
Cr
Mn
Fe
Co
Ni
Cu
Zn
Ga
Ge
As
Se
p2n
+3n
−
x
x
−
+nn
−
x
x
x
x
x
x
-p
x
x
x
x
3p2n
εp
-p
x
Mass excess
(keV)
Binding energy
per nucleon (keV)
Beta-decay energy
(keV)
β−
β−
β−
β−
β−
β−
-15650#
-29360#
-42180
-51560
-58921
-62898.4
-64220.9
-61983.6
-56345
-47090
-33730#
-18050#
900#
400#
250
230
20
0.9
0.6
1.0
16
50
300#
600#
8046#
8258#
8455
8596
8703.8
8756.154
8765.009
8715.507
8610.25
8445.7
8214#
7944#
15#
7#
4
4
0.3
0.015
0.010
0.016
0.27
0.9
5#
10#
-11650#
-24420#
-40410
-48040
-58901
-61432
-66746.1
-62798
-61171
-52000
-42240#
-24960#
900#
500#
340
220
14
20
0.6
4
10
28
140#
300#
7982#
8175#
8420
8531
8693.25
8721.4
8794.549
8718.25
8679.40
8518.9
8349#
8058#
15#
8#
5
4
0.23
0.3
0.010
0.07
0.16
0.4
2#
5#
-5200#
-20910#
-35530#
-46350
-55550
-61840
-65512.6
-65579.5
-62213.0
-56547.1
-46910#
-33820#
1000#
600#
300#
260
170
20
0.6
0.6
1.6
1.3
200#
500#
7881#
8118#
8337#
8497
8630.1
8717.6
8763.489
8752.134
8686.279
8583.926
8419#
8198#
16#
9#
5#
4
2.7
0.3
0.009
0.009
0.025
0.021
3#
8#
β−
β−
β−
β−
β−
β−
β−
-15400#
-33150#
-42620
-54770
-59793
-67099.3
-65424.2
-66003.6
-58834.3
-54350
-39520#
700#
400#
270
280
20
0.6
0.6
0.7
2.0
30
360#
8031#
8296#
8432
8609
8675.5
8777.467
8739.070
8735.898
8611.65
8529.4
8285#
11#
6#
4
4
0.3
0.010
0.009
0.011
0.03
0.5
6#
β−
β−
β−
β−
β−
β−
β−
-11250#
-27800#
-40670
-50880
-59170
-65126.1
-67263.7
-65911.6
-62657.2
-56410
-46980#
-32920#
800#
500#
540
240
13
0.6
0.7
0.7
0.8
100
300#
600#
7968#
8210#
8396
8541
8656.65
8736.246
8757.096
8724.259
8662.154
8554.1
8397#
8169#
12#
8#
8
4
0.20
0.010
0.010
0.011
0.013
1.5
5#
9#
β−
β−
β−
β−
β−
β−
β+
β+
β+
β+
β+
β−
β−
β−
β−
β−
β−
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
13710#
12820#
9380
7370
3977
1322.5
*
2237.3
5638
9260
13360#
15680#
990#
480#
340
230
20
0.8
12770#
15990#
7620
10860
2531
5315
*
3948
1626
9171
9760#
17280#
1030#
610#
400
220
25
20
15710#
14620#
10820#
9190
6290
3672
66.975
*
3366.5
5665.9
9640#
13090#
1160#
670#
390#
310
170
20
0.015
17750#
9470#
12150
5020
7307
-1675.03
579.4
*
7169.3
4480
14830#
810#
480#
380
280
20
0.20
0.7
16540#
12880#
10210
8290
5956
2137.6
*
1352.1
3254.4
6240
9430#
14060#
950#
740#
590
240
13
0.7
1.0
16
50
300#
670#
4
11
26
140#
330#
1.6
2.1
200#
540#
2.1
30
360#
0.3
0.7
100
320#
670#
355
Atomic mass
µu
60 983200#
60 968480#
60 954720
60 944650
60 936745
60 932475.8
60 931056.0
60 933457.8
60 939511
60 949450
60 963790#
60 980620#
970#
430#
270
240
21
1.0
0.7
1.1
17
60
320#
640#
61 987490#
61 973780#
61 956610
61 948430
61 936767
61 934051
61 928345.1
61 932584
61 934330
61 944175
61 954650#
61 973200#
970#
540#
360
240
16
21
0.6
4
11
30
150#
320#
62 994420#
62 977550#
62 961860#
62 950240
62 940370
62 933612
62 929669.4
62 929597.5
62 933211.6
62 939294.2
62 949640#
62 963690#
1070#
640#
320#
280
180
21
0.6
0.6
1.7
1.4
210#
540#
63 983470#
63 964410#
63 954250
63 941200
63 935810
63 927966.0
63 929764.2
63 929142.2
63 936838.7
63 941650
63 957570#
750#
430#
290
300
21
0.7
0.6
0.7
2.2
30
380#
64 987920#
64 970160#
64 956340
64 945380
64 936478
64 930084.3
64 927789.5
64 929241.0
64 932734.8
64 939440
64 949560#
64 964660#
860#
540#
580
260
14
0.7
0.7
0.7
0.9
110
320#
640#
356
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
N
Z
A
Elt.
Orig.
42
41
40
39
38
37
36
35
34
33
32
24
25
26
27
28
29
30
31
32
33
34
66
Cr
Mn
Fe
Co
Ni
Cu
Zn
Ga
Ge
As
Se
x
x
x
x
x
43
42
41
40
39
38
37
36
35
34
33
32
24
25
26
27
28
29
30
31
32
33
34
35
67
43
42
41
40
39
38
37
36
35
34
33
25
26
27
28
29
30
31
32
33
34
35
68
44
43
42
41
40
39
38
37
36
35
34
33
25
26
27
28
29
30
31
32
33
34
35
36
69
44
43
42
41
40
39
38
37
36
35
34
26
27
28
29
30
31
32
33
34
35
36
70
Cr
Mn
Fe
Co
Ni
Cu
Zn
Ga
Ge
As
Se
Br
Mn
Fe
Co
Ni
Cu
Zn
Ga
Ge
As
Se
Br
Mn
Fe
Co
Ni
Cu
Zn
Ga
Ge
As
Se
Br
Kr
Fe
Co
Ni
Cu
Zn
Ga
Ge
As
Se
Br
Kr
−
−
x
x
x
x
x
x
x
x
-n2p
−
x
x
x
x
x
x
x
−
−
x
-p
x
x
x
x
x
-n
-p
x
x
x
x
x
−
x
−
−−
Mass excess
(keV)
Binding energy
per nucleon (keV)
Beta-decay energy
(keV)
β−
β−
β−
β−
β−
β−
-24800#
-36250#
-49570
-56110
-66006.3
-66258.3
-68899.4
-63724
-61620
-51500
-41720#
600#
400#
300
250
1.4
0.7
0.9
3
30
680
300#
8163#
8324#
8514
8601
8739.508
8731.472
8759.636
8669.37
8625.7
8460
8300#
9#
6#
5
4
0.021
0.010
0.014
0.05
0.5
10
5#
-19050#
-33400#
-45690
-55060
-63742.7
-67318.8
-67880.4
-66879.7
-62658
-56650
-46490#
-32800#
700#
500#
420
320
2.9
1.2
0.9
1.3
5
100
200#
500#
8075#
8278#
8450
8578
8695.75
8737.447
8734.154
8707.540
8632.85
8531.5
8368#
8152#
10#
8#
6
5
0.04
0.018
0.014
0.019
0.07
1.5
3#
8#
β−
β−
β−
β−
β−
β−
-28600#
-43130
-51350
-63463.8
-65567.0
-70007.2
-67086.1
-66980
-58900
-54210
-38640#
600#
700
320
3.0
1.6
1.0
1.5
6
40
30
360#
8204#
8406
8516
8682.47
8701.890
8755.682
8701.220
8688.15
8557.8
8477.4
8237#
9#
10
5
0.04
0.023
0.014
0.023
0.09
0.6
0.5
5#
β−
β−
β−
β−
β−
-25300#
-38400#
-50000
-59979
-65736.2
-68418.0
-69327.8
-67100.6
-63090
-56300
-46480#
-32440#
800#
500#
340
4
1.4
1.0
1.2
1.3
30
30
110#
400#
8155#
8333#
8490
8623.10
8695.203
8722.731
8724.578
8680.962
8611.5
8501.8
8348#
8133#
12#
7#
5
0.05
0.020
0.014
0.017
0.019
0.5
0.5
2#
6#
-35900#
-45640
-59150
-62976.1
-69564.6
-68910.1
-70563.1
-64340
-62050
-51430#
-41680#
600#
840
350
1.6
2.0
1.2
1.0
50
60
310#
390#
8294#
8422
8603
8646.861
8729.806
8709.279
8721.717
8621.7
8577.7
8415#
8264#
9#
12
5
0.023
0.028
0.017
0.015
0.7
0.9
4#
5#
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β−
β−
β−
β−
β−
β−
β+
β+
β+
β+
β+
β−
β−
β−
β−
β−
β−
β+
β+
β+
β+
11460#
13320#
6540
9890
252.0
2641.2
*
5175
2100
10120
9780#
720#
500#
390
250
1.6
1.0
14350#
12290#
9370
8680
3576
561.7
*
1000.8
4222
6010
10160#
13690#
860#
650#
520
320
3
1.5
14530#
8220
12110
2103
4440.2
*
2921.1
106
8080
4680
15570#
920#
770
320
3
1.8
13100#
11610#
9980
5758
2681.8
909.8
*
2227.2
4010
6790
9830#
14040#
950#
610#
340
4
1.7
1.5
9740#
13510
3830
6588.5
-654.6
1653.0
*
6220
2300
10620#
9750#
1030#
910
350
2.5
1.6
1.6
3
30
680
740#
1.2
5
100
220#
540#
1.2
6
40
50
360#
0.5
30
40
110#
410#
50
80
300#
480#
Atomic mass
µu
65 973380#
65 961080#
65 946780
65 939760
65 929139.3
65 928868.8
65 926033.4
65 931589
65 933840
65 944710
65 955210#
640#
430#
320
270
1.5
0.7
1.0
3
30
730
320#
66 979550#
66 964140#
66 950950
66 940890
66 931569
66 927730.3
66 927127.3
66 928201.7
66 932734
66 939190
66 950090#
66 964790#
750#
540#
450
340
3
1.3
1.0
1.4
5
110
210#
540#
67 969300#
67 953700
67 944870
67 931869
67 929610.9
67 924844.2
67 927980.1
67 928094
67 936770
67 941800
67 958520#
640#
750
340
3
1.7
1.0
1.6
7
50
40
380#
68 972840#
68 958780#
68 946320
68 935610
68 929429.3
68 926550.3
68 925573.6
68 927964.5
68 932270
68 939560
68 950110#
68 965180#
860#
540#
360
4
1.5
1.0
1.3
1.4
30
40
110#
430#
69 961460#
69 951000
69 936500
69 932392.3
69 925319.3
69 926022.0
69 924247.4
69 930920
69 933390
69 944790#
69 955260#
640#
900
370
1.7
2.1
1.3
1.1
50
70
330#
410#
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
N
Z
A
Elt.
Orig.
45
44
43
42
41
40
39
38
37
36
35
34
26
27
28
29
30
31
32
33
34
35
36
37
71
Fe
Co
Ni
Cu
Zn
Ga
Ge
As
Se
Br
Kr
Rb
x
x
x
x
-n
46
45
44
43
42
41
40
39
38
37
36
35
26
27
28
29
30
31
32
33
34
35
36
37
72
Fe
Co
Ni
Cu
Zn
Ga
Ge
As
Se
Br
Kr
Rb
x
x
x
x
+
46
45
44
43
42
41
40
39
38
37
36
35
27
28
29
30
31
32
33
34
35
36
37
38
73
47
46
45
44
43
42
41
40
39
38
37
36
27
28
29
30
31
32
33
34
35
36
37
38
74
48
47
46
45
44
43
42
41
40
39
38
37
27
28
29
30
31
32
33
34
35
36
37
38
75
−
−
x
−
x
−
x
Co
Ni
Cu
Zn
Ga
Ge
As
Se
Br
Kr
Rb
Sr
x
x
x
+n2p
x
Co
Ni
Cu
Zn
Ga
Ge
As
Se
Br
Kr
Rb
Sr
x
x
x
+pp
x
Co
Ni
Cu
Zn
Ga
Ge
As
Se
Br
Kr
Rb
Sr
x
x
x
+
x
-n
x
-p
x
−
x
−
x
x
−
Mass excess
(keV)
Binding energy
per nucleon (keV)
-31000#
-43870
-55200
-62711.1
-67327
-70140.2
-69907.7
-67894
-63120
-57060
-46920
-32300#
800#
840
370
1.5
10
1.0
1.0
4
30
570
650
500#
8221#
8392
8540
8635.022
8689.01
8717.620
8703.326
8663.95
8585.6
8489
8336
8119#
11#
12
5
0.021
0.14
0.014
0.014
0.06
0.4
8
9
7#
-28300#
-39300#
-53940
-59783.0
-68131
-68589.4
-72585.9
-68230
-67894
-59020
-53941
-38120#
800#
600#
440
1.4
6
1.0
1.6
4
12
60
8
500#
8182#
8324#
8516
8586.525
8691.61
8687.104
8731.745
8660.38
8644.85
8510.7
8429.32
8199#
11#
8#
6
0.019
0.08
0.014
0.023
0.06
0.17
0.8
0.11
7#
-37040#
-49860#
-58987
-65410
-69699.3
-71297.5
-70957
-68218
-63630
-56552
-46050#
-31700#
700#
300#
4
40
1.7
1.6
4
11
50
7
150#
600#
8289#
8454#
8568.56
8645.8
8693.873
8705.049
8689.66
8641.42
8567.8
8460.18
8306#
8098#
10#
4#
0.05
0.5
0.023
0.022
0.05
0.15
0.7
0.09
2#
8#
-32250#
-48370#
-56006
-65710
-68050
-73422.4
-70860.0
-72212.7
-65306
-62331.5
-51917
-40700#
800#
400#
6
50
4
1.6
2.3
1.7
15
2.0
4
500#
8222#
8429#
8521.56
8642.1
8663.17
8725.200
8680.00
8687.708
8583.80
8533.034
8381.73
8220#
11#
5#
0.08
0.6
0.05
0.022
0.03
0.023
0.20
0.028
0.05
7#
-29500#
-43900#
-54120
-62470
-68464.6
-71856.4
-73032.4
-72169.0
-69139
-64324
-57222
-46620
800#
400#
980
70
2.4
1.6
1.8
1.7
14
8
7
220
8183#
8365#
8490
8591.3
8660.81
8695.602
8700.850
8678.907
8628.08
8553.44
8448.32
8296.6
11#
5#
13
0.9
0.03
0.022
0.024
0.022
0.19
0.11
0.10
2.9
Beta-decay energy
(keV)
β−
β−
β−
β−
β−
β+
β+
β+
β+
β+
β+
β−
β−
β−
β−
β−
β−
β+
β+
β+
β+
β+
β−
β−
β−
β−
β−
β+
β+
β+
β+
β+
β+
β−
β−
β−
β−
β−
β−
β−
β+
β+
β+
β+
β−
β−
β−
β−
β−
β−
β+
β+
β+
β+
β+
12870#
11330
7510
4616
2813
*
232.51
2013
4780
6050
10140
14620#
1160#
920
370
10
10
11000#
14640#
5840
8348
458
3996.5
*
4356
335
8880
5070
15820#
1000#
740#
440
6
6
1.8
12830#
9120#
6420
4290
1598.2
*
341
2739
4590
7080
10500#
14350#
760#
300#
40
40
2.3
16120#
7630#
9700
2340
5373
-2562.5
1352.8
*
6907
2975
10414
11220#
900#
400#
50
50
4
1.7
1.8
14400#
10220#
8350
6000
3391.8
1176.0
*
863.4
3030
4815
7102
10600
900#
1060#
980
70
2.9
1.0
0.22
4
30
570
320
820#
4
13
60
60
500#
4
10
50
50
150#
620#
15
15
4
500#
0.8
14
16
11
220
357
Atomic mass
µu
70 966720#
70 952900
70 940740
70 932676.8
70 927722
70 924701.3
70 924951.0
70 927112
70 932240
70 938740
70 949630
70 965320#
860#
900
400
1.6
11
1.1
1.1
5
30
610
700
540#
71 969620#
71 957810#
71 942090
71 935820.3
71 926858
71 926366.3
71 922075.8
71 926752
71 927112
71 936640
71 942092
71 959080#
860#
640#
470
1.5
7
1.1
1.8
5
13
60
9
540#
72 960240#
72 946470#
72 936675
72 929780
72 925174.7
72 923458.9
72 923825
72 926765
72 931690
72 939289
72 950560#
72 965970#
750#
320#
4
40
1.8
1.8
4
11
50
7
160#
640#
73 965380#
73 948070#
73 939875
73 929460
73 926946
73 921177.8
73 923928.7
73 922476.4
73 929891
73 933084.4
73 944265
73 956310#
860#
430#
7
50
4
1.8
2.5
1.8
16
2.2
4
540#
74 968330#
74 952870#
74 941900
74 932940
74 926500.2
74 922858.9
74 921596.5
74 922523.4
74 925776
74 930946
74 938570
74 949950
860#
430#
1050
80
2.6
1.8
2.0
1.8
15
9
8
240
358
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
N
Z
A
Elt.
Orig.
48
47
46
45
44
43
42
41
40
39
38
37
28
29
30
31
32
33
34
35
36
37
38
39
76
Ni
Cu
Zn
Ga
Ge
As
Se
Br
Kr
Rb
Sr
Y
x
x
+
x
49
48
47
46
45
44
43
42
41
40
39
38
28
29
30
31
32
33
34
35
36
37
38
39
77
50
49
48
47
46
45
44
43
42
41
40
39
38
28
29
30
31
32
33
34
35
36
37
38
39
40
78
50
49
48
47
46
45
44
43
42
41
40
39
29
30
31
32
33
34
35
36
37
38
39
40
79
−
x
x
x
Ni
Cu
Zn
Ga
Ge
As
Se
Br
Kr
Rb
Sr
Y
x
x
+
x
-n
Ni
Cu
Zn
Ga
Ge
As
Se
Br
Kr
Rb
Sr
Y
Zr
x
x
+
x
-nn
+pn
Cu
Zn
Ga
Ge
As
Se
Br
Kr
Rb
Sr
Y
Zr
x
+
+
+
+p
-n
+n
−
−
x
x
x
-p
−
x
x
x
x
x
−
x
Mass excess
(keV)
Binding energy
per nucleon (keV)
Beta-decay energy
(keV)
β−
β−
β−
β−
β−
β−
-41610#
-50976
-62140
-66296.6
-73213.0
-72289.5
-75252.1
-70289
-69014
-60479.8
-54240
-38700#
900#
7
80
2.0
1.7
1.8
1.7
9
4
1.9
40
500#
8331#
8443.53
8580.1
8624.526
8705.238
8682.792
8711.478
8635.88
8608.81
8486.225
8393.9
8179#
12#
0.09
1.1
0.026
0.022
0.024
0.022
0.12
0.05
0.025
0.5
7#
-36750#
-48580#
-58720
-65992.3
-71214.0
-73916.6
-74599.6
-73235
-70169.4
-64825
-57804
-46910#
500#
400#
120
2.4
1.7
2.3
1.7
3
2.0
7
9
60#
8264#
8408#
8529.1
8613.39
8671.044
8695.981
8694.691
8666.81
8616.836
8537.26
8435.93
8284#
7#
5#
1.6
0.03
0.022
0.030
0.021
0.04
0.025
0.10
0.12
1#
-34300#
-44750#
-57340
-63706.6
-71862
-72817
-77026.1
-73452
-74179.7
-66936
-63174
-52530#
-41700#
1100#
400#
90
2.4
4
10
1.7
4
1.1
7
7
400#
500#
8230#
8354#
8505.6
8577.14
8671.66
8673.88
8717.808
8661.96
8661.256
8558.36
8500.10
8354#
8205#
14#
5#
1.2
0.03
0.05
0.13
0.021
0.05
0.014
0.10
0.10
5#
6#
β−
β−
β−
β−
β−
β−
β−
β−
-42330#
-53420#
-62510
-69490
-73637
-75917.6
-76068.5
-74443
-70803
-65477
-58360
-47360#
500#
260#
100
90
6
1.7
2.0
4
6
8
450
400#
8320#
8450#
8555.6
8634.0
8676.62
8695.593
8687.600
8657.12
8601.15
8523.82
8424
8275#
6#
3#
1.2
1.1
0.07
0.021
0.026
0.05
0.08
0.11
6
5#
β−
β−
β−
β−
β−
β−
β+
β+
β+
β+
β+
β−
β−
β−
β−
β−
β−
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
9370#
11160
4160
6916.4
-923.5
2962.5
*
4963
1275
8534
6240
15540#
900#
80
80
2.6
0.8
0.8
9
10
4
40
500#
11830#
10150#
7270
5221.7
2702.5
683.0
*
1364.7
3065
5345
7020
10900#
640#
420#
120
3.0
1.8
1.8
10450#
12590#
6360
8156
955
4209
-3574
727
*
7243
3762
10650#
10820#
1170#
410#
90
5
10
10
4
4
11090#
9090#
6980
4150
2281
150.9
*
1626
3639
5327
7120
11000#
570#
240#
40
90
5
1.7
2.8
4
8
12
60#
8
11
400#
640#
3
7
10
450
600#
Atomic mass
µu
75 955330#
75 945275
75 933290
75 928827.6
75 921402.6
75 922394.0
75 919213.6
75 924541
75 925910
75 935072.2
75 941770
75 958450#
970#
7
90
2.1
1.8
2.0
1.8
10
4
2.0
40
540#
76 960550#
76 947850#
76 936960
76 929154.3
76 923548.6
76 920647.3
76 919914.0
76 921379
76 924670.0
76 930408
76 937945
76 949650#
540#
430#
130
2.6
1.8
2.5
1.8
3
2.1
8
10
70#
77 963180#
77 951960#
77 938440
77 931608.2
77 922853
77 921827
77 917309.1
77 921146
77 920364.8
77 928141
77 932180
77 943610#
77 955230#
1180#
430#
100
2.6
4
11
1.8
4
1.2
8
8
430#
540#
78 954560#
78 942650#
78 932890
78 925400
78 920948
78 918499.1
78 918337.1
78 920082
78 923989
78 929708
78 937350
78 949160#
540#
280#
110
100
6
1.8
2.2
4
6
9
480
430#
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
N
Z
A
Elt.
Orig.
51
50
49
48
47
46
45
44
43
42
41
40
29
30
31
32
33
34
35
36
37
38
39
40
80
Cu
Zn
Ga
Ge
As
Se
Br
Kr
Rb
Sr
Y
Zr
x
+
+
51
50
49
48
47
46
45
44
43
42
41
40
30
31
32
33
34
35
36
37
38
39
40
41
81
52
51
50
49
48
47
46
45
44
43
42
41
30
31
32
33
34
35
36
37
38
39
40
41
82
53
52
51
50
49
48
47
46
45
44
43
42
41
30
31
32
33
34
35
36
37
38
39
40
41
42
83
−
x
x
x
Zn
Ga
Ge
As
Se
Br
Kr
Rb
Sr
Y
Zr
Nb
x
+
+
+p
-n
Zn
Ga
Ge
As
Se
Br
Kr
Rb
Sr
Y
Zr
Nb
x
x
+
+
Zn
Ga
Ge
As
Se
Br
Kr
Rb
Sr
Y
Zr
Nb
Mo
x
−
εp
-p
−
−
x
x
x
x
+
-n
−
−
−
−
x
Mass excess
(keV)
Binding energy
per nucleon (keV)
359
Beta-decay energy
(keV)
-36450#
-51840
-59140
-69515
-72159
-77759.9
-75889.5
-77892.5
-72173
-70308
-61220
-55520
600#
170
120
28
23
2.0
2.0
1.5
7
7
180
1490
8243#
8426.0
8507.3
8627.3
8650.59
8710.819
8677.659
8692.917
8611.64
8578.56
8455.1
8374
7#
2.2
1.5
0.4
0.29
0.025
0.025
0.018
0.09
0.08
2.2
19
β−
β−
β−
β−
β−
β−
β−
-46130#
-57980
-66300
-72533
-76389.5
-77974.8
-77694.0
-75455
-71528
-66020
-58490
-47480#
300#
190
120
6
2.0
2.0
2.0
6
6
60
170
1500#
8351#
8487.7
8580.8
8648.06
8686.005
8695.918
8682.793
8645.49
8587.35
8509.7
8407.1
8261#
4#
2.4
1.5
0.07
0.025
0.024
0.025
0.07
0.08
0.8
2.1
18#
β−
β−
β−
β−
β−
-42460#
-53100#
-65620
-70320
-77594.0
-77496.5
-80589.5
-76188.2
-76008
-68190
-64190#
-52970#
500#
300#
240
200
2.0
1.9
1.8
2.8
6
100
230#
300#
8303#
8423#
8566.3
8614.1
8693.198
8682.468
8710.647
8647.43
8635.70
8530.8
8473#
8326#
6#
4#
3.0
2.4
0.025
0.024
0.022
0.03
0.07
1.3
3#
4#
-36300#
-49390#
-60900#
-69880
-75341
-79009
-79981.7
-79075
-76795
-72330
-66460
-58960
-47750#
500#
300#
200#
220
4
4
2.8
6
10
40
100
310
500#
8226#
8374#
8503#
8602.2
8658.56
8693.33
8695.62
8675.27
8638.38
8575.1
8495.0
8395
8251#
6#
4#
2#
2.7
0.04
0.05
0.03
0.07
0.12
0.5
1.2
4
6#
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β−
β−
β−
β−
β−
β−
β+
β+
β+
β+
β+
β−
β−
β−
β−
β−
β−
β+
β+
β+
β+
β+
β+
15400#
7290
10380
2644
5601
-1870.5
2003.0
*
5720
1865
9090
5700
11860#
8320
6230
3856
1585.3
*
280.8
2239
3927
5510
7530
11010#
620#
120
120
19
23
0.3
2.4
7
10
180
1500
360#
150
120
5
2.2
0.5
6
9
60
180
1510#
10650#
12520#
4700
7270
-97.5
3093.0
*
4401
180
7820
4000#
11220#
590#
390#
140
200
2.1
1.0
13090#
11510#
8980#
5460
3668
973
*
907
2279
4470
5870
7500
11210#
590#
360#
290#
220
5
4
3
6
100
200#
370#
7
8
40
90
300
590#
Atomic mass
µu
79 960870#
79 944340
79 936520
79 925370
79 922534
79 916521.3
79 918529.3
79 916379.0
79 922519
79 924521
79 934280
79 940400
640#
180
130
30
25
2.1
2.2
1.6
7
7
190
1600
80 950480#
80 937750
80 928820
80 922132
80 917992.5
80 916290.6
80 916592.0
80 918996
80 923212
80 929130
80 937210
80 949030#
320#
210
130
6
2.2
2.1
2.1
6
7
70
180
1610#
81 954420#
81 942990#
81 929550
81 924500
81 916699.4
81 916804.1
81 913483.6
81 918208.6
81 918402
81 926790
81 931090#
81 943130#
540#
320#
260
210
2.2
2.1
1.9
3.0
6
110
240#
320#
82 961030#
82 946980#
82 934620#
82 924980
82 919118
82 915180
82 914136
82 915110
82 917557
82 922350
82 928650
82 936710
82 948740#
540#
320#
210#
240
4
5
3
6
11
50
100
340
540#
360
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
N
Z
A
Elt.
Orig.
53
52
51
50
49
48
47
46
45
44
43
42
31
32
33
34
35
36
37
38
39
40
41
42
84
Ga
Ge
As
Se
Br
Kr
Rb
Sr
Y
Zr
Nb
Mo
x
x
+
54
53
52
51
50
49
48
47
46
45
44
43
42
31
32
33
34
35
36
37
38
39
40
41
42
43
85
55
54
53
52
51
50
49
48
47
46
45
44
43
31
32
33
34
35
36
37
38
39
40
41
42
43
86
55
54
53
52
51
50
49
48
47
46
45
44
43
32
33
34
35
36
37
38
39
40
41
42
43
44
87
Ga
Ge
As
Se
Br
Kr
Rb
Sr
Y
Zr
Nb
Mo
Tc
Ga
Ge
As
Se
Br
Kr
Rb
Sr
Y
Zr
Nb
Mo
Tc
Ge
As
Se
Br
Kr
Rb
Sr
Y
Zr
Nb
Mo
Tc
Ru
−
x
x
x
x
x
x
+
+
x
−
−
εp
x
x
x
x
+
+
x
−
4n
−
−
x
x
x
+
+
-n
−
+3n
−
−
x
x
Mass excess
(keV)
Binding energy
per nucleon (keV)
Beta-decay energy
(keV)
β−
β−
β−
β−
β−
β−
β−
-44110#
-58250#
-66080#
-75952
-77799
-82431.0
-79750.0
-80644
-74160
-71490#
-61880#
-55810#
400#
300#
300#
15
15
2.8
2.8
3
90
200#
300#
400#
8308#
8467#
8551#
8658.84
8671.52
8717.35
8676.12
8677.44
8590.9
8550#
8426#
8344#
5#
4#
4#
0.17
0.17
0.03
0.03
0.04
1.1
2#
4#
5#
-40050#
-53070#
-63320#
-72428
-78610
-81480.3
-82167.331
-81102.6
-77842
-73150
-67150
-59100#
-47670#
500#
400#
200#
30
19
1.9
0.011
2.8
19
100
220
280#
400#
8257#
8401#
8513#
8610.5
8674.00
8698.562
8697.441
8675.71
8628.15
8563.7
8483.9
8380#
8236#
6#
5#
2#
0.4
0.22
0.023
0.000
0.03
0.22
1.2
2.6
3#
5#
β−
β−
β−
β−
β−
β−
-34350#
-49840#
-59150#
-70541
-75640
-83265.57
-82747.02
-84523.6
-79284
-77800
-69830
-64560
-53210#
800#
500#
300#
16
11
0.10
0.20
1.1
14
30
90
440
300#
8189#
8360#
8459#
8582.26
8632.45
8712.027
8696.901
8708.461
8638.43
8612.1
8510.3
8440
8299#
9#
6#
3#
0.18
0.13
0.001
0.002
0.012
0.16
0.3
1.0
5
3#
β−
β−
β−
β−
β−
β−
β−
-44240#
-55980#
-66580
-73857
-80709.43
-84597.795
-84880.4
-83018.7
-79348
-74180
-67690
-59120#
-47340#
500#
300#
40
18
0.27
0.012
1.1
1.6
8
60
220
300#
600#
8292#
8418#
8530.9
8605.51
8675.282
8710.983
8705.239
8674.848
8623.67
8555.3
8471.7
8364#
8220#
6#
3#
0.5
0.20
0.003
0.000
0.012
0.018
0.10
0.7
2.6
3#
7#
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β−
β−
β−
β−
β−
β−
β+
β+
β+
β+
β+
β+
14140#
7840#
9870#
1848
4632
-2681.0
894
*
6490
2670#
9610#
6070#
500#
420#
300#
20
14
2.3
3
13010#
10260#
9110#
6182
2870
687.1
*
1064.8
3260
4690
6000
8050#
11440#
640#
450#
200#
23
19
1.9
15490#
9310#
11390#
5099
7626
-518.55
1776.6
*
5240
1480
7980
5270
11350#
11750#
10600#
7280
6852
3888.37
282.6
*
1861.7
3671
5170
6490
8570#
11780#
90
220#
360#
500#
2.8
19
100
200
360#
490#
950#
590#
300#
11
11
0.22
1.1
14
30
80
430
530#
590#
300#
40
18
0.27
1.1
1.1
8
60
210
370#
670#
Atomic mass
µu
83 952650#
83 937470#
83 929060#
83 918462
83 916479
83 911507
83 914385
83 913425
83 920390
83 923250#
83 933570#
83 940090#
430#
320#
320#
16
16
3
3
3
100
210#
320#
430#
84 957000#
84 943030#
84 932020#
84 922250
84 915608
84 912527.3
84 911789.738
84 912933
84 916433
84 921470
84 927910
84 936550#
84 948830#
540#
430#
210#
30
21
2.1
0.012
3
20
110
240
300#
430#
85 963120#
85 946490#
85 936500#
85 924272
85 918798
85 910610.73
85 911167.42
85 909260.2
85 914886
85 916470
85 925040
85 930700
85 942880#
860#
540#
320#
17
12
0.11
0.21
1.2
15
30
90
470
320#
86 952510#
86 939900#
86 928520
86 920711
86 913354.86
86 909180.527
86 908877.1
86 910875.7
86 914816
86 920360
86 927330
86 936530#
86 949180#
540#
320#
40
19
0.29
0.013
1.2
1.7
9
70
240
320#
640#
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
N
Z
A
Elt.
Orig.
56
55
54
53
52
51
50
49
48
47
46
45
44
32
33
34
35
36
37
38
39
40
41
42
43
44
88
Ge
As
Se
Br
Kr
Rb
Sr
Y
Zr
Nb
Mo
Tc
Ru
x
x
+
+
-nn
-n
57
56
55
54
53
52
51
50
49
48
47
46
45
44
32
33
34
35
36
37
38
39
40
41
42
43
44
45
89
57
56
55
54
53
52
51
50
49
48
47
46
45
33
34
35
36
37
38
39
40
41
42
43
44
45
90
58
57
56
55
54
53
52
51
50
49
48
47
46
45
33
34
35
36
37
38
39
40
41
42
43
44
45
46
91
Ge
As
Se
Br
Kr
Rb
Sr
Y
Zr
Nb
Mo
Tc
Ru
Rh
As
Se
Br
Kr
Rb
Sr
Y
Zr
Nb
Mo
Tc
Ru
Rh
As
Se
Br
Kr
Rb
Sr
Y
Zr
Nb
Mo
Tc
Ru
Rh
Pd
−
+nn
−
4n
−
x
x
x
x
+
+
x
+3n
−
x
-p
x
x
+
+
−
−
−
x
x
x
x
+
+
−
+n
−
IT
x
−
Mass excess
(keV)
Binding energy
per nucleon (keV)
Beta-decay energy
(keV)
-40140#
-51290#
-63880
-70730
-79692
-82609.00
-87921.7
-84299.1
-83623
-76070
-72700
-62710#
-55650#
700#
500#
50
40
13
0.16
1.1
1.9
10
100
20
200#
400#
8243#
8361#
8494.9
8563.9
8656.86
8681.114
8732.596
8682.540
8665.97
8571.3
8524.06
8402#
8313#
8#
6#
0.6
0.4
0.15
0.002
0.012
0.021
0.12
1.1
0.23
2#
5#
β−
β−
β−
β−
β−
β−
-33690#
-47140#
-59200#
-68570
-76730
-81713
-86209.1
-87701.7
-84869
-80650
-75004
-67840#
-59510#
-47660#
900#
500#
300#
60
50
5
1.1
2.6
4
27
15
200#
500#
450#
8169#
8311#
8438#
8534.1
8617.0
8664.19
8705.924
8713.904
8673.28
8617.1
8544.86
8456#
8353#
8211#
10#
6#
3#
0.7
0.6
0.06
0.012
0.029
0.04
0.3
0.17
2#
6#
5#
β−
β−
β−
β−
β−
β−
β−
-41450#
-55930#
-64620
-74970
-79362
-85941.6
-86487.5
-88767.3
-82656
-80167
-71210
-65310#
-53220#
800#
400#
80
19
7
2.9
2.6
2.4
5
6
240
300#
500#
8245#
8397#
8485.1
8591.38
8631.48
8695.90
8693.272
8709.910
8633.32
8596.97
8488.7
8414#
8271#
9#
4#
0.9
0.21
0.07
0.03
0.028
0.026
0.05
0.07
2.7
3#
6#
β−
β−
β−
β−
β−
β−
β−
-36860#
-50340#
-61510
-71310
-77745
-83645
-86345.0
-87890.4
-86632
-82204
-75980
-68660#
-59100#
-47400#
900#
500#
70
60
8
5
2.9
2.3
4
11
200
580#
400#
570#
8193#
8332#
8446.3
8545.4
8607.56
8663.80
8684.87
8693.257
8670.84
8613.58
8536.6
8448#
8334#
8197#
10#
6#
0.8
0.6
0.09
0.05
0.03
0.026
0.04
0.12
2.2
6#
4#
6#
β−
β−
β−
β−
β−
β−
β−
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
11150#
12590#
6850
8960
2917
5312.7
*
3622.6
676
7550
3370
9990#
7060#
860#
510#
30
40
13
1.1
1.5
10
100
100
200#
450#
13450#
12050#
9380#
8150
4990
4497
1492.6
*
2832.9
4218
5650
7160#
8330#
11860#
1030#
590#
300#
30
50
5
2.6
14480#
8690#
10350
4392
6580
545.9
2279.8
*
6111
2489
8960
5900#
12090#
900#
410#
80
17
7
1.4
1.7
13480#
11170#
9800
6440
5900
2700
1545.4
*
1258.0
4428
6220
7330#
9560#
11700#
2.8
27
30
200#
540#
670#
4
4
240
380#
590#
1030#
510#
40
60
9
4
1.8
3.0
12
200
620#
710#
400#
361
Atomic mass
µu
87 956910#
87 944940#
87 931420
87 924070
87 914447
87 911315.59
87 905612.1
87 909501.1
87 910227
87 918330
87 921953
87 932680#
87 940260#
750#
540#
50
40
14
0.17
1.2
2.0
11
110
22
220#
430#
88 963830#
88 949390#
88 936450#
88 926390
88 917630
88 912278
88 907450.7
88 905848.3
88 908890
88 913418
88 919480
88 927170#
88 936110#
88 948840#
970#
540#
320#
60
60
6
1.2
2.7
4
29
17
220#
540#
480#
89 955500#
89 939960#
89 930630
89 919517
89 914802
89 907738
89 907151.9
89 904704.4
89 911265
89 913937
89 923560
89 929890#
89 942870#
860#
430#
80
20
7
3
2.7
2.5
5
7
260
320#
540#
90 960430#
90 945960#
90 933970
90 923450
90 916537
90 910203
90 907305
90 905645.8
90 906996
90 911750
90 918430
90 926290#
90 936550#
90 949110#
970#
540#
80
60
9
5
3
2.5
4
12
220
630#
430#
610#
362
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
N
Z
A
Elt.
Orig.
59
58
57
56
55
54
53
52
51
50
49
48
47
46
33
34
35
36
37
38
39
40
41
42
43
44
45
46
92
As
Se
Br
Kr
Rb
Sr
Y
Zr
Nb
Mo
Tc
Ru
Rh
Pd
x
x
+
+
59
58
57
56
55
54
53
52
51
50
49
48
47
46
34
35
36
37
38
39
40
41
42
43
44
45
46
47
93
60
59
58
57
56
55
54
53
52
51
50
49
48
47
34
35
36
37
38
39
40
41
42
43
44
45
46
47
94
60
59
58
57
56
55
54
53
52
51
50
49
48
47
35
36
37
38
39
40
41
42
43
44
45
46
47
48
95
Se
Br
Kr
Rb
Sr
Y
Zr
Nb
Mo
Tc
Ru
Rh
Pd
Ag
Se
Br
Kr
Rb
Sr
Y
Zr
Nb
Mo
Tc
Ru
Rh
Pd
Ag
Br
Kr
Rb
Sr
Y
Zr
Nb
Mo
Tc
Ru
Rh
Pd
Ag
Cd
−
x
x
x
x
x
+
-p
−
x
x
x
x
x
+
−
+nn
IT
x
x
x
x
−
x
x
x
Mass excess
(keV)
Binding energy
per nucleon (keV)
Beta-decay energy
(keV)
-30930#
-46650#
-56580
-68785
-74772
-82868
-84813
-88453.9
-86448.3
-86805
-78935
-74410#
-63360#
-55500#
900#
600#
50
12
6
3
9
2.3
2.8
4
26
300#
400#
500#
8127#
8289#
8388.7
8512.85
8569.42
8648.91
8661.55
8692.622
8662.32
8657.69
8563.64
8506#
8377#
8283#
10#
6#
0.5
0.13
0.07
0.04
0.10
0.025
0.03
0.04
0.28
3#
4#
5#
β−
β−
β−
β−
β−
β−
β−
β−
β−
-40720#
-53050#
-64020
-72618
-80085
-84223
-87117.0
-87208.3
-86803
-83603
-77270
-69170#
-59700#
-46780#
800#
300#
100
8
8
11
2.3
2.4
4
4
90
400#
400#
600#
8223#
8347#
8456.8
8540.89
8612.77
8648.86
8671.566
8664.135
8651.37
8608.54
8532.0
8437#
8326#
8179#
9#
3#
1.1
0.08
0.08
0.11
0.025
0.026
0.04
0.04
0.9
4#
4#
6#
β−
β−
β−
β−
β−
β−
β−
-36800#
-47800#
-61140#
-68553
-78840
-82348
-87266.8
-86364.5
-88409.7
-84154
-82568
-72940#
-66350#
-53300#
800#
400#
300#
8
7
7
2.4
2.4
1.9
4
13
450#
400#
500#
8180#
8289#
8422#
8492.66
8593.78
8622.77
8666.774
8648.852
8662.287
8608.69
8583.49
8473#
8394#
8247#
9#
4#
3#
0.09
0.08
0.08
0.026
0.026
0.020
0.05
0.14
5#
4#
5#
β−
β−
β−
β−
β−
β−
β−
β−
-43900#
-56040#
-65854
-75117
-81207
-85657.8
-86781.9
-87707.5
-86017
-83450
-78340
-70150#
-60100#
-46700#
500#
400#
21
7
7
2.4
2.0
1.9
5
12
150
400#
400#
600#
8245#
8365#
8459.81
8549.08
8604.95
8643.569
8647.166
8648.674
8622.64
8587.39
8525.4
8431#
8317#
8168#
5#
4#
0.22
0.08
0.08
0.025
0.021
0.020
0.06
0.12
1.6
4#
4#
6#
β−
β−
β−
β−
β−
β−
β−
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
15720#
9930#
12200
5987
8096
1946
3641
-2005.5
357
*
7870
4530#
11050#
7860#
1080#
600#
50
10
6
9
9
1.8
4
12330#
10970#
8600
7467
4139
2894
91.2
*
405
3201.0
6340
8090#
9470#
12920#
860#
310#
100
9
12
10
1.6
11000#
13340#
7410#
10287
3508
4918
-902.3
2045.2
*
4256
1586
9630#
6590#
13050#
900#
500#
300#
10
8
7
2.2
2.0
12140#
9820#
9263
6090
4451
1124.1
925.6
*
1691
2567
5110
8190#
10050#
13400#
640#
400#
21
8
7
1.8
0.5
26
300#
500#
640#
4
1.0
90
410#
570#
720#
4
13
450#
600#
640#
5
13
150
430#
570#
720#
Atomic mass
µu
91 966800#
91 949920#
91 939260
91 926156
91 919729
91 911038
91 908949
91 905040.8
91 907194
91 906811
91 915260
91 920120#
91 931980#
91 940420#
970#
640#
50
13
7
4
10
2.5
3
4
28
320#
430#
540#
92 956290#
92 943050#
92 931270
92 922042
92 914026
92 909583
92 906476.0
92 906378.1
92 906813
92 910249
92 917050
92 925740#
92 935910#
92 949780#
860#
320#
110
8
8
11
2.5
2.6
4
4
90
430#
430#
640#
93 960490#
93 948680#
93 934360#
93 926405
93 915361
93 911595
93 906315.2
93 907283.9
93 905088.3
93 909657
93 911360
93 921700#
93 928770#
93 942780#
860#
430#
320#
9
8
8
2.6
2.6
2.1
5
14
480#
430#
540#
94 952870#
94 939840#
94 929303
94 919359
94 912821
94 908042.6
94 906835.8
94 905842.1
94 907657
94 910413
94 915900
94 924690#
94 935480#
94 949870#
540#
430#
23
8
8
2.6
2.1
2.1
6
13
160
430#
430#
640#
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
N
Z
A
Elt.
Orig.
61
60
59
58
57
56
55
54
53
52
51
50
49
48
35
36
37
38
39
40
41
42
43
44
45
46
47
48
96
Br
Kr
Rb
Sr
Y
Zr
Nb
Mo
Tc
Ru
Rh
Pd
Ag
Cd
x
x
62
61
60
59
58
57
56
55
54
53
52
51
50
49
48
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
97
62
61
60
59
58
57
56
55
54
53
52
51
50
49
36
37
38
39
40
41
42
43
44
45
46
47
48
49
98
63
62
61
60
59
58
57
56
55
54
53
52
51
50
49
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50
99
Br
Kr
Rb
Sr
Y
Zr
Nb
Mo
Tc
Ru
Rh
Pd
Ag
Cd
In
Kr
Rb
Sr
Y
Zr
Nb
Mo
Tc
Ru
Rh
Pd
Ag
Cd
In
Kr
Rb
Sr
Y
Zr
Nb
Mo
Tc
Ru
Rh
Pd
Ag
Cd
In
Sn
+
−
−
−
x
x
x
x
-n
−
−
−
x
x
x
-pn
−
-pp
−
−
x
x
−
x
x
x
Mass excess
(keV)
Binding energy
per nucleon (keV)
363
Beta-decay energy
(keV)
-38630#
-53030#
-61225
-72939
-78347
-85442.8
-85604
-88790.5
-85817
-86072
-79679
-76230
-64570#
-56100#
700#
500#
29
27
23
2.8
4
1.9
5
8
13
150
400#
500#
8188#
8330#
8407.5
8521.42
8569.60
8635.368
8628.90
8653.941
8614.82
8609.33
8534.59
8490.5
8361#
8265#
7#
5#
0.3
0.29
0.24
0.029
0.04
0.020
0.06
0.08
0.13
1.6
4#
5#
β−
β−
β−
β−
β−
β−
β−
β−
β−
-34650#
-47920#
-58360
-68788
-76258
-82946.6
-85605.6
-87540.4
-87220
-86112
-82590
-77800
-70820
-60600#
-47000#
800#
500#
30
19
12
2.8
2.6
1.9
5
8
40
300
320
400#
600#
8146#
8275#
8374.5
8473.99
8542.93
8603.820
8623.167
8635.048
8623.68
8604.19
8559.8
8502
8422
8309#
8161#
8#
5#
0.3
0.20
0.12
0.029
0.026
0.020
0.05
0.09
0.4
3
3
4#
6#
β−
β−
β−
β−
β−
β−
β−
-44800#
-54220
-66646
-72467
-81287
-83529
-88111.7
-86428
-88224
-83175
-81300
-73060
-67630
-53900#
600#
50
26
25
20
6
1.9
4
6
12
21
70
80
200#
8241#
8329.2
8448.02
8499.44
8581.45
8596.34
8635.125
8609.96
8620.31
8560.80
8533.68
8441.6
8378.2
8230#
6#
0.5
0.27
0.25
0.20
0.06
0.020
0.04
0.06
0.12
0.22
0.7
0.8
2#
-39500#
-50880
-62190
-70201
-77768
-82327
-85965.8
-87323.1
-87617.0
-85574
-82188
-76760
-69850#
-61270#
-47200#
600#
130
80
24
20
13
1.9
2.0
2.0
7
15
150
210#
400#
600#
8186#
8292.9
8399.2
8472.22
8540.76
8578.90
8607.754
8613.562
8608.627
8580.09
8537.98
8475.2
8398#
8303#
8153#
6#
1.3
0.8
0.25
0.20
0.13
0.019
0.020
0.020
0.07
0.15
1.5
2#
4#
6#
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β−
β−
β−
β−
β−
β−
β−
β−
β+
β+
β+
β+
β+
β−
β−
β−
β−
β−
β−
β−
β−
β+
β+
β+
β+
β+
β+
14400#
8200#
11714
5408
7096
161
3187
-2973
255
*
6393
3450
11660#
8470#
13260#
10440#
10432
7470
6689
2659.0
1934.8
*
320
1108
3520
4790
6980
10220#
13600#
860#
500#
29
18
23
4
3
5
10
10
150
430#
640#
950#
500#
28
16
11
1.8
1.8
4
9
40
300
110
510#
720#
9430#
12420
5822
8820
2242
4583
-1684
1797
*
5050
1875
8240
5430
13730#
600#
50
10
15
20
5
3
7
11380#
11310
8020
7568
4558
3639
1357.3
293.8
*
2043
3387
5430
6910#
8580#
14080#
610#
110
80
14
15
13
1.0
1.4
10
25
60
40
210#
7
15
150
250#
450#
720#
Atomic mass
µu
95 958530#
95 943070#
95 934270
95 921697
95 915891
95 908273.4
95 908101
95 904679.5
95 907871
95 907598
95 914461
95 918160
95 930680#
95 939770#
750#
540#
30
29
25
3.0
4
2.1
6
8
14
160
430#
540#
96 962800#
96 948560#
96 937350
96 926153
96 918134
96 910953.1
96 908098.6
96 906021.5
96 906365
96 907555
96 911340
96 916480
96 923970
96 934940#
96 949540#
860#
540#
30
21
13
3.0
2.7
2.1
5
9
40
320
350
430#
640#
97 951910#
97 941790
97 928453
97 922203
97 912735
97 910328
97 905408.2
97 907216
97 905287
97 910708
97 912721
97 921570
97 927400
97 942140#
640#
50
28
26
21
6
2.1
4
7
13
23
70
80
210#
98 957600#
98 945380
98 933240
98 924636
98 916512
98 911618
98 907711.9
98 906254.7
98 905939.3
98 908132
98 911768
98 917600
98 925010#
98 934220#
98 949330#
640#
130
90
26
22
14
2.1
2.1
2.2
8
16
160
220#
430#
640#
364
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
N
Z
A
Elt.
Orig.
64
63
62
61
60
59
58
57
56
55
54
53
52
51
50
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50
100
Kr
Rb
Sr
Y
Zr
Nb
Mo
Tc
Ru
Rh
Pd
Ag
Cd
In
Sn
x
x
+
+
+
+
64
63
62
61
60
59
58
57
56
55
54
53
52
51
37
38
39
40
41
42
43
44
45
46
47
48
49
50
101
65
64
63
62
61
60
59
58
57
56
55
54
53
52
37
38
39
40
41
42
43
44
45
46
47
48
49
50
102
65
64
63
62
61
60
59
58
57
56
55
54
53
52
38
39
40
41
42
43
44
45
46
47
48
49
50
51
103
Rb
Sr
Y
Zr
Nb
Mo
Tc
Ru
Rh
Pd
Ag
Cd
In
Sn
-n
−
−
+
+
+
+
+
-n
+
+nn
−
−
−
x
x
Rb
Sr
Y
Zr
Nb
Mo
Tc
Ru
Rh
Pd
Ag
Cd
In
Sn
x
+
+
+
+
-nn
Sr
Y
Zr
Nb
Mo
Tc
Ru
Rh
Pd
Ag
Cd
In
Sn
Sb
x
x
+
+
+
+p
x
−
−
−
−
x
x
Mass excess
(keV)
Binding energy
per nucleon (keV)
Beta-decay energy
(keV)
β−
β−
β−
β−
β−
β−
β−
β−
-36200#
-46700#
-60220
-67290
-76600
-79939
-86184
-86016.2
-89219.0
-85584
-85226
-78150
-74250
-64170
-56780
500#
300#
130
80
40
26
6
2.2
2.0
18
11
80
100
250
710
8152#
8249#
8376.2
8439.1
8524.4
8549.95
8604.57
8595.070
8619.274
8575.10
8563.70
8485.1
8438.3
8329.7
8248
5#
3#
1.3
0.8
0.4
0.26
0.06
0.022
0.020
0.18
0.11
0.8
1.0
2.5
7
-43600
-55410
-64910
-73460
-78942
-83511
-86336
-87949.7
-87408
-85428
-81220
-75750
-68610#
-59560#
170
120
100
30
19
6
24
2.0
17
18
100
150
300#
300#
8216.4
8325.6
8411.9
8488.8
8535.34
8572.83
8593.05
8601.282
8588.17
8560.82
8511.5
8449.5
8371#
8274#
1.6
1.2
0.9
0.3
0.19
0.06
0.24
0.020
0.17
0.18
1.0
1.5
3#
3#
β−
β−
β−
β−
β−
β−
β−
-38310#
-53080
-61890
-71740
-76350
-83557
-84566
-89098.0
-86775
-87925.1
-82265
-79678
-70710
-64930
500#
110
90
50
40
21
9
2.0
5
3.0
28
29
110
130
8163#
8300.2
8379.0
8467.9
8505.3
8568.37
8570.58
8607.344
8576.90
8580.505
8517.34
8484.31
8388.7
8324.4
5#
1.1
0.8
0.5
0.4
0.20
0.09
0.020
0.05
0.029
0.27
0.28
1.1
1.3
β−
β−
β−
β−
β−
β−
β−
β−
β−
-47550#
-58940#
-68370
-75320
-80850
-84597
-87258.8
-88022.2
-87479.1
-84791
-80649
-74599
-66970#
-56180#
500#
300#
110
70
60
10
2.0
2.8
2.9
17
15
25
300#
300#
8244#
8347#
8431.3
8491.1
8537.2
8566.04
8584.283
8584.100
8571.231
8537.54
8489.73
8423.40
8342#
8229#
5#
3#
1.1
0.7
0.6
0.10
0.020
0.027
0.028
0.16
0.15
0.24
3#
3#
β−
β−
β−
β−
β−
β−
β−
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
10500#
13520#
7080
9310
3335
6245
-168
3202.8
*
3635
358
7080
3900
10080
7390
590#
320#
100
70
25
25
6
1.7
11810
9510
8540
5485
4569
2825
1614
*
542
1980
4200
5480
7130#
9050#
110
80
90
25
18
25
24
14770#
8810
9850
4610
7210
1008
4532
-2323
1150
*
5660
2587
8970
5780
11380#
9440#
6950
5530
3750
2662
763.4
*
543.1
2688
4142
6050
7630#
10800#
18
21
80
70
230
660
17
4
100
110
330#
420#
520#
70
70
30
40
22
9
5
5
28
8
110
70
590#
320#
90
30
60
10
2.1
0.8
17
10
20
300#
420#
Atomic mass
µu
99 961140#
99 949870#
99 935350
99 927760
99 917760
99 914182
99 907477
99 907657.8
99 904219.5
99 908122
99 908506
99 916100
99 920290
99 931110
99 939040
540#
320#
140
80
40
28
6
2.4
2.2
20
12
80
100
270
760
100 953200
100 940520
100 930310
100 921140
100 915252
100 910347
100 907315
100 905582.1
100 906164
100 908289
100 912800
100 918680
100 926340#
100 936060#
180
130
100
30
20
6
26
2.2
18
19
110
160
320#
320#
101 958870#
101 943020
101 933560
101 922980
101 918040
101 910297
101 909215
101 904349.3
101 906843
101 905609
101 911690
101 914460
101 924090
101 930300
540#
120
90
50
40
22
10
2.2
5
3
30
30
120
140
102 948950#
102 936730#
102 926600
102 919140
102 913210
102 909181
102 906323.8
102 905504
102 906087
102 908973
102 913419
102 919914
102 928100#
102 939690#
540#
320#
120
70
70
11
2.2
3
3
18
17
27
320#
320#
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
N
Z
A
Elt.
Orig.
66
65
64
63
62
61
60
59
58
57
56
55
54
53
38
39
40
41
42
43
44
45
46
47
48
49
50
51
104
Sr
Y
Zr
Nb
Mo
Tc
Ru
Rh
Pd
Ag
Cd
In
Sn
Sb
x
x
x
+
+
+
67
66
65
64
63
62
61
60
59
58
57
56
55
54
53
38
39
40
41
42
43
44
45
46
47
48
49
50
51
52
105
67
66
65
64
63
62
61
60
59
58
57
56
55
54
39
40
41
42
43
44
45
46
47
48
49
50
51
52
106
68
67
66
65
64
63
62
61
60
59
58
57
56
55
39
40
41
42
43
44
45
46
47
48
49
50
51
52
107
Sr
Y
Zr
Nb
Mo
Tc
Ru
Rh
Pd
Ag
Cd
In
Sn
Sb
Te
Y
Zr
Nb
Mo
Tc
Ru
Rh
Pd
Ag
Cd
In
Sn
Sb
Te
Y
Zr
Nb
Mo
Tc
Ru
Rh
Pd
Ag
Cd
In
Sn
Sb
Te
-n
+n
−
−
+α
x
x
x
+
+
+
+α
-p
x
x
x
x
+
+
+
+
+α
−α
x
x
x
+
+
+
x
−α
Mass excess
(keV)
Binding energy
per nucleon (keV)
365
Beta-decay energy
(keV)
-44400#
-54910#
-66340#
-72220
-80330
-82490
-88089
-86949.8
-89390
-85111
-83975
-76110
-71590
-59180#
700#
400#
400#
100
50
50
3
2.8
4
6
9
80
100
360#
8212#
8306#
8408#
8457.4
8527.8
8541.0
8587.33
8568.858
8584.80
8536.14
8517.68
8434.5
8383.6
8257#
7#
4#
4#
1.0
0.5
0.4
0.03
0.027
0.04
0.06
0.09
0.8
1.0
3#
β−
β−
β−
β−
β−
β−
β−
β−
-38580#
-51350#
-62360#
-70850
-77340
-82290
-85928
-87846
-88413
-87068
-84330
-79481
-73260
-63820
-52500#
700#
500#
400#
100
70
60
3
4
4
11
12
17
80
100
500#
8156#
8270#
8367#
8440.6
8494.9
8534.6
8561.835
8572.65
8570.60
8550.34
8516.82
8463.18
8396.5
8299.1
8184#
7#
5#
4#
1.0
0.7
0.5
0.030
0.04
0.04
0.10
0.11
0.17
0.8
1.0
5#
β−
β−
β−
β−
β−
β−
β−
β−
-46770#
-59700#
-67100#
-76255
-79775
-86322
-86361
-89902
-86937
-87132
-80606
-77430
-66330#
-58210
700#
500#
200#
18
13
8
8
4
5
6
12
50
310#
130
8225#
8339#
8402#
8480.72
8506.55
8560.93
8553.92
8579.94
8544.59
8539.05
8470.10
8432.7
8321#
8236.7
7#
5#
2#
0.17
0.13
0.07
0.07
0.04
0.05
0.06
0.12
0.5
3#
1.2
β−
β−
β−
β−
β−
β−
β−
β−
β−
-42720#
-55190#
-64920#
-72940
-79100
-83920
-86863
-88368
-88402
-86985
-83560
-78580
-70650#
-60540#
500#
300#
400#
160
150
120
12
4
4
6
11
80
300#
300#
8185#
8295#
8378#
8445.9
8496.2
8533.9
8554.10
8560.85
8553.85
8533.30
8493.98
8440.1
8359#
8257#
5#
3#
4#
1.5
1.4
1.2
0.11
0.04
0.04
0.05
0.11
0.8
3#
3#
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β−
β−
β−
β−
β−
β−
β−
β−
β+
β+
β+
β+
β+
10510#
11430#
5880#
8100
2157
5600
-1139
2440
*
4279
1137
7870
4510
12420#
810#
570#
410#
90
28
50
4
5
12770#
11010#
8490#
6490
4950
3640
1918
567.2
*
1345
2738
4849
6220
9440
11320#
860#
640#
410#
70
50
60
3
2.5
12930#
7400#
9160#
3520
6547
39.40
3541
-2965.1
195
*
6526
3180
11100#
8120#
860#
540#
200#
12
11
0.21
6
2.8
8
12470#
9730#
8030#
6160
4820
2940
1504
34.1
*
1417
3425
4980
7920#
10110#
4
11
80
60
380#
11
4
13
80
130
510#
11
50
320#
340#
590#
500#
430#
60
90
120
12
2.7
4
10
80
310#
420#
Atomic mass
µu
103 952330#
103 941050#
103 928780#
103 922460
103 913760
103 911450
103 905433
103 906656
103 904036
103 908629
103 909849
103 918300
103 923140
103 936470#
750#
430#
430#
110
60
50
3
3
4
6
10
90
110
390#
104 958580#
104 944870#
104 933050#
104 923940
104 916970
104 911660
104 907753
104 905694
104 905085
104 906529
104 909468
104 914674
104 921350
104 931490
104 943640#
750#
540#
430#
110
80
60
3
4
4
12
12
19
90
110
540#
105 949790#
105 935910#
105 927970#
105 918137
105 914358
105 907329
105 907287
105 903486
105 906669
105 906459
105 913465
105 916880
105 928790#
105 937500
750#
540#
210#
19
14
8
8
4
5
6
13
50
340#
140
106 954140#
106 940750#
106 930310#
106 921690
106 915080
106 909910
106 906748
106 905133
106 905097
106 906618
106 910295
106 915640
106 924150#
106 935010#
540#
320#
430#
170
160
130
13
4
5
6
12
90
320#
320#
366
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
N
Z
A
Elt.
Orig.
69
68
67
66
65
64
63
62
61
60
59
58
57
56
55
39
40
41
42
43
44
45
46
47
48
49
50
51
52
53
108
Y
Zr
Nb
Mo
Tc
Ru
Rh
Pd
Ag
Cd
In
Sn
Sb
Te
I
x
x
x
+
+
+
+
69
68
67
66
65
64
63
62
61
60
59
58
57
56
40
41
42
43
44
45
46
47
48
49
50
51
52
53
109
70
69
68
67
66
65
64
63
62
61
60
59
58
57
56
40
41
42
43
44
45
46
47
48
49
50
51
52
53
54
110
70
69
68
67
66
65
64
63
62
61
60
59
58
57
41
42
43
44
45
46
47
48
49
50
51
52
53
54
111
Zr
Nb
Mo
Tc
Ru
Rh
Pd
Ag
Cd
In
Sn
Sb
Te
I
Zr
Nb
Mo
Tc
Ru
Rh
Pd
Ag
Cd
In
Sn
Sb
Te
I
Xe
Nb
Mo
Tc
Ru
Rh
Pd
Ag
Cd
In
Sn
Sb
Te
I
Xe
-n
x
−α
-p
x
x
x
+
+
+p
+3n
−
εp
-p
x
x
x
+
−
x
−
−α
+α
−α
x
x
+
x
+
-n
+
+n
x
εp
−α
−α
Mass excess
(keV)
Binding energy
per nucleon (keV)
Beta-decay energy
(keV)
-37740#
-52200#
-60700#
-71300#
-75950
-83670
-85020
-89524
-87602
-89252
-84116
-82041
-72510#
-65720
-52650#
800#
600#
300#
200#
130
120
110
3
4
6
10
20
210#
100
360#
8138#
8265#
8336#
8427#
8463.1
8527.3
8532.6
8567.02
8541.98
8550.02
8495.21
8468.76
8373#
8303.2
8175#
7#
6#
3#
2#
1.2
1.1
1.0
0.03
0.04
0.05
0.09
0.18
2#
1.0
3#
β−
β−
β−
β−
β−
β−
β−
β−
β−
-47280#
-58100#
-67250#
-74540
-80850
-85011
-87607
-88722.7
-88508
-86489
-82639
-76259
-67610
-57610
500#
500#
300#
100
70
12
3
2.9
4
6
10
19
60
100
8218#
8310#
8387#
8446.5
8497.3
8528.24
8544.88
8547.944
8538.80
8513.09
8470.60
8404.89
8318.4
8219.5
5#
5#
3#
0.9
0.6
0.11
0.03
0.027
0.04
0.05
0.09
0.17
0.6
1.0
β−
β−
β−
β−
β−
β−
β−
-43900#
-53620#
-65460#
-70960
-79980
-82780
-88349
-87460.6
-90353.0
-86475
-85844
-77540#
-72280
-60320#
-51900
800#
500#
400#
80
50
50
11
2.9
2.7
12
14
200#
50
310#
130
8186#
8267#
8368#
8410.6
8485.5
8503.8
8547.33
8532.138
8551.320
8508.95
8496.10
8414#
8358.5
8243#
8159.1
7#
5#
4#
0.7
0.5
0.5
0.10
0.026
0.024
0.11
0.13
2#
0.5
3#
1.2
β−
β−
β−
β−
β−
β−
β−
β−
-50630#
-61100#
-69220
-76670
-82357
-86004
-88221
-89257.5
-88396
-85945
-80888
-73480
-64950#
-54400#
500#
400#
110
70
30
11
3
2.7
5
7
28
70
300#
300#
8238#
8326#
8391.8
8451.9
8496.11
8521.91
8534.834
8537.127
8522.31
8493.19
8440.58
8366.8
8283#
8181#
5#
4#
1.0
0.7
0.27
0.10
0.027
0.024
0.04
0.06
0.25
0.6
3#
3#
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β−
β−
β−
β−
β−
β−
β−
β+
β+
β+
β+
β+
β+
14460#
8500#
10610#
4650#
7720
1350
4500
-1922
1650
*
5137
2075
9530#
6790#
13070#
1000#
670#
360#
150#
50
50
110
5
7
10820#
9150#
7290#
6310
4160
2596
1116.1
*
214.2
2020
3850
6380
8650
10000
710#
590#
310#
70
70
12
2.0
9720#
11840#
5510#
9020
2790
5570
-889
2892.4
*
3878
631
8300#
5270#
11960#
8420#
950#
640#
410#
60
40
50
11
1.6
10470#
8120#
7450
5690
3647
2217
1036.8
*
862
2451
5057
7400
8540#
10550#
9
19
210#
230#
370#
2.9
6
11
16
70
120
12
18
200#
210#
310#
340#
640#
420#
80
80
28
11
1.4
5
7
29
80
310#
430#
Atomic mass
µu
107 959480#
107 943960#
107 934840#
107 923450#
107 918460
107 910170
107 908730
107 903892
107 905956
107 904184
107 909698
107 911925
107 922160#
107 929440
107 943480#
860#
640#
320#
210#
140
120
110
4
5
6
10
21
220#
110
390#
108 949240#
108 937630#
108 927810#
108 919980
108 913200
108 908737
108 905950
108 904752
108 904982
108 907151
108 911283
108 918132
108 927420
108 938150
540#
540#
320#
100
70
13
4
3
4
6
11
20
70
110
109 952870#
109 942440#
109 929730#
109 923820
109 914140
109 911140
109 905153
109 906107
109 903002.1
109 907165
109 907843
109 916750#
109 922410
109 935240#
109 944280
860#
540#
430#
80
60
50
12
3
2.9
13
15
220#
60
330#
140
110 945650#
110 934410#
110 925690
110 917700
110 911590
110 907671
110 905291
110 904178.1
110 905103
110 907734
110 913160
110 921110
110 930280#
110 941600#
540#
430#
120
80
30
12
3
2.9
5
7
30
80
320#
330#
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
N
Z
A
Elt.
Orig.
71
70
69
68
67
66
65
64
63
62
61
60
59
58
57
41
42
43
44
45
46
47
48
49
50
51
52
53
54
55
112
Nb
Mo
Tc
Ru
Rh
Pd
Ag
Cd
In
Sn
Sb
Te
I
Xe
Cs
x
x
+
x
+
72
71
70
69
68
67
66
65
64
63
62
61
60
59
58
41
42
43
44
45
46
47
48
49
50
51
52
53
54
55
113
72
71
70
69
68
67
66
65
64
63
62
61
60
59
58
42
43
44
45
46
47
48
49
50
51
52
53
54
55
56
114
73
72
71
70
69
68
67
66
65
64
63
62
61
60
59
42
43
44
45
46
47
48
49
50
51
52
53
54
55
56
115
Nb
Mo
Tc
Ru
Rh
Pd
Ag
Cd
In
Sn
Sb
Te
I
Xe
Cs
Mo
Tc
Ru
Rh
Pd
Ag
Cd
In
Sn
Sb
Te
I
Xe
Cs
Ba
Mo
Tc
Ru
Rh
Pd
Ag
Cd
In
Sn
Sb
Te
I
Xe
Cs
Ba
x
2p−n
−α
−α
-p
x
x
x
+
−
x
−α
−α
-p
x
x
+
x
x
x
x
x
εp
−α
x
x
+
x
+
+
x
x
x
x
x
x
Mass excess
(keV)
Binding energy
per nucleon (keV)
367
Beta-decay energy
(keV)
-45800#
-58830#
-66000
-75480
-79740
-86336
-86624
-90580.5
-87996
-88661
-81601
-77300
-67100#
-59970
-46290#
700#
600#
120
70
50
18
17
2.7
5
4
18
170
210#
100
300#
8194#
8303#
8360.2
8437.9
8469.0
8520.86
8516.44
8544.780
8514.72
8513.67
8443.65
8398.3
8300#
8229.5
8100#
6#
5#
1.1
0.7
0.5
0.16
0.15
0.024
0.05
0.04
0.16
1.5
2#
0.9
3#
β−
β−
β−
β−
β−
β−
β−
β−
β−
-42200#
-54140#
-63720#
-72200
-78680
-83690
-87033
-89049.3
-89370
-88333
-84420
-78347
-71130
-62090
-51700
800#
600#
300#
70
50
40
17
2.7
3
4
18
28
50
80
100
8161#
8260#
8338#
8405.6
8456.1
8493.5
8516.12
8527.040
8522.951
8506.85
8465.30
8404.64
8333.8
8246.9
8148.1
7#
5#
3#
0.6
0.4
0.3
0.15
0.024
0.028
0.04
0.16
0.25
0.5
0.7
0.9
β−
β−
β−
β−
β−
β−
β−
β−
-51310#
-59730#
-70530#
-75630
-83497
-84949
-90020.9
-88572
-90561
-84515
-81889
-72800#
-67086
-54540#
-45950
700#
600#
230#
110
24
25
2.7
3
3
28
28
300#
11
310#
140
8233#
8300#
8388#
8425.9
8488.06
8493.94
8531.565
8511.994
8522.576
8462.68
8432.78
8346#
8289.20
8172#
8090.0
6#
5#
2#
1.0
0.21
0.22
0.023
0.028
0.028
0.25
0.25
3#
0.10
3#
1.2
-46310#
-57110#
-66430
-74210
-80400
-84990
-88090.5
-89537
-90036.0
-87003
-82063
-76338
-68657
-59700#
-49030#
800#
700#
130
80
60
30
2.7
4
2.9
16
28
29
12
300#
600#
8188#
8275#
8349.6
8410.5
8457.5
8490.6
8510.777
8516.55
8514.088
8480.91
8431.15
8374.56
8300.97
8216#
8117#
7#
6#
1.1
0.7
0.5
0.3
0.024
0.04
0.026
0.14
0.24
0.25
0.11
3#
5#
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β−
β−
β−
β−
β−
β−
β−
β−
β+
β+
β+
β+
β+
β+
β−
β−
β−
β−
β−
β−
β−
β−
β+
β+
β+
β+
β+
β+
13030#
7170#
9480
4260
6600
288
3956
-2584
665
*
7061
4300
10210#
7130#
13670#
920#
610#
100
90
50
17
17
5
5
18
170
270#
240#
320#
11940#
9590#
8480#
6480
5010
3340
2017
320
*
1036.6
3913
6070
7220
9040
10390
1000#
670#
310#
50
40
30
16
3
8420#
10800#
5100#
7860
1452
5072
-1449
1988.7
*
6046
2630
9090#
5710#
12550#
8590#
920#
640#
200#
120
18
25
3
0.7
10810#
9320#
7780
6190
4580
3100
1446
499
*
3033
4940
5720
7680
8960#
10680#
2.7
17
30
60
100
130
28
40
300#
300#
310#
340#
1060#
710#
100
100
50
30
4
4
16
30
40
30
300#
670#
Atomic mass
µu
111 950830#
111 936840#
111 929150
111 918970
111 914390
111 907314
111 907005
111 902757.8
111 905532
111 904818
111 912398
111 917010
111 927970#
111 935620
111 950300#
750#
640#
130
80
60
19
18
2.9
6
5
19
180
230#
110
330#
112 954700#
112 941880#
112 931590#
112 922490
112 915530
112 910150
112 906567
112 904401.7
112 904058
112 905171
112 909372
112 915890
112 923640
112 933340
112 944490
860#
640#
320#
80
50
40
18
2.9
3
4
19
30
60
90
110
113 944920#
113 935880#
113 924280#
113 918810
113 910363
113 908804
113 903358.5
113 904914
113 902779
113 909270
113 912090
113 921850#
113 927980
113 941450#
113 950680
750#
640#
250#
120
25
27
2.9
3
3
30
30
320#
12
330#
150
114 950290#
114 938690#
114 928690
114 920330
114 913680
114 908760
114 905431.0
114 903878
114 903342
114 906598
114 911900
114 918050
114 926294
114 935910#
114 947370#
860#
750#
140
90
70
40
2.9
5
3
17
30
30
13
320#
640#
368
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
N
Z
A
Elt.
Orig.
73
72
71
70
69
68
67
66
65
64
63
62
61
60
43
44
45
46
47
48
49
50
51
52
53
54
55
56
116
Tc
Ru
Rh
Pd
Ag
Cd
In
Sn
Sb
Te
I
Xe
Cs
Ba
x
x
x
+
+
74
73
72
71
70
69
68
67
66
65
64
63
62
61
60
43
44
45
46
47
48
49
50
51
52
53
54
55
56
57
117
75
74
73
72
71
70
69
68
67
66
65
64
63
62
61
43
44
45
46
47
48
49
50
51
52
53
54
55
56
57
118
75
74
73
72
71
70
69
68
67
66
65
64
63
62
61
44
45
46
47
48
49
50
51
52
53
54
55
56
57
58
119
Tc
Ru
Rh
Pd
Ag
Cd
In
Sn
Sb
Te
I
Xe
Cs
Ba
La
Tc
Ru
Rh
Pd
Ag
Cd
In
Sn
Sb
Te
I
Xe
Cs
Ba
La
Ru
Rh
Pd
Ag
Cd
In
Sn
Sb
Te
I
Xe
Cs
Ba
La
Ce
-n
x
+
x
-p
x
x
x
x
+
+
-n
x
x
x
εp
-p
x
x
x
+
+
-nn
−
+nn
x
x
x
x
x
x
x
+
+
−
x
x
IT
εp
x
x
Mass excess
(keV)
Binding energy
per nucleon (keV)
Beta-decay energy
(keV)
-52750#
-64450#
-70740
-79960
-82570
-88719
-88250
-91528.1
-86821
-85269
-77490
-73047
-62070#
-54600#
700#
700#
140
60
50
3
4
2.9
6
28
100
13
100#
400#
8236#
8330#
8377.6
8450.4
8466.1
8512.410
8501.62
8523.134
8475.81
8455.69
8381.9
8336.83
8235#
8164#
6#
6#
1.2
0.5
0.4
0.027
0.04
0.025
0.05
0.24
0.8
0.11
1#
3#
β−
β−
β−
β−
β−
β−
β−
-49850#
-60010#
-68950#
-76530
-82270
-86425
-88945
-90400.0
-88645
-85097
-80435
-74185
-66440
-57290#
-46510#
700#
700#
500#
60
50
3
6
2.9
9
13
28
10
60
300#
400#
8210#
8290#
8360#
8417.8
8460.2
8489.032
8503.88
8509.630
8487.94
8450.93
8404.40
8344.30
8271.4
8186#
8088#
6#
6#
4#
0.5
0.4
0.028
0.05
0.025
0.08
0.11
0.24
0.09
0.5
3#
3#
β−
β−
β−
β−
β−
β−
β−
-45200#
-57920#
-65140#
-75470
-79570
-86709
-87230
-91656.1
-87999
-87721
-80971
-78079
-68409
-62370#
-49620#
900#
800#
500#
210
60
20
8
2.9
4
15
20
10
13
200#
300#
8169#
8270#
8325#
8405.9
8434.0
8487.89
8485.68
8516.561
8478.94
8469.95
8406.12
8374.98
8286.40
8229#
8114#
8#
7#
4#
1.8
0.5
0.17
0.07
0.024
0.04
0.13
0.17
0.09
0.11
2#
3#
-53240#
-63240#
-71620#
-78560
-83910
-87704
-90068.4
-89477
-87184
-83766
-78794
-72305
-64590
-54970#
-44000#
700#
600#
300#
90
80
8
2.9
8
8
28
10
14
200
400#
600#
8229#
8307#
8371#
8422.5
8460.9
8486.19
8499.477
8487.94
8462.09
8426.79
8378.44
8317.33
8245.9
8158#
8060#
6#
5#
3#
0.8
0.7
0.06
0.024
0.07
0.07
0.23
0.09
0.12
1.7
3#
5#
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β−
β−
β−
β−
β−
β−
β−
β+
β+
β+
β+
β+
β+
β+
β−
β−
β−
β−
β−
β−
β+
β+
β+
β+
β+
β+
β+
β+
11700#
6290#
9220
2610
6150
-469
3278
*
4707
1552
7780
4450
10980#
7460#
990#
710#
150
30
50
5
4
10150#
8940#
7580#
5730
4160
2520
1455
*
1755
3548
4660
6249
7740
9160#
10780#
990#
860#
510#
30
50
6
5
12720#
7220#
10330#
4100
7140
522
4426
*
3656.6
278
6750
2892
9670
6040#
12750#
1210#
950#
550#
200
60
22
8
10000#
8380#
6940#
5350
3800
2364
*
591
2293.0
3419
4971
6489
7710
9620#
10960#
920#
670#
310#
40
80
8
5
29
100
100
100#
410#
9
16
30
30
60
310#
500#
3.0
15
25
22
16
200#
360#
8
2.0
29
30
17
200
450#
720#
Atomic mass
µu
115 943370#
115 930810#
115 924060
115 914160
115 911360
115 904756
115 905260
115 901741
115 906794
115 908460
115 916810
115 921581
115 933370#
115 941380#
750#
750#
150
60
50
3
5
3
6
30
100
14
110#
430#
116 946480#
116 935580#
116 925980#
116 917840
116 911680
116 907219
116 904514
116 902952
116 904836
116 908645
116 913650
116 920359
116 928670
116 938500#
116 950070#
750#
750#
540#
60
50
4
6
3
10
14
30
11
70
320#
430#
117 951480#
117 937820#
117 930070#
117 918980
117 914580
117 906915
117 906354
117 901603
117 905529
117 905828
117 913074
117 916179
117 926559
117 933040#
117 946730#
970#
860#
540#
230
70
22
9
3
4
16
21
11
14
210#
320#
118 942840#
118 932110#
118 923110#
118 915670
118 909920
118 905845
118 903308
118 903942
118 906404
118 910070
118 915411
118 922377
118 930660
118 940990#
118 952760#
750#
640#
320#
100
90
8
3
9
9
30
11
15
210
430#
640#
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
N
Z
A
Elt.
Orig.
76
75
74
73
72
71
70
69
68
67
66
65
64
63
62
44
45
46
47
48
49
50
51
52
53
54
55
56
57
58
120
Ru
Rh
Pd
Ag
Cd
In
Sn
Sb
Te
I
Xe
Cs
Ba
La
Ce
x
x
+
+
+α
+
76
75
74
73
72
71
70
69
68
67
66
65
64
63
62
45
46
47
48
49
50
51
52
53
54
55
56
57
58
59
121
Rh
Pd
Ag
Cd
In
Sn
Sb
Te
I
Xe
Cs
Ba
La
Ce
Pr
x
x
+
+
+p
77
76
75
74
73
72
71
70
69
68
67
66
65
64
63
45
46
47
48
49
50
51
52
53
54
55
56
57
58
59
122
Rh
Pd
Ag
Cd
In
Sn
Sb
Te
I
Xe
Cs
Ba
La
Ce
Pr
x
x
x
+pp
+
77
76
75
74
73
72
71
70
69
68
67
66
65
64
46
47
48
49
50
51
52
53
54
55
56
57
58
59
123
Pd
Ag
Cd
In
Sn
Sb
Te
I
Xe
Cs
Ba
La
Ce
Pr
x
x
+
+
−
−
x
IT
−
x
x
x
x
−
x
x
-p
−
x
x
x
x
x
x
x
x
x
x
Mass excess
(keV)
Binding energy
per nucleon (keV)
-50940#
-59230#
-70150
-75650
-83974
-85740
-91105.1
-88424
-89405
-83790
-82172
-73889
-68890
-57690#
-49710#
800#
600#
120
70
19
40
2.5
8
10
18
12
10
300
500#
700#
8209#
8272#
8356.0
8395.3
8458.16
8466.3
8504.548
8475.69
8477.34
8424.03
8404.03
8328.48
8280.3
8180#
8107#
7#
5#
1.0
0.6
0.16
0.3
0.021
0.06
0.08
0.15
0.10
0.08
2.5
4#
6#
-57080#
-66260#
-74660
-81060
-85841
-89204.1
-89595.1
-88551
-86287
-82473
-77100
-70740
-62400#
-52700#
-41580#
900#
500#
150
80
27
2.5
2.2
26
10
11
14
140
500#
500#
700#
8252#
8321#
8384.5
8430.9
8463.93
8485.257
8482.023
8466.93
8441.75
8403.76
8352.90
8293.9
8218#
8132#
8033#
7#
4#
1.2
0.7
0.23
0.021
0.018
0.21
0.09
0.09
0.11
1.2
4#
4#
6#
-52900#
-64690#
-71230#
-80730
-83580
-89945.9
-88330.2
-90314.0
-86080
-85355
-78140
-74609
-64540#
-57840#
-44890#
700#
400#
210#
40
50
2.7
2.2
1.5
5
11
30
28
300#
400#
500#
8216#
8307#
8354#
8425.2
8442.2
8487.945
8468.288
8478.137
8437.02
8424.66
8359.11
8323.76
8235#
8173#
8061#
6#
3#
2#
0.4
0.4
0.022
0.018
0.012
0.04
0.09
0.26
0.23
2#
3#
4#
-60610#
-69960#
-77310
-83426
-87820.5
-89224.1
-89171.9
-87943
-85249
-81044
-75655
-68710#
-60180#
-50340#
600#
210#
40
24
2.7
2.1
1.5
4
10
12
12
200#
300#
600#
8272#
8341#
8394.6
8437.91
8467.278
8472.329
8465.544
8449.19
8420.93
8380.38
8330.21
8267#
8192#
8105#
5#
2#
0.3
0.20
0.022
0.017
0.012
0.03
0.08
0.10
0.10
2#
2#
5#
369
Beta-decay energy
(keV)
β−
β−
β−
β−
β−
β−
β−
β−
β+
β+
β+
β+
β+
β+
β−
β−
β−
β−
β−
β−
β+
β+
β+
β+
β+
β+
β+
β+
β−
β−
β−
β−
β−
β−
β−
β+
β+
β+
β+
β+
β+
β+
β−
β−
β−
β−
β−
β+
β+
β+
β+
β+
β+
β+
β+
8290#
10920#
5500
8320
1760
5370
-2681
980
*
5615
1617
8284
5000
11200#
7980#
1000#
610#
100
70
40
40
7
12
9180#
8400#
6400
4780
3363
391.0
*
1044
2264
3814
5372
6360
8340#
9700#
11130#
1030#
520#
120
80
27
2.1
11790#
6540#
9500#
2850
6370
-1615.8
1983.9
*
4234
725
7220
3530
10070#
6710#
12950#
810#
450#
210#
70
50
2.8
1.9
9340#
7360#
6120
4394
1403.6
*
52.2
1229
2695
4205
5389
6950#
8530#
9840#
630#
210#
30
24
2.9
15
21
15
300
590#
860#
26
27
15
18
140
520#
710#
860#
5
12
30
40
300#
500#
640#
1.5
3
10
15
17
200#
360#
670#
Atomic mass
µu
119 945310#
119 936410#
119 924690
119 918790
119 909850
119 907960
119 902194.7
119 905072
119 904020
119 910048
119 911784
119 920677
119 926040
119 938070#
119 946640#
860#
640#
130
80
20
40
2.7
8
10
19
13
11
320
540#
750#
120 938720#
120 928870#
120 919850
120 912980
120 907846
120 904235.5
120 903815.7
120 904936
120 907367
120 911462
120 917229
120 924050
120 933010#
120 943420#
120 955360#
970#
540#
160
90
29
2.7
2.4
28
11
12
15
150
540#
540#
750#
121 943210#
121 930550#
121 923530#
121 913330
121 910280
121 903439.0
121 905173.7
121 903043.9
121 907589
121 908368
121 916110
121 919900
121 930710#
121 937910#
121 951810#
750#
430#
220#
50
50
2.9
2.4
1.6
6
12
30
30
320#
430#
540#
122 934930#
122 924900#
122 917000
122 910438
122 905720.8
122 904214.0
122 904270.0
122 905589
122 908482
122 912996
122 918781
122 926240#
122 935400#
122 945960#
640#
220#
40
26
2.9
2.2
1.6
4
10
13
13
210#
320#
640#
370
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
N
Z
A
Elt.
Orig.
78
77
76
75
74
73
72
71
70
69
68
67
66
65
64
46
47
48
49
50
51
52
53
54
55
56
57
58
59
60
124
Pd
Ag
Cd
In
Sn
Sb
Te
I
Xe
Cs
Ba
La
Ce
Pr
Nd
x
x
+
+
78
77
76
75
74
73
72
71
70
69
68
67
66
65
47
48
49
50
51
52
53
54
55
56
57
58
59
60
125
79
78
77
76
75
74
73
72
71
70
69
68
67
66
65
47
48
49
50
51
52
53
54
55
56
57
58
59
60
61
126
80
79
78
77
76
75
74
73
72
71
70
69
68
67
66
47
48
49
50
51
52
53
54
55
56
57
58
59
60
61
127
−
x
x
x
x
x
x
Ag
Cd
In
Sn
Sb
Te
I
Xe
Cs
Ba
La
Ce
Pr
Nd
x
+
+
-n
+
Ag
Cd
In
Sn
Sb
Te
I
Xe
Cs
Ba
La
Ce
Pr
Nd
Pm
x
+
+
-nn
−
Ag
Cd
In
Sn
Sb
Te
I
Xe
Cs
Ba
La
Ce
Pr
Nd
Pm
x
+
+
+
+
−
x
x
x
x
x
−
x
x
x
x
x
x
x
x
x
x
x
x
x
Mass excess
(keV)
Binding energy
per nucleon (keV)
Beta-decay energy
(keV)
-58800#
-66470#
-76710
-80880
-88236.8
-87620.3
-90524.5
-87365.0
-87660.1
-81731
-79090
-70260
-64820#
-53130#
-44500#
500#
200#
60
50
1.4
2.1
1.5
2.4
1.8
8
12
60
300#
600#
600#
8255#
8311#
8387.1
8414.4
8467.441
8456.161
8473.273
8441.483
8437.554
8383.43
8355.82
8278.3
8228#
8128#
8052#
4#
2#
0.5
0.4
0.011
0.017
0.012
0.019
0.015
0.07
0.10
0.5
2#
5#
5#
β−
β−
β−
β−
β−
β−
β−
β−
-64800#
-73360
-80480
-85898.5
-88255.5
-89022.2
-88836.4
-87192.1
-84088
-79668
-73759
-66660#
-57910#
-47620#
300#
70
30
1.5
2.6
1.5
1.5
1.9
8
11
26
200#
400#
400#
8296#
8357.8
8408.48
8445.567
8458.164
8458.039
8450.294
8430.880
8399.79
8358.17
8304.64
8242#
8165#
8077#
2#
0.6
0.24
0.012
0.021
0.012
0.012
0.015
0.06
0.09
0.21
2#
3#
3#
β−
β−
β−
β−
β−
-61010#
-72330
-77810
-86020
-86400
-90064.6
-87911
-89169
-84345
-82670
-74970
-70821
-60260#
-52890#
-39570#
300#
50
40
11
30
1.5
4
6
12
12
90
28
200#
400#
500#
8264#
8347.3
8384.6
8443.56
8440.35
8463.242
8439.937
8443.71
8399.22
8379.72
8312.4
8273.26
8183#
8119#
8007#
2#
0.4
0.3
0.08
0.25
0.012
0.030
0.05
0.10
0.10
0.7
0.22
2#
3#
4#
β−
β−
β−
β−
β−
β−
β−
-58900#
-68520
-76990
-83499
-86700
-88281.1
-88983
-88321
-86240
-82816
-77896
-71980
-64430#
-55420#
-45060#
300#
70
40
25
5
1.5
4
4
6
11
26
60
200#
400#
600#
8246#
8315.1
8375.6
8420.78
8439.82
8446.113
8445.481
8434.11
8411.56
8378.44
8333.54
8280.8
8215#
8138#
8050#
2#
0.6
0.3
0.19
0.04
0.012
0.028
0.03
0.04
0.09
0.20
0.5
2#
3#
5#
β−
β−
β−
β−
β−
β−
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
7680#
10240#
4170
7360
-616.5
2904.3
-3159.6
295.1
*
5929
2642
8830
5440#
11690#
8640#
540#
210#
40
50
2.1
1.5
1.9
2.8
8550#
7120
5420
2357.0
766.7
*
185.77
1644.4
3104
4420
5909
7100#
8750#
10290#
310#
60
30
2.7
2.1
11320#
5490
8210
380
3670
-2154
1258
*
4824
1675
7700
4150
10560#
7370#
13320#
300#
40
40
30
30
4
5
9620#
8470
6510
3201
1581
702
*
662.3
2081
3424
4920
5920
7540#
9010#
10370#
9
15
60
300#
670#
840#
0.06
2.2
8
14
28
200#
450#
570#
14
17
90
90
200#
450#
640#
310#
60
30
24
5
3
2.0
6
13
28
60
200#
450#
720#
Atomic mass
µu
123 936880#
123 928640#
123 917650
123 913180
123 905273.9
123 905935.7
123 902817.9
123 906209.9
123 905893.0
123 912258
123 915094
123 924570
123 930410#
123 942960#
123 952230#
540#
210#
70
50
1.5
2.2
1.6
2.5
2.0
9
13
60
320#
640#
640#
124 930430#
124 921250
124 913600
124 907784.1
124 905253.8
124 904430.7
124 904630.2
124 906395.5
124 909728
124 914473
124 920816
124 928440#
124 937830#
124 948880#
320#
70
30
1.6
2.8
1.6
1.6
2.0
8
12
28
210#
430#
430#
125 934500#
125 922350
125 916460
125 907653
125 907250
125 903311.7
125 905624
125 904274
125 909452
125 911250
125 919510
125 923970
125 935310#
125 943220#
125 957520#
320#
60
40
11
30
1.6
4
7
13
13
100
30
210#
430#
540#
126 936770#
126 926440
126 917350
126 910360
126 906924
126 905226.3
126 904473
126 905184
126 907418
126 911094
126 916375
126 922730
126 930830#
126 940500#
126 951630#
320#
80
40
26
6
1.6
4
4
6
12
28
60
210#
430#
640#
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
N
Z
A
Elt.
Orig.
81
80
79
78
77
76
75
74
73
72
71
70
69
68
67
66
47
48
49
50
51
52
53
54
55
56
57
58
59
60
61
62
128
Ag
Cd
In
Sn
Sb
Te
I
Xe
Cs
Ba
La
Ce
Pr
Nd
Pm
Sm
x
+
+
+
IT
82
81
80
79
78
77
76
75
74
73
72
71
70
69
68
67
47
48
49
50
51
52
53
54
55
56
57
58
59
60
61
62
129
Ag
Cd
In
Sn
Sb
Te
I
Xe
Cs
Ba
La
Ce
Pr
Nd
Pm
Sm
x
x
+
x
+
83
82
81
80
79
78
77
76
75
74
73
72
71
70
69
68
67
47
48
49
50
51
52
53
54
55
56
57
58
59
60
61
62
63
130
Ag
Cd
In
Sn
Sb
Te
I
Xe
Cs
Ba
La
Ce
Pr
Nd
Pm
Sm
Eu
x
x
x
x
x
x
x
x
x
εp
x
x
-nn
+
+
x
x
x
x
x
x
-p
Mass excess
(keV)
Binding energy
per nucleon (keV)
Beta-decay energy
(keV)
-54800#
-67290
-74360
-83335
-84609
-88992.1
-87738
-89860.0
-85931
-85402
-78630
-75534
-66331
-60180#
-48050#
-39050#
300#
290
50
27
25
1.7
4
1.4
5
10
50
28
30
200#
400#
500#
8212#
8303.6
8352.8
8416.76
8420.61
8448.740
8432.829
8443.296
8406.49
8396.24
8337.2
8306.93
8228.91
8175#
8074#
7997#
2#
2.3
0.4
0.21
0.20
0.014
0.028
0.011
0.04
0.08
0.4
0.22
0.23
2#
3#
4#
β−
β−
β−
β−
β−
β−
β−
-52450#
-63200#
-72940
-80594
-84628
-87003.2
-88503
-88697.4
-87500
-85065
-81326
-76287
-69774
-62240#
-52950#
-42250#
400#
300#
40
29
21
1.8
3
0.7
5
11
21
28
30
200#
400#
500#
8193#
8270#
8339.6
8392.84
8418.05
8430.396
8435.960
8431.400
8416.06
8391.11
8356.06
8310.94
8254.38
8190#
8112#
8023#
3#
2#
0.3
0.22
0.17
0.014
0.025
0.006
0.04
0.08
0.16
0.22
0.23
2#
3#
4#
β−
β−
β−
β−
β−
β−
β−
-46160#
-61570
-69890
-80139
-82292
-87351.4
-86932
-89881.7
-86900
-87261.6
-81628
-79423
-71180
-66596
-55470#
-47580#
-33940#
330#
280
40
11
17
1.9
3
0.7
8
2.8
26
28
60
28
300#
400#
500#
8144#
8256.1
8314.0
8386.87
8397.41
8430.312
8421.071
8437.740
8408.79
8405.549
8356.20
8333.22
8263.8
8222.51
8131#
8064#
7953#
3#
2.2
0.3
0.08
0.13
0.015
0.024
0.006
0.06
0.021
0.20
0.21
0.5
0.21
2#
3#
4#
β−
β−
β−
β−
β−
β−
β−
β−
β−
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
12490#
7070
8980
1274
4384
-1254
2122
*
3929
530
6770
3100
9200
6150#
12140#
9000#
420#
290
40
15
25
4
4
10750#
9740#
7660
4030
2375
1500
194
*
1197
2436
3738
5040
6510
7540#
9290#
10690#
500#
300#
30
40
21
3
3
15410#
8320
10250
2153
5060
-419
2949
-2981
361
*
5634
2210
8250
4580
11130#
7890#
13650#
440#
280
40
14
17
3
3
8
9
5
11
60
60
40
200#
450#
640#
5
11
24
30
40
200#
450#
640#
26
40
70
70
300#
500#
640#
371
Atomic mass
µu
127 941170#
127 927760
127 920170
127 910537
127 909169
127 904463.1
127 905809
127 903531.3
127 907749
127 908318
127 915590
127 918910
127 928790
127 935390#
127 948420#
127 958080#
320#
320
50
29
27
1.9
4
1.5
6
11
60
30
30
210#
430#
540#
128 943690#
128 932150#
128 921700
128 913480
128 909148
128 906598.2
128 904988
128 904779.4
128 906064
128 908679
128 912693
128 918100
128 925100
128 933190#
128 943160#
128 954640#
430#
320#
50
30
23
1.9
3
0.8
5
12
22
30
30
220#
430#
540#
129 950450#
129 933900
129 924970
129 913967
129 911656
129 906224.4
129 906674
129 903508.0
129 906709
129 906320.8
129 912369
129 914740
129 923590
129 928510
129 940450#
129 948920#
129 963570#
360#
300
40
11
18
2.1
3
0.8
9
3.0
28
30
70
30
320#
430#
540#
372
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
N
Z
A
Elt.
Orig.
83
82
81
80
79
78
77
76
75
74
73
72
71
70
69
68
48
49
50
51
52
53
54
55
56
57
58
59
60
61
62
63
131
Cd
In
Sn
Sb
Te
I
Xe
Cs
Ba
La
Ce
Pr
Nd
Pm
Sm
Eu
x
+
84
83
82
81
80
79
78
77
76
75
74
73
72
71
70
69
48
49
50
51
52
53
54
55
56
57
58
59
60
61
62
63
132
84
83
82
81
80
79
78
77
76
75
74
73
72
71
70
49
50
51
52
53
54
55
56
57
58
59
60
61
62
63
133
+
x
x
x
x
x
x
-p
Cd
In
Sn
Sb
Te
I
Xe
Cs
Ba
La
Ce
Pr
Nd
Pm
Sm
Eu
x
+
In
Sn
Sb
Te
I
Xe
Cs
Ba
La
Ce
Pr
Nd
Pm
Sm
Eu
x
+
+
+
+
+
x
x
x
x
x
x
x
x
x
x
x
x
x
Mass excess
(keV)
Binding energy
per nucleon (keV)
-55270#
-68137
-77314
-81988
-85209.5
-87444.4
-88415.2
-88060
-86683.8
-83769
-79720
-74280
-67769
-59740#
-50200#
-39350#
300#
28
21
21
1.9
1.1
1.0
5
2.8
28
30
50
28
200#
300#
400#
8207#
8298.81
8362.90
8392.60
8411.221
8422.309
8423.748
8415.06
8398.587
8370.37
8333.45
8286.0
8230.31
8163#
8084#
7995#
2#
0.21
0.16
0.16
0.015
0.009
0.007
0.04
0.021
0.21
0.26
0.4
0.21
1#
2#
3#
-50720#
-62420
-76554
-79674
-85182
-85700
-89280.5
-87155.9
-88434.8
-83740
-82474
-75210
-71426
-61710#
-55250#
-42500#
500#
60
14
14
7
6
1.0
1.9
1.1
40
21
60
24
200#
300#
400#
8171#
8253.8
8354.93
8372.63
8408.44
8406.43
8427.633
8405.612
8409.373
8367.88
8352.36
8291.4
8256.81
8177#
8122#
8020#
4#
0.5
0.10
0.11
0.05
0.04
0.007
0.014
0.008
0.30
0.16
0.4
0.18
1#
2#
3#
-57930#
-70950
-78943
-82945
-85887
-87643.6
-88070.958
-87553.5
-85494
-82423
-77938
-72330
-65410
-57130#
-47280#
300#
40
25
24
5
2.4
0.022
1.0
28
16
12
50
50
200#
300#
8219#
8310.68
8364.87
8389.08
8405.32
8412.647
8409.978
8400.205
8378.84
8349.87
8310.26
8262.2
8204.3
8136#
8056#
2#
0.27
0.19
0.18
0.04
0.018
0.000
0.007
0.21
0.12
0.09
0.4
0.4
1#
2#
Beta-decay energy
(keV)
β−
β−
β−
β−
β−
β−
β+
β+
β+
β+
β+
β+
β+
β+
β+
β−
β−
β−
β−
β−
β−
β−
β−
β+
β+
β+
β+
β+
β+
β+
β−
β−
β−
β−
β−
β−
β+
β+
β+
β+
β+
β+
β+
β+
12870#
9177
4674
3221
2234.9
970.8
*
355
1376
2915
4050
5440
6510
8030#
9540#
10850#
11700#
14140
3119
5509
518
3581
-2124.6
1278.9
*
4690
1270
7260
3790
9710#
6470#
12740#
13020#
7990
4002
2942
1757
427.4
*
517.5
2059
3070
4486
5610
6920
8280#
9850#
300#
18
11
21
2.2
0.6
5
5
28
40
60
60
200#
360#
500#
510#
60
9
14
4
6
2.1
2.2
40
40
60
60
200#
360#
500#
300#
25
7
24
4
2.4
1.0
28
30
21
50
70
200#
360#
Atomic mass
µu
130 940670#
130 926850
130 917000
130 911982
130 908523.9
130 906124.6
130 905082.4
130 905464
130 906941
130 910070
130 914420
130 920260
130 927250
130 935870#
130 946110#
130 957750#
320#
30
23
22
2.1
1.2
1.0
5
3
30
40
60
30
210#
320#
430#
131 945550#
131 932990
131 917816
131 914467
131 908553
131 907997
131 904153.5
131 906434.3
131 905061.3
131 910100
131 911460
131 919260
131 923321
131 933750#
131 940690#
131 954370#
540#
70
15
15
7
6
1.0
2.0
1.1
40
22
60
26
210#
320#
430#
132 937810#
132 923830
132 915252
132 910955
132 907797
132 905910.7
132 905451.933
132 906007.5
132 908220
132 911515
132 916331
132 922350
132 929780
132 938670#
132 949240#
320#
40
27
26
5
2.6
0.024
1.1
30
18
13
50
50
210#
320#
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
N
Z
A
Elt.
Orig.
85
84
83
82
81
80
79
78
77
76
75
74
73
72
71
70
49
50
51
52
53
54
55
56
57
58
59
60
61
62
63
64
134
In
Sn
Sb
Te
I
Xe
Cs
Ba
La
Ce
Pr
Nd
Pm
Sm
Eu
Gd
x
+
+
+
+
x
86
85
84
83
82
81
80
79
78
77
76
75
74
73
72
71
49
50
51
52
53
54
55
56
57
58
59
60
61
62
63
64
135
In
Sn
Sb
Te
I
Xe
Cs
Ba
La
Ce
Pr
Nd
Pm
Sm
Eu
Gd
x
x
+
+
86
85
84
83
82
81
80
79
78
77
76
75
74
73
72
71
50
51
52
53
54
55
56
57
58
59
60
61
62
63
64
65
136
Sn
Sb
Te
I
Xe
Cs
Ba
La
Ce
Pr
Nd
Pm
Sm
Eu
Gd
Tb
x
x
x
x
x
x
x
x
−
−
x
x
x
x
x
x
x
x
+
x
x
x
x
x
x
x
Mass excess
(keV)
Binding energy
per nucleon (keV)
-52020#
-66800
-74170
-82559
-84072
-88124.5
-86891.181
-88949.9
-85219
-84836
-78510
-75646
-66740
-61510#
-49830#
-41570#
400#
100
40
11
8
0.8
0.026
0.4
20
20
40
12
60
200#
200#
400#
8173#
8277.9
8327.0
8383.84
8389.29
8413.689
8398.646
8408.171
8374.49
8365.79
8312.78
8285.54
8213.2
8168#
8075#
8008#
3#
0.7
0.3
0.08
0.06
0.006
0.000
0.003
0.15
0.15
0.26
0.09
0.4
1#
1#
3#
-47200#
-60800#
-69710
-77830
-83790
-86417
-87581.9
-87850.5
-86651
-84625
-80936
-76214
-69980
-62860
-54190#
-44180#
500#
400#
100
90
7
5
1.0
0.4
10
11
12
19
60
150
300#
500#
8137#
8232#
8292.1
8346.5
8384.84
8398.50
8401.338
8397.533
8382.85
8362.05
8328.93
8288.15
8236.2
8177.6
8108#
8028#
4#
3#
0.8
0.7
0.05
0.03
0.007
0.003
0.07
0.08
0.09
0.14
0.4
1.1
2#
4#
-56500#
-64880#
-74430
-79500
-86425
-86338.7
-88886.9
-86040
-86468
-81327
-79199
-71200
-66811
-56260#
-49050#
-35970#
500#
300#
50
50
7
1.9
0.4
50
13
12
12
80
12
200#
400#
600#
8199#
8255#
8319.4
8351.0
8396.16
8389.770
8402.755
8376.0
8373.47
8329.91
8308.51
8243.9
8205.92
8123#
8064#
7962#
4#
2#
0.3
0.4
0.05
0.014
0.003
0.4
0.10
0.09
0.09
0.6
0.09
1#
3#
4#
Beta-decay energy
(keV)
β−
β−
β−
β−
β−
β−
β−
β+
β+
β+
β+
β+
β+
β+
β+
β−
β−
β−
β−
β−
β−
β−
β+
β+
β+
β+
β+
β+
β+
β+
β−
β−
β−
β−
β−
β−
β−
β−
β+
β+
β+
β+
β+
β+
β+
14770#
7370
8390
1513
4052
-1233.3
2058.7
*
3731
383
6320
2870
8910
5230#
11680#
8250#
410#
90
40
7
8
0.8
0.4
20
29
40
40
60
200#
280#
450#
13600#
8910#
8120
5960
2627
1165
268.7
*
1200
2026
3689
4722
6240
7120
8660#
10010#
640#
410#
50
90
6
4
1.1
8370#
9550#
5070
6930
-86
2548.2
-2850
430
*
5141
2128
8000
4390
10550#
7210#
13080#
590#
300#
60
50
7
1.9
50
50
10
5
16
23
60
170
340#
590#
15
17
80
80
200#
450#
720#
373
Atomic mass
µu
133 944150#
133 928290
133 920380
133 911369
133 909744
133 905394.5
133 906718.475
133 904508.4
133 908514
133 908925
133 915710
133 918790
133 928350
133 933970#
133 946510#
133 955370#
430#
110
50
11
9
0.9
0.028
0.4
21
22
40
13
60
210#
210#
430#
134 949330#
134 934730#
134 925170
134 916450
134 910048
134 907227
134 905977.0
134 905688.6
134 906977
134 909151
134 913112
134 918181
134 924880
134 932520
134 941820#
134 952570#
540#
430#
110
100
8
5
1.1
0.4
11
12
13
21
60
170
320#
540#
135 939340#
135 930350#
135 920100
135 914650
135 907219
135 907311.6
135 904575.9
135 907640
135 907172
135 912692
135 914976
135 923570
135 928276
135 939600#
135 947340#
135 961380#
540#
320#
50
50
8
2.0
0.4
60
14
13
13
80
13
210#
430#
640#
374
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
N
Z
A
Elt.
Orig.
87
86
85
84
83
82
81
80
79
78
77
76
75
74
73
72
50
51
52
53
54
55
56
57
58
59
60
61
62
63
64
65
137
Sn
Sb
Te
I
Xe
Cs
Ba
La
Ce
Pr
Nd
Pm
Sm
Eu
Gd
Tb
x
x
+
p−2n
-n
87
86
85
84
83
82
81
80
79
78
77
76
75
74
73
72
51
52
53
54
55
56
57
58
59
60
61
62
63
64
65
66
138
Sb
Te
I
Xe
Cs
Ba
La
Ce
Pr
Nd
Pm
Sm
Eu
Gd
Tb
Dy
x
x
+
+
88
87
86
85
84
83
82
81
80
79
78
77
76
75
74
73
51
52
53
54
55
56
57
58
59
60
61
62
63
64
65
66
139
Sb
Te
I
Xe
Cs
Ba
La
Ce
Pr
Nd
Pm
Sm
Eu
Gd
Tb
Dy
+
x
x
x
x
+n
−
x
x
x
x
x
x
x
x
x
+
+
+
x
x
x
x
x
Mass excess
(keV)
Binding energy
per nucleon (keV)
Beta-decay energy
(keV)
β−
β−
β−
β−
β−
β−
-50310#
-60260#
-69560
-76503
-82379
-86545.6
-87721.2
-87101
-85879
-83177
-79580
-74073
-68030
-60020#
-51210#
-41000#
600#
400#
120
28
7
0.5
0.4
13
13
12
11
13
40
200#
400#
600#
8153#
8220#
8282.1
8327.07
8364.26
8388.956
8391.827
8381.59
8366.96
8341.53
8309.56
8263.65
8213.8
8150#
8080#
7999#
4#
3#
0.9
0.20
0.05
0.003
0.003
0.10
0.10
0.09
0.08
0.10
0.3
1#
3#
4#
-55150#
-65930#
-72330
-80150
-82887
-88261.6
-86525
-87569
-83132
-82018
-74940
-71498
-61750
-55780#
-43630#
-34940#
300#
210#
80
40
9
0.4
4
10
14
12
27
12
28
200#
400#
600#
8182#
8254#
8295.0
8346.0
8360.15
8393.420
8375.164
8377.06
8339.24
8325.50
8268.54
8237.93
8161.62
8113#
8019#
7950#
2#
1#
0.6
0.3
0.07
0.003
0.026
0.07
0.10
0.09
0.20
0.09
0.20
1#
3#
4#
β−
β−
β−
β−
β−
β−
β−
-50320#
-60800#
-68840
-75644
-80701
-84913.7
-87231.4
-86952
-84823
-81992
-77496
-72380
-65398
-57530#
-48170#
-37690#
500#
400#
30
21
3
0.4
2.4
7
8
26
13
11
13
200#
300#
500#
8146#
8216#
8268.25
8311.58
8342.338
8367.017
8378.063
8370.43
8349.48
8323.48
8285.51
8243.08
8187.22
8125#
8052#
7971#
4#
3#
0.22
0.15
0.023
0.003
0.017
0.05
0.06
0.19
0.10
0.08
0.09
1#
2#
4#
β−
β−
β−
β−
β−
β−
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
9950#
9300#
6940
5877
4166
1175.63
*
621
1222.1
2701
3597
5507
6050
8010#
8800#
10210#
720#
420#
120
27
7
0.17
10780#
6400#
7820
2740
5374
-1737
1044
*
4437
1113
7078
3443
9750
5970#
12150#
8690#
360#
220#
70
40
9
4
10
10480#
8040#
6806
5057
4213
2317.6
*
279
2129.2
2832
4495
5116
6982
7870#
9360#
10480#
640#
400#
23
21
3
2.4
13
1.6
9
16
17
40
200#
450#
720#
10
19
30
30
30
200#
450#
720#
7
3.0
26
25
17
17
200#
360#
590#
Atomic mass
µu
136 945990#
136 935310#
136 925320
136 917871
136 911562
136 907089.5
136 905827.4
136 906494
136 907806
136 910705
136 914567
136 920479
136 926970
136 935570#
136 945020#
136 955980#
640#
430#
130
30
8
0.5
0.5
14
14
13
12
14
50
210#
430#
640#
137 940790#
137 929220#
137 922350
137 913950
137 911017
137 905247.2
137 907112
137 905991
137 910755
137 911950
137 919548
137 923244
137 933710
137 940120#
137 953160#
137 962490#
320#
220#
90
50
10
0.5
4
11
15
13
30
13
30
210#
430#
640#
138 945980#
138 934730#
138 926100
138 918793
138 913364
138 908841.3
138 906353.3
138 906653
138 908938
138 911978
138 916804
138 922297
138 929792
138 938240#
138 948290#
138 959540#
540#
430#
30
22
3
0.5
2.6
8
8
28
14
12
14
210#
320#
540#
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
N
Z
A
Elt.
Orig.
88
87
86
85
84
83
82
81
80
79
78
77
76
75
74
73
52
53
54
55
56
57
58
59
60
61
62
63
64
65
66
67
140
Te
I
Xe
Cs
Ba
La
Ce
Pr
Nd
Pm
Sm
Eu
Gd
Tb
Dy
Ho
x
x
+
89
88
87
86
85
84
83
82
81
80
79
78
77
76
75
74
52
53
54
55
56
57
58
59
60
61
62
63
64
65
66
67
141
90
89
88
87
86
85
84
83
82
81
80
79
78
77
76
75
52
53
54
55
56
57
58
59
60
61
62
63
64
65
66
67
142
Te
I
Xe
Cs
Ba
La
Ce
Pr
Nd
Pm
Sm
Eu
Gd
Tb
Dy
Ho
Te
I
Xe
Cs
Ba
La
Ce
Pr
Nd
Pm
Sm
Eu
Gd
Tb
Dy
Ho
−
x
−
x
−
x
−
x
-p
x
x
+
−
x
x
x
x
-p
x
x
+
x
−
x
−
−
x
Mass excess
(keV)
Binding energy
per nucleon (keV)
-56960#
-64270#
-72990
-77051
-83271
-84321.0
-88083.3
-84695
-84252
-78210
-75456
-66990
-61782
-50480
-42840#
-29310#
300#
200#
60
8
8
2.4
2.5
6
28
40
12
50
28
800
500#
500#
8188#
8234#
8290.9
8314.33
8353.17
8355.083
8376.368
8346.58
8337.82
8289.06
8263.82
8197.7
8154.97
8069
8008#
7906#
2#
1#
0.4
0.06
0.06
0.017
0.018
0.05
0.20
0.26
0.09
0.4
0.20
6
4#
4#
-51560#
-60520#
-68330
-74477
-79726
-82938
-85440.1
-86020.9
-84198
-80523
-75939
-69927
-63224
-54540
-45320#
-34370#
400#
200#
90
11
8
5
2.5
2.5
4
14
9
13
20
110
300#
500#
8148#
8206#
8256.3
8294.35
8326.03
8343.26
8355.459
8354.029
8335.552
8303.94
8265.88
8217.69
8164.61
8097.5
8027#
7943#
3#
1#
0.6
0.07
0.06
0.03
0.017
0.018
0.027
0.10
0.06
0.09
0.14
0.7
2#
4#
-47430#
-55720#
-65480
-70515
-77823
-80035
-84538.5
-83792.7
-85955.2
-81157
-78993
-71320
-66960
-57060#
-49960#
-37470#
600#
400#
100
11
6
6
3.0
2.5
2.3
25
6
30
28
300#
360#
500#
8119#
8172#
8234.9
8264.88
8310.84
8320.90
8347.108
8336.347
8346.066
8306.77
8286.02
8226.47
8190.26
8115#
8060#
7966#
4#
3#
0.7
0.07
0.04
0.04
0.021
0.017
0.016
0.18
0.04
0.22
0.20
2#
3#
4#
Beta-decay energy
(keV)
β−
β−
β−
β−
β−
β−
β+
β+
β+
β+
β+
β+
β+
β+
β+
β−
β−
β−
β−
β−
β−
β−
β+
β+
β+
β+
β+
β+
β+
β+
β−
β−
β−
β−
β−
β−
β−
β−
β+
β+
β+
β+
β+
β+
β+
7310#
8720#
4060
6220
1050
3762.2
*
3388
444
6045
2750
8470
5200
11300
7640#
13530#
360#
210#
60
10
8
1.8
8960#
7810#
6150
5249
3213
2502
580.8
*
1823.0
3675
4584
6012
6702
8680
9220#
10940#
450#
220#
90
11
9
4
1.1
8290#
9750#
5040
7308
2212
4504
-745.8
2162.5
*
4798
2164
7670
4360
9900#
7100
12490#
720#
410#
100
11
5
5
2.4
1.5
6
29
24
40
50
60
800
950#
710#
2.8
14
16
14
23
110
320#
590#
25
26
30
40
300#
200
620#
375
Atomic mass
µu
139 938850#
139 931000#
139 921640
139 917282
139 910605
139 909477.6
139 905438.7
139 909076
139 909550
139 916040
139 918995
139 928090
139 933670
139 945810
139 954010#
139 968540#
320#
210#
70
9
9
2.6
2.6
7
30
40
13
60
30
860
540#
540#
140 944650#
140 935030#
140 926650
140 920046
140 914411
140 910962
140 908276.3
140 907652.8
140 909610
140 913555
140 918476
140 924931
140 932126
140 941450
140 951350#
140 963100#
430#
210#
100
11
9
5
2.6
2.6
4
15
9
14
21
110
320#
540#
141 949080#
141 940180#
141 929710
141 924299
141 916453
141 914079
141 909244
141 910044.8
141 907723.3
141 912874
141 915198
141 923430
141 928120
141 938740#
141 946370#
141 959770#
640#
430#
110
11
7
6
3
2.6
2.5
27
6
30
30
320#
390#
540#
376
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
N
Z
A
Elt.
Orig.
90
89
88
87
86
85
84
83
82
81
80
79
78
77
76
75
53
54
55
56
57
58
59
60
61
62
63
64
65
66
67
68
143
I
Xe
Cs
Ba
La
Ce
Pr
Nd
Pm
Sm
Eu
Gd
Tb
Dy
Ho
Er
x
x
91
90
89
88
87
86
85
84
83
82
81
80
79
78
77
76
53
54
55
56
57
58
59
60
61
62
63
64
65
66
67
68
144
91
90
89
88
87
86
85
84
83
82
81
80
79
78
77
76
54
55
56
57
58
59
60
61
62
63
64
65
66
67
68
69
145
I
Xe
Cs
Ba
La
Ce
Pr
Nd
Pm
Sm
Eu
Gd
Tb
Dy
Ho
Er
Xe
Cs
Ba
La
Ce
Pr
Nd
Pm
Sm
Eu
Gd
Tb
Dy
Ho
Er
Tm
x
−
x
x
x
x
x
x
x
x
x
x
x
x
−
+
+
x
x
x
x
x
-p
Mass excess
(keV)
Binding energy
per nucleon (keV)
Beta-decay energy
(keV)
-51640#
-60450#
-67671
-73936
-78187
-81612.0
-83073.5
-84007.4
-82966
-79523
-74242
-68230
-60430
-52320#
-42280#
-31350#
400#
200#
24
13
15
3.0
2.6
2.3
3
4
11
200
60
200#
400#
600#
8142#
8199#
8243.64
8281.98
8306.24
8324.715
8329.464
8330.524
8317.769
8288.224
8245.82
8198.3
8138.3
8076#
8000#
7919#
3#
1#
0.17
0.09
0.11
0.021
0.018
0.016
0.023
0.025
0.08
1.4
0.4
1#
3#
4#
β−
β−
β−
β−
β−
β−
β−
-46580#
-57280#
-63270
-71769
-74890
-80437
-80756
-83753.2
-81421
-81972.0
-75622
-71760
-62368
-56580
-45200#
-36910#
500#
300#
26
13
50
3
3
2.3
3
2.8
11
28
28
30
300#
400#
8107#
8176#
8211.88
8265.47
8281.7
8314.795
8311.575
8326.959
8305.331
8303.723
8254.19
8221.94
8151.29
8105.69
8021#
7958#
3#
2#
0.18
0.09
0.3
0.024
0.023
0.016
0.022
0.019
0.08
0.19
0.19
0.21
2#
3#
β−
β−
β−
β−
β−
β−
β−
β−
β−
-52100#
-60057
-67410
-72990
-77100
-79632
-81437.1
-81274
-80657.7
-77998
-72927
-65880
-58290
-49180#
-39690#
-27880#
300#
11
70
90
40
7
2.3
3
2.8
4
19
60
50
300#
400#
400#
8139#
8188.75
8234.1
8267.1
8290.08
8302.17
8309.223
8302.701
8293.057
8269.321
8228.95
8175.0
8117.2
8049#
7978#
7891#
2#
0.07
0.5
0.6
0.29
0.05
0.016
0.022
0.019
0.027
0.13
0.4
0.3
2#
3#
3#
β−
β−
β−
β−
β−
β−
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
8800#
7230#
6264
4251
3425
1461.5
933.9
*
1041.7
3443
5281
6010
7800
8110#
10040#
10930#
450#
200#
22
18
15
1.8
1.4
10690#
5990#
8499
3120
5540
318.7
2997.5
-2332.1
550.9
*
6350
3862
9390
5780
11390#
8290#
590#
300#
26
50
50
0.8
2.4
2.2
2.6
7960#
7360
5570
4110
2530
1805
*
163.4
616.0
2659.3
5071
7050
7590
9110#
9490#
11810#
300#
70
110
80
40
7
2.4
4
12
200
210
200#
450#
720#
11
30
40
40
300#
500#
2.2
2.4
2.7
19
60
70
300#
500#
570#
Atomic mass
µu
142 944560#
142 935110#
142 927352
142 920627
142 916063
142 912386
142 910816.9
142 909814.3
142 910933
142 914628
142 920298
142 926750
142 935120
142 943830#
142 954610#
142 966340#
430#
210#
25
14
17
3
2.8
2.5
4
4
12
220
60
210#
430#
640#
143 949990#
143 938510#
143 932077
143 922953
143 919600
143 913647
143 913305
143 910087.3
143 912591
143 911999
143 918817
143 922960
143 933050
143 939250
143 951480#
143 960380#
540#
320#
28
14
50
4
4
2.5
3
3
12
30
30
30
320#
430#
144 944070#
144 935526
144 927630
144 921650
144 917230
144 914512
144 912573.6
144 912749
144 913410
144 916265
144 921709
144 929270
144 937430
144 947200#
144 957390#
144 970070#
320#
12
80
100
40
8
2.5
3
3
4
20
60
50
320#
430#
430#
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
N
Z
A
Elt.
Orig.
92
91
90
89
88
87
86
85
84
83
82
81
80
79
78
77
54
55
56
57
58
59
60
61
62
63
64
65
66
67
68
69
146
Xe
Cs
Ba
La
Ce
Pr
Nd
Pm
Sm
Eu
Gd
Tb
Dy
Ho
Er
Tm
x
93
92
91
90
89
88
87
86
85
84
83
82
81
80
79
78
54
55
56
57
58
59
60
61
62
63
64
65
66
67
68
69
147
93
92
91
90
89
88
87
86
85
84
83
82
81
80
79
78
55
56
57
58
59
60
61
62
63
64
65
66
67
68
69
70
148
Xe
Cs
Ba
La
Ce
Pr
Nd
Pm
Sm
Eu
Gd
Tb
Dy
Ho
Er
Tm
Cs
Ba
La
Ce
Pr
Nd
Pm
Sm
Eu
Gd
Tb
Dy
Ho
Er
Tm
Yb
+
x
x
-p
x
+
+
+
+
−
x
x
x
-p
+
+
+
+
+p
x
x
x
x
Mass excess
(keV)
Binding energy
per nucleon (keV)
Beta-decay energy
(keV)
-48670#
-55620
-65000
-69120
-75680
-76710
-80931.1
-79460
-81002
-77122
-76093
-67770
-62554
-51570#
-44710#
-31280#
400#
70
70
70
70
60
2.3
5
4
6
5
50
27
200#
300#
400#
8115#
8157.6
8216.4
8239.3
8278.8
8280.6
8304.127
8288.69
8293.895
8261.96
8249.56
8187.2
8146.11
8065#
8013#
7916#
3#
0.5
0.5
0.5
0.5
0.4
0.016
0.03
0.025
0.04
0.03
0.3
0.19
1#
2#
3#
β−
β−
β−
β−
β−
β−
β−
β−
-43260#
-52020
-60600#
-66850
-72030
-75455
-78151.9
-79047.9
-79272.1
-77550
-75363
-70752
-64188
-55837
-47050#
-36370#
400#
50
210#
50
30
23
2.3
2.4
2.4
3
3
12
20
28
300#
300#
8078#
8132.5
8186#
8222.7
8252.63
8270.61
8283.638
8284.411
8280.614
8263.580
8243.378
8206.69
8156.71
8094.58
8029#
7951#
3#
0.4
1#
0.3
0.21
0.16
0.016
0.016
0.016
0.022
0.021
0.08
0.13
0.19
2#
2#
β−
β−
β−
β−
β−
β−
β−
β−
-47300
-58010
-63130
-70391
-72531
-77413.4
-76872
-79342.2
-76302
-76275.8
-70540
-67859
-58020
-51650#
-39270#
-30350#
580
80
60
29
26
2.8
6
2.4
10
2.8
14
11
130
200#
400#
600#
8100
8167.3
8196.6
8240.34
8249.51
8277.213
8268.27
8279.673
8253.85
8248.382
8204.34
8180.94
8109.1
8061#
7972#
7906#
4
0.6
0.4
0.20
0.17
0.019
0.04
0.016
0.07
0.019
0.09
0.07
0.9
1#
3#
4#
β−
β−
β−
β−
β−
β−
β−
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
6950#
9380
4120
6550
1040
4220
-1471
1542
*
3880
1029
8320
5220
10990#
6860#
13440#
410#
40
40
50
40
60
4
3
8760#
8580#
6250#
5180
3426
2697
896.0
224.1
*
1721.6
2187.4
4611
6564
8350
8790#
10690#
400#
210#
200#
40
20
23
0.9
0.3
10710
5110
7260
2140
4883
-542
2470
*
3040
27
5735
2681
9840
6360#
12380#
8920#
580
60
50
14
26
6
6
6
7
50
50
200#
360#
500#
2.3
2.8
12
23
30
300#
420#
10
10
14
10
130
240#
450#
720#
377
Atomic mass
µu
145 947750#
145 940290
145 930220
145 925790
145 918760
145 917640
145 913116.9
145 914696
145 913041
145 917206
145 918311
145 927250
145 932845
145 944640#
145 952000#
145 966430#
430#
80
80
80
70
70
2.5
5
4
7
5
50
29
210#
320#
430#
146 953560#
146 944160
146 934950#
146 928240
146 922670
146 918996
146 916100.4
146 915138.5
146 914897.9
146 916746
146 919094
146 924045
146 931092
146 940060
146 949490#
146 960960#
430#
60
220#
50
30
25
2.5
2.6
2.6
3
3
13
21
30
320#
320#
147 949220
147 937720
147 932230
147 924430
147 922135
147 916893
147 917475
147 914822.7
147 918086
147 918115
147 924272
147 927150
147 937720
147 944550#
147 957840#
147 967420#
620
90
60
30
28
3
7
2.6
11
3
15
11
140
210#
430#
640#
378
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
N
Z
A
Elt.
Orig.
94
93
92
91
90
89
88
87
86
85
84
83
82
81
80
79
55
56
57
58
59
60
61
62
63
64
65
66
67
68
69
70
149
Cs
Ba
La
Ce
Pr
Nd
Pm
Sm
Eu
Gd
Tb
Dy
Ho
Er
Tm
Yb
x
x
+
+
+
95
94
93
92
91
90
89
88
87
86
85
84
83
82
81
80
79
55
56
57
58
59
60
61
62
63
64
65
66
67
68
69
70
71
150
96
95
94
93
92
91
90
89
88
87
86
85
84
83
82
81
80
55
56
57
58
59
60
61
62
63
64
65
66
67
68
69
70
71
151
Cs
Ba
La
Ce
Pr
Nd
Pm
Sm
Eu
Gd
Tb
Dy
Ho
Er
Tm
Yb
Lu
Cs
Ba
La
Ce
Pr
Nd
Pm
Sm
Eu
Gd
Tb
Dy
Ho
Er
Tm
Yb
Lu
−
x
x
x
x
x
x
+
+
+
x
x
-p
x
x
x
+
+
-n
−α
−α
x
+α
εp
-p
Mass excess
(keV)
Binding energy
per nucleon (keV)
Beta-decay energy
(keV)
-43850#
-53490#
-60800#
-66700
-71060
-74380.9
-76071
-77141.9
-76447
-75133
-71496
-67715
-61688
-53742
-44040#
-33500#
200#
200#
320#
100
80
2.8
4
2.4
4
4
4
9
18
28
300#
500#
8077#
8136#
8180#
8214.4
8238.4
8255.479
8261.573
8263.508
8253.590
8239.527
8209.864
8179.24
8133.54
8074.95
8005#
7929#
1#
1#
2#
0.7
0.6
0.019
0.028
0.016
0.029
0.027
0.029
0.06
0.12
0.19
2#
3#
β−
β−
β−
β−
β−
β−
β−
-38960#
-50600#
-57040#
-64820
-68304
-73690
-73603
-77057.3
-74797
-75769
-71111
-69317
-61948
-57833
-46610#
-38730#
-24940#
300#
400#
400#
50
26
3
20
2.4
6
6
8
5
14
17
200#
400#
500#
8044#
8117#
8154#
8201.0
8218.95
8249.643
8243.85
8261.663
8241.38
8242.64
8206.37
8189.20
8134.86
8102.21
8022#
7964#
7867#
2#
3#
3#
0.3
0.17
0.021
0.13
0.016
0.04
0.04
0.05
0.03
0.09
0.11
1#
3#
3#
β−
β−
β−
β−
β−
β−
β−
β−
β−
-35220#
-45820#
-54290#
-61500
-66771
-70953
-73395
-74582.5
-74659.1
-74195
-71630
-68759
-63632
-58266
-50782
-41540
-30200#
500#
400#
400#
100
23
3
5
2.4
2.5
4
5
4
12
16
20
300
400#
8020#
8085#
8136#
8178.1
8207.82
8230.338
8241.33
8244.012
8239.339
8231.084
8208.91
8184.719
8145.59
8104.87
8050.12
7983.8
7903#
3#
3#
3#
0.7
0.15
0.021
0.04
0.016
0.016
0.024
0.03
0.027
0.08
0.11
0.13
2.0
3#
β−
β−
β−
β−
β−
β−
β−
β−
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
9640#
7310#
5900#
4360
3320
1690
1071
*
695
1313
3637
3781
6027
7950
9700#
10550#
280#
370#
300#
50
80
3
4
11630#
6440#
7790#
3480
5386
-86
3454
-2260
971
*
4658
1794
7369
4115
11220#
7880#
13790#
500#
570#
400#
40
26
20
20
6
4
10600#
8470#
7210#
5270
4182
2442
1187
76.6
*
464.2
2565
2871
5127
5366
7484
9240
11340#
640#
570#
410#
100
23
4
5
0.5
4
4
4
9
16
30
300#
590#
8
8
15
14
200#
450#
640#
2.8
4
5
12
20
26
300
500#
Atomic mass
µu
148 952930#
148 942580#
148 934730#
148 928400
148 923720
148 920149
148 918334
148 917184.7
148 917931
148 919341
148 923246
148 927305
148 933775
148 942310
148 952720#
148 964040#
210#
210#
340#
100
90
3
4
2.6
5
4
5
9
20
30
320#
540#
149 958170#
149 945680#
149 938770#
149 930410
149 926673
149 920891
149 920984
149 917275.5
149 919702
149 918659
149 923660
149 925585
149 933496
149 937914
149 949960#
149 958420#
149 973230#
320#
430#
430#
50
28
3
22
2.6
7
7
8
5
15
18
210#
430#
540#
150 962190#
150 950810#
150 941720#
150 933980
150 928319
150 923829
150 921207
150 919932.4
150 919850.2
150 920348
150 923103
150 926185
150 931688
150 937449
150 945483
150 955400
150 967580#
540#
430#
430#
110
25
3
6
2.6
2.6
4
5
4
13
18
22
320
430#
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
N
Z
A
Elt.
Orig.
96
95
94
93
92
91
90
89
88
87
86
85
84
83
82
81
56
57
58
59
60
61
62
63
64
65
66
67
68
69
70
71
152
Ba
La
Ce
Pr
Nd
Pm
Sm
Eu
Gd
Tb
Dy
Ho
Er
Tm
Yb
Lu
x
x
x
+
97
96
95
94
93
92
91
90
89
88
87
86
85
84
83
82
81
56
57
58
59
60
61
62
63
64
65
66
67
68
69
70
71
72
153
97
96
95
94
93
92
91
90
89
88
87
86
85
84
83
82
57
58
59
60
61
62
63
64
65
66
67
68
69
70
71
72
154
Ba
La
Ce
Pr
Nd
Pm
Sm
Eu
Gd
Tb
Dy
Ho
Er
Tm
Yb
Lu
Hf
La
Ce
Pr
Nd
Pm
Sm
Eu
Gd
Tb
Dy
Ho
Er
Tm
Yb
Lu
Hf
+n
−
−α
−α
−α
x
−
x
x
x
x
+
+
−α
−α
x
+α
x
x
x
+
+
+
−
−α
−α
−α
+α
x
Mass excess
(keV)
Binding energy
per nucleon (keV)
379
Beta-decay energy
(keV)
-42600#
-50070#
-59110#
-63810
-70158
-71262
-74768.8
-72894.5
-74714.2
-70720
-70124
-63608
-60500
-51770
-46310
-33420#
500#
400#
200#
120
25
26
2.5
2.5
2.5
40
5
14
11
70
210
200#
8063#
8107#
8162#
8187.4
8224.06
8226.18
8244.102
8226.624
8233.449
8202.05
8192.96
8144.94
8119.35
8056.8
8015.7
7926#
3#
3#
1#
0.8
0.16
0.17
0.016
0.016
0.017
0.26
0.03
0.09
0.07
0.5
1.4
1#
β−
β−
β−
β−
β−
β−
β−
β−
-37620#
-46930#
-55350#
-61630
-67349
-70685
-72565.8
-73373.5
-72889.8
-71320
-69150
-65019
-60488
-54015
-47060#
-38410
-27300#
800#
600#
400#
100
27
11
2.5
2.5
2.5
4
5
6
9
18
200#
210
500#
8031#
8087#
8137#
8172.4
8204.70
8221.39
8228.574
8228.740
8220.465
8205.093
8185.793
8153.68
8118.95
8071.54
8021#
7959.3
7882#
5#
4#
3#
0.7
0.18
0.07
0.016
0.016
0.016
0.029
0.030
0.04
0.06
0.12
1#
1.4
3#
β−
β−
β−
β−
β−
β−
β−
-42380#
-52700#
-58200
-65690
-68500
-72461.6
-71744.4
-73713.2
-70160
-70398
-64644
-62612
-54429
-49934
-39570#
-32730#
600#
500#
150
110
40
2.5
2.5
2.5
50
8
8
5
14
17
200#
500#
8057#
8119#
8149.5
8193.1
8206.22
8226.876
8217.139
8224.843
8196.70
8193.16
8150.71
8132.44
8074.22
8039.95
7968#
7918#
4#
3#
1.0
0.7
0.29
0.017
0.016
0.016
0.29
0.05
0.05
0.04
0.09
0.11
1#
3#
β−
β−
β−
β−
β−
β−
β−
β−
β−
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
7470#
9050#
4700#
6350
1104
3506
-1874.3
1819.7
*
3990
600
6516
3108
8730
5470
12880#
640#
450#
230#
120
19
26
0.7
1.2
9310#
8420#
6280#
5720
3336
1881
807.6
*
483.6
1570
2170.5
4130
4531
6473
6960#
8650#
11110#
1000#
720#
410#
100
25
11
0.7
10320#
5500#
7490
2810
3960
-717.2
1968.8
-3550
240
*
5754
2032
8183
4496
10370#
6840#
780#
530#
100
120
40
1.1
1.1
50
50
40
40
15
10
70
200
290#
1.2
4
1.9
6
10
16
200#
290#
550#
10
10
15
14
200#
540#
Atomic mass
µu
151 954270#
151 946250#
151 936540#
151 931500
151 924682
151 923497
151 919732.4
151 921744.5
151 919791.0
151 924070
151 924718
151 931714
151 935050
151 944420
151 950290
151 964120#
540#
430#
210#
130
26
28
2.7
2.6
2.7
40
6
15
11
80
220
210#
152 959610#
152 949620#
152 940580#
152 933840
152 927698
152 924117
152 922097.4
152 921230.3
152 921749.5
152 923435
152 925765
152 930199
152 935063
152 942012
152 949480#
152 958770
152 970690#
860#
640#
430#
110
29
12
2.7
2.6
2.7
5
5
6
9
20
210#
220
540#
153 954500#
153 943420#
153 937520
153 929480
153 926460
153 922209.3
153 922979.2
153 920865.6
153 924680
153 924424
153 930602
153 932783
153 941568
153 946394
153 957520#
153 964860#
640#
540#
160
120
50
2.7
2.6
2.7
50
8
9
6
15
19
220#
540#
380
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
N
Z
A
Elt.
Orig.
98
97
96
95
94
93
92
91
90
89
88
87
86
85
84
83
82
57
58
59
60
61
62
63
64
65
66
67
68
69
70
71
72
73
155
La
Ce
Pr
Nd
Pm
Sm
Eu
Gd
Tb
Dy
Ho
Er
Tm
Yb
Lu
Hf
Ta
x
x
x
+
+
-n
98
97
96
95
94
93
92
91
90
89
88
87
86
85
84
83
58
59
60
61
62
63
64
65
66
67
68
69
70
71
72
73
156
99
98
97
96
95
94
93
92
91
90
89
88
87
86
85
84
58
59
60
61
62
63
64
65
66
67
68
69
70
71
72
73
157
Ce
Pr
Nd
Pm
Sm
Eu
Gd
Tb
Dy
Ho
Er
Tm
Yb
Lu
Hf
Ta
Ce
Pr
Nd
Pm
Sm
Eu
Gd
Tb
Dy
Ho
Er
Tm
Yb
Lu
Hf
Ta
+
+n
x
−α
−α
−α
+α
x
-p
x
x
+
+
x
x
−α
−α
−α
−α
-p
x
x
x
+
+
x
x
x
IT
−α
IT
Mass excess
(keV)
Binding energy
per nucleon (keV)
Beta-decay energy
(keV)
-38800#
-48400#
-55780#
-62470#
-66970
-70197.2
-71824.5
-72077.1
-71254
-69160
-66040
-62215
-56635
-50503
-42554
-34100#
-23670#
800#
600#
300#
150#
30
2.6
2.5
2.5
12
12
18
7
13
17
20
400#
500#
8034#
8091#
8133#
8172#
8195.51
8211.264
8216.715
8213.297
8202.94
8184.38
8159.20
8129.48
8088.44
8043.83
7987.49
7928#
7856#
5#
4#
2#
1#
0.19
0.017
0.016
0.016
0.08
0.08
0.12
0.04
0.09
0.11
0.13
3#
3#
β−
β−
β−
β−
β−
β−
β−
-45400#
-51910#
-60530
-64220
-69370
-70093
-72542.2
-70098
-70530
-65350
-64213
-56840
-53264
-43750
-37850
-25800#
600#
400#
200
30
10
6
2.5
4
7
40
24
16
11
70
210
400#
8071#
8108#
8158.4
8177.07
8205.07
8204.68
8215.368
8194.682
8192.44
8154.25
8141.91
8089.64
8061.70
7995.7
7952.9
7871#
4#
3#
1.3
0.22
0.06
0.04
0.016
0.028
0.04
0.29
0.16
0.10
0.07
0.5
1.3
3#
β−
β−
β−
β−
β−
β−
β−
β−
-40670#
-48970#
-56790#
-62370
-66730
-69467
-70830.7
-70770.6
-69428
-66829
-63420
-58709
-53442
-46483
-38750#
-29630
700#
400#
200#
110
50
5
2.5
2.5
7
24
28
28
10
19
200#
210
8041#
8089#
8134#
8164.6
8187.4
8199.85
8203.550
8198.184
8184.65
8163.11
8136.41
8101.43
8062.89
8013.59
7959#
7896.3
4#
3#
1#
0.7
0.3
0.03
0.016
0.016
0.04
0.16
0.18
0.18
0.06
0.12
1#
1.3
β−
β−
β−
β−
β−
β−
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
9600#
7380#
6700#
4500#
3220
1627.2
252.7
*
823
2094.5
3120
3824
5580
6132
7949
8450#
10430#
1000#
670#
340#
150#
30
1.2
1.2
6510#
8620#
3690
5150
723
2449
-2445
432
*
5180
1140
7373
3575
9510
5900
12050#
720#
450#
200
30
8
5
4
7
8300#
7830#
5580#
4360
2730
1363
*
60.05
1343
2599
3410
4710
5267
6959
7730#
9130#
12
1.9
22
19
14
21
26
400#
640#
50
50
29
13
70
200
450#
810#
450#
230#
100
50
5
0.30
6
25
40
40
30
18
200#
290#
Atomic mass
µu
154 958350#
154 948040#
154 940120#
154 932930#
154 928100
154 924640.2
154 922893.3
154 922622.0
154 923505
154 925754
154 929103
154 933209
154 939199
154 945782
154 954316
154 963390#
154 974590#
860#
640#
320#
160#
30
2.8
2.7
2.7
13
13
19
7
14
18
22
430#
540#
155 951260#
155 944270#
155 935020
155 931060
155 925528
155 924752
155 922122.7
155 924747
155 924283
155 929840
155 931065
155 938980
155 942818
155 953030
155 959360
155 972300#
640#
430#
220
40
10
6
2.7
5
7
50
26
17
12
80
220
430#
156 956340#
156 947430#
156 939030#
156 933040
156 928360
156 925424
156 923960.1
156 924024.6
156 925466
156 928256
156 931920
156 936970
156 942628
156 950098
156 958400#
156 968190
750#
430#
210#
120
50
6
2.7
2.7
7
26
30
30
11
20
210#
220
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
N
Z
A
Elt.
Orig.
99
98
97
96
95
94
93
92
91
90
89
88
87
86
85
84
59
60
61
62
63
64
65
66
67
68
69
70
71
72
73
74
158
Pr
Nd
Pm
Sm
Eu
Gd
Tb
Dy
Ho
Er
Tm
Yb
Lu
Hf
Ta
W
x
x
+
+
+
100
99
98
97
96
95
94
93
92
91
90
89
88
87
86
85
59
60
61
62
63
64
65
66
67
68
69
70
71
72
73
74
159
100
99
98
97
96
95
94
93
92
91
90
89
88
87
86
85
60
61
62
63
64
65
66
67
68
69
70
71
72
73
74
75
160
Pr
Nd
Pm
Sm
Eu
Gd
Tb
Dy
Ho
Er
Tm
Yb
Lu
Hf
Ta
W
Nd
Pm
Sm
Eu
Gd
Tb
Dy
Ho
Er
Tm
Yb
Lu
Hf
Ta
W
Re
−
−α
−α
+α
−α
x
x
x
+
−
−
x
x
x
−α
IT
−α
x
x
x
+
−
x
x
x
x
−α
−α
−α
-p
Mass excess
(keV)
Binding energy
per nucleon (keV)
Beta-decay energy
(keV)
-44730#
-54400#
-59090
-65210
-67210
-70696.8
-69477.2
-70412
-66191
-65304
-58703
-56015
-47214
-42104
-31020#
-23700#
600#
400#
130
80
80
2.5
2.6
3
27
25
25
8
15
18
200#
500#
8062#
8119#
8143.3
8177.1
8184.8
8201.865
8189.195
8190.160
8158.49
8147.93
8101.20
8079.23
8018.58
7981.29
7906#
7855#
4#
3#
0.8
0.5
0.5
0.016
0.017
0.022
0.17
0.16
0.16
0.05
0.10
0.11
1#
3#
β−
β−
β−
β−
β−
β−
β−
-41450#
-50220#
-56850#
-62210
-66053
-68568.5
-69539.0
-69173.5
-67336
-64567
-60570
-55843
-49710
-42854
-34448
-25230#
700#
500#
200#
100
7
2.5
2.6
2.7
4
4
28
18
40
17
21
400#
8042#
8092#
8129#
8157.5
8176.76
8187.659
8188.842
8181.623
8165.145
8142.813
8112.75
8078.10
8034.64
7986.57
7928.78
7866#
4#
3#
1#
0.6
0.05
0.016
0.016
0.017
0.024
0.027
0.18
0.12
0.24
0.11
0.13
3#
β−
β−
β−
β−
β−
β−
-47420#
-53100#
-60420#
-63370#
-67948.6
-67842.9
-69678.1
-66388
-66058
-60300
-58170
-50270
-45937
-35880
-29360
-16660#
600#
300#
200#
200#
2.6
2.6
2.5
15
24
30
17
60
12
90
210
400#
8074#
8105#
8146#
8159#
8183.057
8177.507
8184.087
8158.63
8151.69
8110.82
8092.60
8038.3
8006.37
7938.6
7893.0
7809#
4#
2#
1#
1#
0.016
0.016
0.016
0.10
0.15
0.21
0.10
0.4
0.07
0.6
1.3
3#
β−
β−
β−
β−
β−
β−
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
9670#
4690#
6120
1999
3490
-1219.5
934.9
*
4221
890
6600
2688
8800
5110
11090#
7320#
720#
420#
100
15
80
0.9
2.6
8770#
6630#
5360#
3840
2515
970.5
*
365.6
1837.6
2768.5
3997
4730
6130
6860
8405
9220#
860#
540#
220#
100
7
0.7
5680#
7310#
2950#
4580#
-105.7
1835.1
*
3290
330
5760
2130
7900
4330
10060
6510
12700#
670#
360#
280#
200#
1.0
1.3
27
40
30
27
17
15
200#
540#
1.2
2.7
2.0
28
30
40
40
27
400#
15
29
40
40
60
60
90
200
450#
381
Atomic mass
µu
157 951980#
157 941600#
157 936560
157 929990
157 927850
157 924103.9
157 925413.1
157 924409
157 928941
157 929893
157 936980
157 939866
157 949313
157 954799
157 966700#
157 974560#
640#
430#
140
80
80
2.7
2.8
4
29
27
27
9
16
19
220#
540#
158 955500#
158 946090#
158 938970#
158 933210
158 929089
158 926388.7
158 925346.8
158 925739.2
158 927712
158 930684
158 934980
158 940050
158 946630
158 953995
158 963018
158 972920#
750#
540#
210#
110
8
2.7
2.7
2.9
4
5
30
20
40
18
22
430#
159 949090#
159 942990#
159 935140#
159 931970#
159 927054.1
159 927167.6
159 925197.5
159 928729
159 929083
159 935260
159 937552
159 946030
159 950684
159 961490
159 968480
159 982120#
640#
320#
210#
220#
2.7
2.7
2.7
16
26
40
18
60
12
100
220
430#
382
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
N
Z
A
Elt.
Orig.
101
100
99
98
97
96
95
94
93
92
91
90
89
88
87
86
60
61
62
63
64
65
66
67
68
69
70
71
72
73
74
75
161
Nd
Pm
Sm
Eu
Gd
Tb
Dy
Ho
Er
Tm
Yb
Lu
Hf
Ta
W
Re
x
x
x
x
-n
101
100
99
98
97
96
95
94
93
92
91
90
89
88
87
86
61
62
63
64
65
66
67
68
69
70
71
72
73
74
75
76
162
102
101
100
99
98
97
96
95
94
93
92
91
90
89
88
87
61
62
63
64
65
66
67
68
69
70
71
72
73
74
75
76
163
Pm
Sm
Eu
Gd
Tb
Dy
Ho
Er
Tm
Yb
Lu
Hf
Ta
W
Re
Os
Pm
Sm
Eu
Gd
Tb
Dy
Ho
Er
Tm
Yb
Lu
Hf
Ta
W
Re
Os
+n
x
x
x
IT
−α
-p
x
x
x
-nn
+
−
x
x
−α
−α
−α
+α
−α
x
x
x
x
+p
−
x
x
x
−α
−α
IT
−α
Mass excess
(keV)
Binding energy
per nucleon (keV)
-42960#
-50430#
-56980#
-61780#
-65512.7
-67468.2
-68061.1
-67203
-65209
-61899
-57844
-52562
-46319
-38730#
-30410#
-20880
700#
500#
300#
300#
2.7
2.6
2.5
3
9
28
16
28
23
60#
200#
210
8047#
8088#
8124#
8149#
8167.233
8174.520
8173.344
8163.153
8145.91
8120.49
8090.45
8052.78
8009.14
7957#
7901#
7836.5
4#
3#
2#
2#
0.017
0.016
0.016
0.020
0.06
0.17
0.10
0.17
0.14
0#
1#
1.3
-46310#
-54750#
-58650#
-64287
-65680
-68186.8
-66047
-66343
-61484
-59832
-52840
-49173
-39780
-34002
-22350#
-14500#
700#
500#
300#
5
40
2.5
4
3
26
16
80
10
50
18
200#
500#
8063#
8110#
8129#
8159.077
8162.85
8173.490
8155.452
8152.447
8117.62
8102.60
8054.6
8027.15
7964.3
7923.84
7847#
7794#
4#
3#
2#
0.028
0.23
0.016
0.024
0.021
0.16
0.10
0.5
0.06
0.3
0.11
1#
3#
-43150#
-50900#
-56630#
-61490#
-64601
-66386.5
-66383.9
-65174
-62735
-59304
-54791
-49286
-42540
-34910
-26007
-16120#
800#
700#
500#
300#
5
2.5
2.5
5
6
16
28
28
40
50
20
400#
8043#
8086#
8116#
8141#
8155.666
8161.818
8157.002
8144.78
8125.02
8099.17
8066.68
8028.11
7981.93
7930.3
7870.89
7805#
5#
4#
3#
2#
0.029
0.016
0.016
0.03
0.04
0.10
0.17
0.17
0.23
0.3
0.12
2#
Beta-decay energy
(keV)
β−
β−
β−
β−
β−
β−
β+
β+
β+
β+
β+
β+
β+
β+
β+
β−
β−
β−
β−
β−
β−
β−
β+
β+
β+
β+
β+
β+
β+
β+
β−
β−
β−
β−
β−
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
7470#
6550#
4800#
3740#
1955.5
592.9
*
858.3
1994
3310
4050
5280
6240
7590#
8330#
9530#
8450#
3890#
5640#
1390
2510
-2140
296
*
4859
1650
6990
3660
9390
5780
11650#
7850#
7750#
5730#
4860#
3110#
1785
*
2.555
1210
2439
3431
4510
5510
6750
7630
8900
9880#
860#
590#
420#
300#
1.4
1.3
2.2
9
29
30
30
40
60#
200#
290#
860#
590#
300#
40
40
3
4
26
30
80
80
50
50
200#
540#
1060#
860#
590#
300#
4
0.016
5
3
17
30
40
50
70
60
400#
Atomic mass
µu
160 953880#
160 945860#
160 938830#
160 933680#
160 929669.2
160 927569.9
160 926933.4
160 927855
160 929995
160 933550
160 937902
160 943570
160 950275
160 958420#
160 967360#
160 977590
750#
540#
320#
320#
2.9
2.8
2.7
3
10
30
17
30
24
60#
210#
220
161 950290#
161 941220#
161 937040#
161 930985
161 929490
161 926798.4
161 929096
161 928778
161 933995
161 935768
161 943280
161 947210
161 957290
161 963497
161 976000#
161 984430#
750#
540#
320#
5
40
2.7
4
4
28
17
80
10
60
19
220#
540#
162 953680#
162 945360#
162 939210#
162 933990#
162 930648
162 928731.2
162 928733.9
162 930033
162 932651
162 936334
162 941180
162 947090
162 954330
162 962520
162 972081
162 982690#
860#
750#
540#
320#
5
2.7
2.7
6
6
17
30
30
40
60
21
430#
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
N
Z
A
Elt.
Orig.
102
101
100
99
98
97
96
95
94
93
92
91
90
89
88
87
62
63
64
65
66
67
68
69
70
71
72
73
74
75
76
77
164
Sm
Eu
Gd
Tb
Dy
Ho
Er
Tm
Yb
Lu
Hf
Ta
W
Re
Os
Ir
x
x
x
+
103
102
101
100
99
98
97
96
95
94
93
92
91
90
89
88
62
63
64
65
66
67
68
69
70
71
72
73
74
75
76
77
165
103
102
101
100
99
98
97
96
95
94
93
92
91
90
89
88
63
64
65
66
67
68
69
70
71
72
73
74
75
76
77
78
166
Sm
Eu
Gd
Tb
Dy
Ho
Er
Tm
Yb
Lu
Hf
Ta
W
Re
Os
Ir
Eu
Gd
Tb
Dy
Ho
Er
Tm
Yb
Lu
Hf
Ta
W
Re
Os
Ir
Pt
x
x
x
+α
x
−α
+α
−α
−α
x
x
x
x
-n
x
x
x
+α
+α
−α
IT
x
x
+
-n
−
+nn
x
x
x
−α
IT
−α
-p
−α
Mass excess
(keV)
Binding energy
per nucleon (keV)
-48180#
-53100#
-59750#
-62080
-65973.3
-64987.1
-65950
-61888
-61023
-54642
-51822
-43283
-38234
-27640#
-20460
-7270#
800#
600#
400#
100
2.5
2.8
3
28
16
28
20
28
12
160#
210
410#
8069#
8095#
8130#
8139.8
8158.746
8147.963
8149.061
8119.53
8109.48
8065.80
8043.83
7987.00
7951.44
7882#
7833.5
7748#
5#
4#
2#
0.6
0.015
0.017
0.019
0.17
0.10
0.17
0.12
0.17
0.07
1#
1.3
3#
-43800#
-50560#
-56470#
-60660#
-63617.9
-64904.6
-64528
-62936
-60287
-56442
-51636
-45855
-38862
-30657
-21650#
-11630#
900#
700#
500#
200#
2.5
2.5
3
3
28
27
28
17
25
28
200#
220#
8043#
8079#
8110#
8131#
8143.942
8146.998
8139.976
8125.584
8104.79
8076.75
8042.87
8003.10
7955.97
7901.50
7842#
7777#
5#
4#
3#
1#
0.015
0.015
0.019
0.020
0.17
0.16
0.17
0.11
0.15
0.17
1#
1#
-46600#
-54400#
-57760
-62590.1
-63076.9
-64931.6
-61894
-61588
-56021
-53859
-46098
-41892
-31850#
-25438
-13210#
-4790#
800#
600#
100
2.6
2.5
2.5
12
8
30
28
28
10
90#
18
200#
500#
8055#
8097#
8112.9
8137.313
8135.532
8141.992
8118.98
8112.43
8074.17
8056.44
8004.97
7974.92
7910#
7866.38
7788#
7733#
5#
4#
0.6
0.015
0.015
0.015
0.07
0.05
0.18
0.17
0.17
0.06
1#
0.11
1#
3#
383
Beta-decay energy
(keV)
β−
β−
β−
β−
β−
β−
β+
β+
β+
β+
β+
β+
β+
β+
β+
β−
β−
β−
β−
β−
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β−
β−
β−
β−
β−
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
4930#
6640#
2340#
3890
-986.2
962.5
*
4061
870
6380
2820
8540
5050
10590#
7180#
13200#
1000#
720#
410#
100
1.4
2.3
6760#
5910#
4190#
2960#
1286.6
*
376.3
1592.4
2649
3840
4810
5780
6990
8210
9010#
10020#
1140#
860#
540#
200#
0.9
7800#
3360#
4830
486.8
1854.7
*
3038
305
5570
2160
7760
4206
10040#
6410#
12230#
8410#
1000#
600#
100
1.0
0.9
28
30
30
30
30
30
160#
240#
460#
2.0
1.5
28
40
40
30
30
40
200#
300#
12
14
30
40
40
30
90#
90#
200#
540#
Atomic mass
µu
163 948280#
163 942990#
163 935860#
163 933350
163 929174.8
163 930233.5
163 929200
163 933560
163 934489
163 941340
163 944367
163 953530
163 958954
163 970320#
163 978040
163 992200#
860#
640#
430#
110
2.7
3.0
3
30
17
30
22
30
13
170#
220
440#
164 952980#
164 945720#
164 939380#
164 934880#
164 931703.3
164 930322.1
164 930726
164 932435
164 935280
164 939407
164 944570
164 950773
164 958280
164 967089
164 976760#
164 987520#
970#
750#
540#
210#
2.7
2.7
3
4
30
28
30
19
27
30
220#
230#
165 949970#
165 941600#
165 937990
165 932806.7
165 932284.2
165 930293.1
165 933554
165 933882
165 939860
165 942180
165 950510
165 955027
165 965810#
165 972691
165 985820#
165 994860#
860#
640#
110
2.8
2.7
2.7
13
9
30
30
30
11
90#
20
220#
540#
384
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
N
Z
A
Elt.
Orig.
104
103
102
101
100
99
98
97
96
95
94
93
92
91
90
89
63
64
65
66
67
68
69
70
71
72
73
74
75
76
77
78
167
Eu
Gd
Tb
Dy
Ho
Er
Tm
Yb
Lu
Hf
Ta
W
Re
Os
Ir
Pt
x
x
x
+
p2n
104
103
102
101
100
99
98
97
96
95
94
93
92
91
90
64
65
66
67
68
69
70
71
72
73
74
75
76
77
78
168
Gd
Tb
Dy
Ho
Er
Tm
Yb
Lu
Hf
Ta
W
Re
Os
Ir
Pt
x
x
+pp
+
105
104
103
102
101
100
99
98
97
96
95
94
93
92
91
90
64
65
66
67
68
69
70
71
72
73
74
75
76
77
78
79
169
Gd
Tb
Dy
Ho
Er
Tm
Yb
Lu
Hf
Ta
W
Re
Os
Ir
Pt
Au
x
x
+
+p
x
x
x
+α
+α
−α
-p
−α
−
x
x
+α
−α
−α
IT
−α
−
x
x
−α
+α
−α
x
Mass excess
(keV)
Binding energy
per nucleon (keV)
-43590#
-50700#
-55840#
-59940
-62287
-63296.7
-62548.3
-60594
-57500
-53468
-48351
-42089
-34840#
-26500
-17079
-6540#
800#
600#
400#
60
6
2.5
2.7
5
30
28
28
19
50#
70
19
410#
8037#
8075#
8101#
8121.0
8130.41
8131.779
8122.613
8106.226
8083.02
8054.18
8018.86
7976.68
7929#
7874.0
7812.86
7745#
5#
4#
2#
0.4
0.03
0.015
0.016
0.028
0.19
0.17
0.17
0.12
0#
0.4
0.11
2#
-48100#
-52500#
-58560
-60070
-62996.7
-61317.7
-61575
-57060
-55361
-48394
-44890
-35790
-29991
-18740#
-11040
700#
500#
140
30
2.5
2.9
4
50
28
28
16
30
12
150#
210
8060#
8081#
8112.6
8116.85
8129.634
8114.982
8111.855
8080.35
8065.55
8019.43
7993.92
7935.12
7895.91
7824#
7773.8
4#
3#
0.8
0.18
0.015
0.017
0.026
0.28
0.17
0.17
0.10
0.18
0.07
1#
1.2
-43900#
-50100#
-55600
-58803
-60928.7
-61280.0
-60370
-58077
-54717
-50290
-44918
-38386
-30721
-22081
-12380#
-1790#
800#
600#
300
20
2.5
2.5
4
5
28
28
15
28
25
26
200#
300#
8035#
8067#
8094.8
8109.10
8117.052
8114.501
8104.489
8086.29
8061.78
8030.96
7994.54
7951.26
7901.28
7845.52
7783#
7716#
5#
4#
1.8
0.12
0.015
0.015
0.026
0.03
0.17
0.17
0.09
0.17
0.15
0.16
1#
2#
Beta-decay energy
(keV)
β−
β−
β−
β−
β−
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β−
β−
β−
β−
β−
β−
β+
β+
β+
β+
β+
β+
β+
β+
β−
β−
β−
β−
β−
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
7120#
5140#
4090#
2350
1010
*
748.4
1954
3090
4030
5120
6260
7250#
8330#
9420
10540#
1000#
720#
410#
60
5
4400#
6070#
1500
2930
-1679.1
257
*
4510
1700
6970
3500
9100
5800
11250#
7700#
860#
520#
140
30
1.9
4
6190#
5510#
3200
2126
351.3
*
910
2293
3360
4430
5370
6530
7660
8640
9710#
10590#
1.5
4
30
40
40
30
60#
90#
80
410#
50
50
40
30
30
30
150#
240#
1000#
670#
300
20
1.1
4
3
28
40
30
30
40
40
200#
360#
Atomic mass
µu
166 953210#
166 945570#
166 940050#
166 935660
166 933133
166 932048.2
166 932851.6
166 934950
166 938270
166 942600
166 948090
166 954816
166 962600#
166 971550
166 981665
166 992980#
860#
640#
430#
60
6
2.7
2.9
5
30
30
30
21
60#
80
20
440#
167 948360#
167 943640#
167 937130
167 935520
167 932370.2
167 934173
167 933897
167 938740
167 940570
167 948050
167 951808
167 961570
167 967804
167 979880#
167 988150
750#
540#
150
30
2.7
3
5
50
30
30
17
30
13
160#
220
168 952870#
168 946220#
168 940310
168 936872
168 934590.4
168 934213.3
168 935190
168 937651
168 941260
168 946010
168 951779
168 958790
168 967019
168 976295
168 986720#
168 998080#
860#
640#
320
22
2.7
2.7
5
6
30
30
17
30
27
28
220#
320#
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
N
Z
A
Elt.
Orig.
105
104
103
102
101
100
99
98
97
96
95
94
93
92
91
65
66
67
68
69
70
71
72
73
74
75
76
77
78
79
170
Tb
Dy
Ho
Er
Tm
Yb
Lu
Hf
Ta
W
Re
Os
Ir
Pt
Au
x
x
+
106
105
104
103
102
101
100
99
98
97
96
95
94
93
92
91
65
66
67
68
69
70
71
72
73
74
75
76
77
78
79
80
171
106
105
104
103
102
101
100
99
98
97
96
95
94
93
92
66
67
68
69
70
71
72
73
74
75
76
77
78
79
80
172
107
106
105
104
103
102
101
100
99
98
97
96
95
94
93
66
67
68
69
70
71
72
73
74
75
76
77
78
79
80
173
Tb
Dy
Ho
Er
Tm
Yb
Lu
Hf
Ta
W
Re
Os
Ir
Pt
Au
Hg
Dy
Ho
Er
Tm
Yb
Lu
Hf
Ta
W
Re
Os
Ir
Pt
Au
Hg
Dy
Ho
Er
Tm
Yb
Lu
Hf
Ta
W
Re
Os
Ir
Pt
Au
Hg
−
x
x
+α
x
−α
−α
−α
-p
x
x
+
x
x
x
x
−α
−α
IT
x
x
x
x
x
x
+α
+α
−α
−α
−α
−α
x
x
x
p2n
x
x
x
x
+α
−α
+α
−α
Mass excess
(keV)
Binding energy
per nucleon (keV)
-46340#
-53660#
-56240
-60114.6
-59800.6
-60769.0
-57310
-56254
-50138
-47293
-38918
-33928
-23320#
-16306
-3610#
700#
200#
50
2.8
2.5
2.4
17
28
28
15
26
11
100#
19
200#
8045#
8083#
8093.83
8111.994
8105.545
8106.639
8081.69
8070.88
8030.30
8008.96
7955.09
7921.14
7854#
7808.27
7729#
4#
1#
0.29
0.016
0.015
0.014
0.10
0.16
0.16
0.09
0.15
0.06
1#
0.11
1#
-43500#
-50110#
-54520
-57724.9
-59215.6
-59312.1
-57833.5
-55431
-51720
-47086
-41250
-34293
-26430
-17470
-7565
3500#
800#
300#
600
2.8
2.6
2.4
2.8
29
28
28
28
19
40
90
26
300#
8028#
8062#
8084
8097.781
8101.923
8097.913
8084.691
8066.07
8039.79
8008.12
7969.41
7924.15
7873.59
7816.6
7754.12
7685#
5#
2#
4
0.016
0.015
0.014
0.016
0.17
0.16
0.16
0.16
0.11
0.23
0.5
0.15
2#
-47730#
-51400#
-56489
-57380
-59260.3
-56741.3
-56404
-51330
-49097
-41520
-37238
-27520#
-21101
-9280#
-1090
400#
400#
5
6
2.4
3.0
24
28
28
50
15
110#
13
160#
210
8049#
8065#
8090.444
8091.07
8097.457
8078.263
8071.75
8037.70
8020.17
7971.6
7942.13
7881#
7839.21
7766#
7713.8
2#
2#
0.027
0.03
0.014
0.017
0.14
0.16
0.16
0.3
0.08
1#
0.07
1#
1.2
-43780#
-49100#
-53650#
-56259
-57556.3
-56885.8
-55412
-52397
-48727
-43554
-37438
-30272
-21940
-12820
-2570#
500#
400#
200#
5
2.4
2.4
28
28
28
28
15
14
60
26
210#
8026#
8052#
8074#
8084.479
8087.456
8079.058
8066.02
8044.06
8018.33
7983.91
7944.03
7898.09
7845.4
7788.16
7724#
3#
2#
1#
0.029
0.014
0.014
0.16
0.16
0.16
0.16
0.09
0.08
0.3
0.15
1#
Beta-decay energy
(keV)
β−
β−
β−
β−
β−
β+
β+
β+
β+
β+
β+
β+
β+
β+
β−
β−
β−
β−
β−
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β−
β−
β−
β−
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β−
β−
β−
β−
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
7320#
2580#
3870
-314.0
968.3
*
3459
1060
6120
2840
8376
4990
10610#
7010#
12690#
730#
200#
50
1.8
0.8
17
30
40
30
30
28
100#
100#
200#
6610#
4410#
3200
1490.7
96.5
*
1478.6
2402
3710
4630
5840
6960
7860
8960
9910
11070#
860#
670#
600
1.2
1.0
3670#
5090#
891
1880
*
2518.9
338
5070
2230
7570
4290
9720#
6420#
11820#
8200#
570#
400#
5
6
5320#
4560#
2610#
1297
*
670.5
1474
3020
3670
5170
6120
7166
8330
9120
10250#
1.9
29
40
40
40
30
40
100
90
300#
2.4
25
40
40
60
60
110#
110#
160#
240#
640#
450#
200#
5
1.7
28
40
40
40
30
20
60
60
210#
385
Atomic mass
µu
169 950250#
169 942390#
169 939620
169 935464.3
169 935801.4
169 934761.8
169 938475
169 939610
169 946180
169 949228
169 958220
169 963577
169 974970#
169 982495
169 996120#
750#
210#
50
3.0
2.7
2.6
18
30
30
16
28
12
110#
20
220#
170 953300#
170 946200#
170 941470
170 938029.8
170 936429.4
170 936325.8
170 937913.1
170 940490
170 944480
170 949450
170 955720
170 963185
170 971630
170 981240
170 991879
171 003760#
860#
320#
640
3.0
2.8
2.6
3.0
30
30
30
30
20
40
90
28
320#
171 948760#
171 944820#
171 939356
171 938400
171 936381.5
171 939086
171 939448
171 944900
171 947290
171 955420
171 960023
171 970460#
171 977347
171 990040#
171 998830
430#
430#
5
6
2.6
3
26
30
30
60
16
110#
14
170#
220
172 953000#
172 947290#
172 942400#
172 939604
172 938210.8
172 938930.6
172 940510
172 943750
172 947690
172 953240
172 959808
172 967502
172 976440
172 986237
172 997240#
540#
430#
210#
5
2.6
2.6
30
30
30
30
16
15
60
28
220#
386
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
N
Z
A
Elt.
Orig.
107
106
105
104
103
102
101
100
99
98
97
96
95
94
67
68
69
70
71
72
73
74
75
76
77
78
79
80
174
Ho
Er
Tm
Yb
Lu
Hf
Ta
W
Re
Os
Ir
Pt
Au
Hg
x
x
+
108
107
106
105
104
103
102
101
100
99
98
97
96
95
67
68
69
70
71
72
73
74
75
76
77
78
79
80
175
108
107
106
105
104
103
102
101
100
99
98
97
96
95
68
69
70
71
72
73
74
75
76
77
78
79
80
81
176
109
108
107
106
105
104
103
102
101
100
99
98
97
96
68
69
70
71
72
73
74
75
76
77
78
79
80
81
177
Ho
Er
Tm
Yb
Lu
Hf
Ta
W
Re
Os
Ir
Pt
Au
Hg
Er
Tm
Yb
Lu
Hf
Ta
W
Re
Os
Ir
Pt
Au
Hg
Tl
Er
Tm
Yb
Lu
Hf
Ta
W
Re
Os
Ir
Pt
Au
Hg
Tl
x
x
x
+α
−α
−α
−α
−α
x
x
+
x
x
x
+α
−α
−α
x
+
x
x
x
x
+α
−α
−α
x
x
x
-n
−
x
x
+α
x
−α
IT
Mass excess
(keV)
Binding energy
per nucleon (keV)
-45500#
-51950#
-53870
-56949.6
-55575.3
-55846.6
-51741
-50227
-43673
-39996
-30869
-25319
-14200#
-6647
500#
300#
40
2.4
2.4
2.8
28
28
28
11
28
12
100#
20
8032#
8064#
8070.67
8083.876
8071.482
8068.545
8040.45
8027.26
7985.09
7959.47
7902.51
7866.12
7798#
7749.82
3#
2#
0.26
0.014
0.014
0.016
0.16
0.16
0.16
0.06
0.16
0.07
1#
0.11
-42800#
-48650#
-52320
-54700.6
-55170.7
-54483.8
-52409
-49633
-45288
-40105
-33429
-25690
-17440
-7990
600#
400#
50
2.4
2.2
2.8
28
28
28
14
20
19
40
100
8016#
8045#
8061.80
8070.954
8069.169
8060.774
8044.44
8024.11
7994.82
7960.72
7918.11
7869.41
7817.82
7759.3
3#
2#
0.29
0.014
0.012
0.016
0.16
0.16
0.16
0.08
0.11
0.11
0.24
0.6
-46500#
-49370
-53494.1
-53387.4
-54577.5
-51370
-50642
-45063
-42098
-33861
-28928
-18540#
-11779
550#
400#
100
2.6
2.2
2.2
30
28
28
28
20
14
110#
14
200#
8033#
8045.1
8064.100
8059.049
8061.366
8038.67
8030.11
7993.97
7972.68
7921.43
7888.96
7825#
7782.63
7708#
2#
0.6
0.015
0.012
0.013
0.17
0.16
0.16
0.16
0.12
0.08
1#
0.08
1#
-42800#
-47470#
-50989.2
-52389.0
-52889.6
-51724
-49702
-46269
-41950
-36047
-29370
-21550
-12780
-3328
500#
300#
2.6
2.2
2.1
4
28
28
16
20
15
13
80
25
8013#
8035#
8049.989
8053.478
8051.886
8040.878
8025.04
8001.22
7972.40
7934.63
7892.49
7843.89
7789.9
7732.10
3#
2#
0.015
0.012
0.012
0.021
0.16
0.16
0.09
0.11
0.08
0.07
0.4
0.14
Beta-decay energy
(keV)
β−
β−
β−
β−
β−
β+
β+
β+
β+
β+
β+
β+
β+
β−
β−
β−
β−
β+
β+
β+
β+
β+
β+
β+
β+
β+
β−
β−
β−
β−
β+
β+
β+
β+
β+
β+
β+
β+
β+
β−
β−
β−
β−
β+
β+
β+
β+
β+
β+
β+
β+
β+
6450#
1920#
3080
-1374.3
271.3
*
4106
1510
6550
3680
9128
5550
11120#
7550#
590#
300#
40
1.6
2.1
28
40
40
30
30
30
100#
100#
5850#
3660#
2390
470.1
*
686.8
2075
2780
4340
5180
6676
7739
8250
9450
720#
400#
50
1.3
2870#
4120
-106.8
1190.2
*
3210
720
5580
2960
8240
4933
10390#
6760#
12330#
410#
100
1.6
0.8
4670#
3520#
1399.8
500.6
*
1166
2022
3430
4320
5902
6677
7820
8770
9450
1.9
28
40
40
30
24
27
50
110
30
40
40
40
30
25
110#
110#
200#
590#
300#
1.6
0.7
3
28
40
30
25
25
20
80
80
Atomic mass
µu
173 951150#
173 944230#
173 942170
173 938862.1
173 940337.5
173 940046
173 944450
173 946080
173 953120
173 957062
173 966861
173 972819
173 984760#
173 992864
540#
320#
50
2.6
2.6
3
30
30
30
12
30
13
110#
21
174 954050#
174 947770#
174 943840
174 941276.5
174 940771.8
174 941509
174 943740
174 946720
174 951380
174 956946
174 964113
174 972421
174 981270
174 991420
640#
430#
50
2.6
2.3
3
30
30
30
15
21
20
50
110
175 950080#
175 946990
175 942571.7
175 942686.3
175 941408.6
175 944860
175 945630
175 951620
175 954810
175 963649
175 968945
175 980100#
175 987355
176 000590#
430#
110
2.8
2.3
2.4
30
30
30
30
22
15
110#
15
210#
176 954050#
176 949040#
176 945260.8
176 943758.1
176 943220.7
176 944472
176 946640
176 950330
176 954965
176 961302
176 968469
176 976865
176 986280
176 996427
540#
320#
2.8
2.3
2.3
4
30
30
17
21
16
14
80
27
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
N
Z
A
Elt.
Orig.
109
108
107
106
105
104
103
102
101
100
99
98
97
96
69
70
71
72
73
74
75
76
77
78
79
80
81
82
178
Tm
Yb
Lu
Hf
Ta
W
Re
Os
Ir
Pt
Au
Hg
Tl
Pb
x
-nn
110
109
108
107
106
105
104
103
102
101
100
99
98
97
69
70
71
72
73
74
75
76
77
78
79
80
81
82
179
110
109
108
107
106
105
104
103
102
101
100
99
98
70
71
72
73
74
75
76
77
78
79
80
81
82
180
111
110
109
108
107
106
105
104
103
102
101
100
99
70
71
72
73
74
75
76
77
78
79
80
81
82
181
Tm
Yb
Lu
Hf
Ta
W
Re
Os
Ir
Pt
Au
Hg
Tl
Pb
Yb
Lu
Hf
Ta
W
Re
Os
Ir
Pt
Au
Hg
Tl
Pb
Yb
Lu
Hf
Ta
W
Re
Os
Ir
Pt
Au
Hg
Tl
Pb
−
−
x
+α
x
+α
−α
−α
−α
−α
x
x
+n
x
+α
+α
+α
−α
x
x
+
x
+α
x
+α
−α
−α
x
x
4n
x
x
x
−α
−α
Mass excess
(keV)
Binding energy
per nucleon (keV)
-44120#
-49698
-50343.0
-52444.3
-50507
-50416
-45653
-43546
-36252
-31998
-22330
-16317
-4750#
3568
400#
10
2.9
2.1
15
15
28
16
20
11
60
13
110#
24
8016#
8042.86
8042.083
8049.493
8034.22
8029.31
7998.16
7981.92
7936.55
7908.26
7849.5
7811.37
7742#
7690.87
2#
0.06
0.016
0.012
0.09
0.09
0.16
0.09
0.11
0.06
0.3
0.07
1#
0.14
-41600#
-46420#
-49064
-50471.9
-50366.3
-49304
-46586
-43020
-38077
-32264
-24952
-16922
-8300
2000#
500#
300#
5
2.1
2.2
16
24
18
11
9
17
27
40
200#
8002#
8025#
8035.10
8038.596
8033.636
8023.33
8003.78
7979.48
7947.50
7910.65
7865.43
7816.20
7763.67
7702#
3#
2#
0.03
0.012
0.012
0.09
0.14
0.10
0.06
0.05
0.09
0.15
0.24
1#
-44400#
-46690
-49788.4
-48936.2
-49644
-45840
-44359
-37978
-34436
-25596
-20245
-9400#
-1939
400#
70
2.1
2.2
4
21
20
22
11
21
14
120#
21
8014#
8022.1
8034.981
8025.900
8025.488
8000.00
7987.43
7947.63
7923.61
7870.16
7836.08
7771#
7725.69
2#
0.4
0.012
0.012
0.022
0.12
0.11
0.12
0.06
0.12
0.08
1#
0.12
-40850#
-44740#
-47411.9
-48441.6
-48254
-46511
-43550
-39472
-34375
-27871
-20661
-12801
-3140
400#
300#
2.1
1.8
5
13
30
26
15
20
15
9
90
7994#
8012#
8022.052
8023.418
8018.059
8004.11
7983.44
7956.57
7924.09
7883.84
7839.68
7791.93
7734.3
2#
2#
0.012
0.010
0.026
0.07
0.17
0.14
0.08
0.11
0.08
0.05
0.5
387
Beta-decay energy
(keV)
β−
β−
β−
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β−
β−
β−
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β−
β−
β−
β−
β+
β+
β+
β+
β+
β+
β+
β+
β−
β−
β−
β+
β+
β+
β+
β+
β+
β+
β+
β+
5580#
645
2101.3
*
1937
91.3
4760
2110
7294
4254
9670
6010
11560#
8320#
400#
10
2.0
15
2.0
30
30
26
23
60
60
110#
120#
4820#
2650#
1408
*
105.6
1063
2717
3570
4943
5814
7312
8030
8620
10300#
590#
300#
5
2280#
3100
-852.2
708
*
3805
1481
6381
3542
8840
5352
10840#
7460#
410#
70
2.5
4
3890#
2670#
1029.8
*
188
1743
2960
4080
5097
6503
7210
7860
9660
0.4
16
29
30
21
14
19
30
50
200#
22
29
30
24
24
25
120#
120#
500#
300#
2.1
5
13
30
40
30
25
25
18
90
Atomic mass
µu
177 952640#
177 946647
177 945955
177 943698.8
177 945778
177 945876
177 950990
177 953251
177 961082
177 965649
177 976030
177 982483
177 994900#
178 003830
430#
11
3
2.3
16
16
30
18
21
12
60
14
120#
26
178 955340#
178 950170#
178 947327
178 945816.1
178 945929.5
178 947070
178 949988
178 953816
178 959122
178 965363
178 973213
178 981834
178 991090
179 002150#
540#
320#
6
2.3
2.3
17
26
19
12
10
18
29
50
210#
179 952330#
179 949880
179 946550.0
179 947464.8
179 946704
179 950789
179 952379
179 959229
179 963031
179 972521
179 978266
179 989910#
179 997918
430#
80
2.3
2.4
4
23
22
23
12
23
15
130#
22
180 956150#
180 951970#
180 949101.2
180 947995.8
180 948197
180 950068
180 953240
180 957625
180 963097
180 970079
180 977819
180 986257
180 996620
430#
320#
2.3
1.9
5
14
30
28
16
21
17
10
100
388
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
N
Z
A
Elt.
Orig.
111
110
109
108
107
106
105
104
103
102
101
100
71
72
73
74
75
76
77
78
79
80
81
82
182
Lu
Hf
Ta
W
Re
Os
Ir
Pt
Au
Hg
Tl
Pb
x
-nn
112
111
110
109
108
107
106
105
104
103
102
101
71
72
73
74
75
76
77
78
79
80
81
82
183
113
112
111
110
109
108
107
106
105
104
103
102
101
71
72
73
74
75
76
77
78
79
80
81
82
83
184
113
112
111
110
109
108
107
106
105
104
103
102
72
73
74
75
76
77
78
79
80
81
82
83
185
Lu
Hf
Ta
W
Re
Os
Ir
Pt
Au
Hg
Tl
Pb
Lu
Hf
Ta
W
Re
Os
Ir
Pt
Au
Hg
Tl
Pb
Bi
Hf
Ta
W
Re
Os
Ir
Pt
Au
Hg
Tl
Pb
Bi
IT
+α
−α
x
−α
−α
x
+
-n
−
x
+α
−α
x
+
+
x
−α
−α
x
+
x
x
−α
−α
IT
−α
IT
Mass excess
(keV)
Binding energy
per nucleon (keV)
-41880#
-46059
-46433.3
-48247.5
-45450
-44609
-39052
-36169
-28301
-23576
-13350
-6826
200#
6
1.8
0.8
100
22
21
16
20
10
80
14
7996#
8014.89
8012.647
8018.316
7998.6
7989.73
7954.89
7934.76
7887.23
7856.97
7796.5
7756.34
1#
0.04
0.010
0.005
0.6
0.12
0.12
0.09
0.11
0.05
0.4
0.08
-39520#
-43290
-45296.1
-46367.0
-45811
-43660
-40197
-35772
-30187
-23800
-16587
-7569
300#
30
1.8
0.8
8
50
25
16
10
8
10
28
7984#
8000.04
8006.753
8008.330
8001.02
7985.00
7961.79
7933.34
7898.54
7859.36
7815.67
7762.12
2#
0.16
0.010
0.005
0.04
0.27
0.14
0.09
0.06
0.04
0.05
0.15
-36410#
-41500
-42841
-45707.3
-44227
-44256.1
-39611
-37332
-30319
-26349
-16890
-11045
1050#
400#
40
26
0.9
4
1.3
28
18
22
10
50
14
130#
7967#
7990.73
7993.76
8005.087
7992.788
7988.696
7959.20
7942.56
7900.19
7874.37
7818.68
7782.69
7713#
2#
0.22
0.14
0.005
0.024
0.007
0.15
0.10
0.12
0.05
0.27
0.08
1#
-38360#
-41396
-43389.7
-43822.2
-42809.4
-40336
-36680
-31867
-26176
-19760
-11541
-2210#
200#
14
0.9
1.2
1.3
28
40
26
16
50
16
50#
7974#
7986.37
7992.917
7991.026
7981.323
7963.72
7939.75
7909.49
7874.50
7835.56
7786.93
7732#
1#
0.08
0.005
0.006
0.007
0.15
0.22
0.14
0.08
0.29
0.09
0#
Beta-decay energy
(keV)
β−
β−
β−
β+
β+
β+
β+
β+
β+
β+
β+
β−
β−
β−
β+
β+
β+
β+
β+
β+
β+
β+
β−
β−
β−
β−
β−
β+
β+
β+
β+
β+
β+
β+
β−
β−
β−
β+
β+
β+
β+
β+
β+
β+
β+
4180#
375
1814.3
*
2800
840
5560
2882
7869
4725
10230
6520
200#
6
1.7
100
100
30
26
26
22
80
80
3760#
2010
1070.9
*
556
2150
3470
4425
5586
6387
7213
9019
300#
30
1.7
5090#
1340
2866
-1481
30
*
4645
2280
7013
3970
9460
5840
12090#
400#
30
26
4
4
3040#
1994
432.5
*
1012.8
2474
3650
4820
5690
6420
8210
9330#
200#
14
0.9
8
50
60
30
19
13
13
30
28
30
29
24
50
50
130#
0.4
28
50
50
30
60
60
60#
Atomic mass
µu
181 955040#
181 950554
181 950151.8
181 948204.2
181 951210
181 952110
181 958076
181 961171
181 969618
181 974690
181 985670
181 992672
210#
7
1.9
0.9
110
23
23
17
22
10
80
15
182 957570#
182 953530
182 951372.6
182 950223.0
182 950820
182 953130
182 956846
182 961597
182 967593
182 974450
182 982193
182 991870
320#
30
1.9
0.9
9
50
27
17
11
9
10
30
183 960910#
183 955450
183 954008
183 950931.2
183 952521
183 952489.1
183 957480
183 959922
183 967452
183 971713
183 981870
183 988142
184 001120#
430#
40
28
0.9
5
1.4
30
19
24
11
50
15
140#
184 958820#
184 955559
184 953419.3
184 952955.0
184 954042.3
184 956700
184 960620
184 965789
184 971899
184 978790
184 987610
184 997630#
210#
15
1.0
1.3
1.4
30
40
28
17
60
17
60#
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
N
Z
A
Elt.
Orig.
114
113
112
111
110
109
108
107
106
105
104
103
72
73
74
75
76
77
78
79
80
81
82
83
186
Hf
Ta
W
Re
Os
Ir
Pt
Au
Hg
Tl
Pb
Bi
x
+
115
114
113
112
111
110
109
108
107
106
105
104
72
73
74
75
76
77
78
79
80
81
82
83
187
116
115
114
113
112
111
110
109
108
107
106
105
104
72
73
74
75
76
77
78
79
80
81
82
83
84
188
116
115
114
113
112
111
110
109
108
107
106
105
73
74
75
76
77
78
79
80
81
82
83
84
189
Hf
Ta
W
Re
Os
Ir
Pt
Au
Hg
Tl
Pb
Bi
Hf
Ta
W
Re
Os
Ir
Pt
Au
Hg
Tl
Pb
Bi
Po
Ta
W
Re
Os
Ir
Pt
Au
Hg
Tl
Pb
Bi
Po
x
x
x
−α
−α
x
x
−
x
x
x
+
-n
x
x
−α
−α
−α
x
+
+p
x
+α
x
−α
−α
Mass excess
(keV)
Binding energy
per nucleon (keV)
-36430#
-38610
-42509.5
-41930.2
-42999.5
-39173
-37864
-31715
-28539
-20190
-14681
-3170
300#
60
1.7
1.2
1.4
17
22
21
11
180
11
80
7964#
7971.8
7988.607
7981.286
7982.829
7958.05
7946.81
7909.54
7888.26
7839.2
7805.34
7739.2
2#
0.3
0.009
0.006
0.007
0.09
0.12
0.11
0.06
1.0
0.06
0.4
-32980#
-36770#
-39904.8
-41215.7
-41218.2
-39716
-36713
-33005
-28118
-22444
-14980
-6373
400#
200#
1.7
1.4
1.4
6
28
25
14
8
8
15
7946#
7963#
7975.120
7977.947
7973.776
7961.56
7941.32
7917.31
7886.99
7852.46
7808.36
7758.15
2#
1#
0.009
0.008
0.008
0.03
0.15
0.13
0.07
0.04
0.04
0.08
-30880#
-33810#
-38667
-39016.1
-41136.4
-38328
-37823
-32301
-30202
-22350
-17815
-7200
-538
500#
200#
3
1.4
1.4
7
5
20
12
30
11
50
19
7936#
7947#
7969.048
7966.743
7973.860
7954.76
7947.912
7914.38
7899.05
7853.11
7824.84
7764.24
7724.62
3#
1#
0.018
0.008
0.008
0.04
0.029
0.11
0.06
0.17
0.06
0.26
0.10
-31830#
-35480
-37978
-38985.4
-38453
-36483
-33582
-29630
-24602
-17880
-10060
-1415
300#
200
8
1.5
13
11
20
30
11
30
50
22
7938#
7952.7
7961.80
7962.995
7956.04
7941.48
7921.99
7896.94
7866.20
7826.48
7780.98
7731.10
2#
1.1
0.04
0.008
0.07
0.06
0.11
0.18
0.06
0.18
0.29
0.12
389
Beta-decay energy
(keV)
β−
β−
β−
β−
β+
β+
β+
β+
β+
β+
β+
β−
β−
β−
β−
β+
β+
β+
β+
β+
β+
β+
β−
β−
β−
β−
β+
β+
β+
β+
β+
β+
β+
β+
β−
β−
β−
β+
β+
β+
β+
β+
β+
β+
β+
2180#
3900
-579.3
1069.3
*
3827
1308
6150
3176
8350
5510
11510
3780#
3140#
1310.9
2.469
*
1502
3003
3710
4887
5674
7464
8607
2930#
4850#
349
2120.28
*
2808
505
5522
2099
7860
4530
10610
6670
3650#
2500
1007
*
532
1970
2901
3950
5030
6720
7820
8650
300#
60
1.5
0.9
17
27
30
24
180
180
80
450#
200#
1.3
0.004
6
29
40
29
16
12
17
540#
200#
3
0.19
7
7
21
23
30
30
50
50
360#
200
8
13
14
23
40
40
40
60
60
Atomic mass
µu
185 960890#
185 958550
185 954364.1
185 954986.1
185 953838.2
185 957946
185 959351
185 965953
185 969362
185 978330
185 984239
185 996600
320#
60
1.9
1.3
1.5
18
23
23
12
200
12
80
186 964590#
186 960530#
186 957160.5
186 955753.1
186 955750.5
186 957363
186 960590
186 964568
186 969814
186 975906
186 983918
186 993158
430#
210#
1.9
1.5
1.5
7
30
27
15
9
9
16
187 966850#
187 963700#
187 958489
187 958114.4
187 955838.2
187 958853
187 959395
187 965324
187 967577
187 976010
187 980874
187 992270
187 999422
540#
210#
4
1.5
1.5
8
6
22
12
40
11
50
21
188 965830#
188 961910
188 959229
188 958147.5
188 958719
188 960834
188 963948
188 968190
188 973588
188 980810
188 989200
188 998481
320#
210
9
1.6
14
12
22
40
12
40
60
24
390
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
N
Z
A
Elt.
Orig.
117
116
115
114
113
112
111
110
109
108
107
106
73
74
75
76
77
78
79
80
81
82
83
84
190
Ta
W
Re
Os
Ir
Pt
Au
Hg
Tl
Pb
Bi
Po
x
+
+
117
116
115
114
113
112
111
110
109
108
107
74
75
76
77
78
79
80
81
82
83
84
191
118
117
116
115
114
113
112
111
110
109
108
74
75
76
77
78
79
80
81
82
83
84
192
118
117
116
115
114
113
112
111
110
109
108
75
76
77
78
79
80
81
82
83
84
85
193
119
118
117
116
115
114
113
112
111
110
109
75
76
77
78
79
80
81
82
83
84
85
194
W
Re
Os
Ir
Pt
Au
Hg
Tl
Pb
Bi
Po
W
Re
Os
Ir
Pt
Au
Hg
Tl
Pb
Bi
Po
Re
Os
Ir
Pt
Au
Hg
Tl
Pb
Bi
Po
At
Re
Os
Ir
Pt
Au
Hg
Tl
Pb
Bi
Po
At
+n
−
+α
−α
−α
−α
x
+p
+α
x
x
x
−
x
x
−α
−α
−α
x
x
x
x
−α
−α
x
+
-n
x
x
−α
−α
Mass excess
(keV)
Binding energy
per nucleon (keV)
Beta-decay energy
(keV)
-28660#
-34300
-35570
-38706.3
-36751.2
-37323
-32881
-31370
-24330
-20417
-10900
-4563
400#
160
150
1.5
1.7
6
16
16
50
12
180
13
7922#
7947.1
7949.7
7962.096
7947.688
7946.58
7919.09
7907.02
7865.86
7841.13
7786.9
7749.45
2#
0.9
0.8
0.008
0.009
0.03
0.08
0.08
0.26
0.06
1.0
0.07
β−
β−
β−
β−
β−
-31110#
-34349
-36393.7
-36706.4
-35698
-33810
-30593
-26281
-20250
-13240
-5054
200#
10
1.5
1.7
4
40
23
8
40
7
11
7931#
7943.95
7950.560
7948.101
7938.725
7924.74
7903.81
7877.13
7841.44
7800.66
7753.71
1#
0.05
0.008
0.009
0.023
0.19
0.12
0.04
0.20
0.04
0.06
β−
β−
β−
-29650#
-31710#
-35880.5
-34833.2
-36292.9
-32777
-32011
-25870
-22556
-13550
-8071
600#
200#
2.6
1.7
2.5
16
16
30
13
30
12
7924#
7931#
7948.516
7938.986
7942.514
7920.13
7912.07
7876.02
7854.67
7803.67
7771.08
3#
1#
0.013
0.009
0.013
0.08
0.08
0.16
0.07
0.17
0.06
-30300#
-33392.6
-34533.8
-34477.0
-33394
-31051
-27320
-22190
-15873
-8360
-150
200#
2.6
1.7
1.7
11
15
110
50
10
30
50
7924#
7936.261
7938.121
7933.773
7924.11
7907.91
7884.5
7853.92
7817.11
7774.13
7727.52
1#
0.013
0.009
0.009
0.06
0.08
0.6
0.26
0.05
0.18
0.28
-27550#
-32432.7
-32529.3
-34763.1
-32262
-32193
-26830
-24208
-15990
-11005
-1190
300#
2.6
1.7
0.9
10
13
140
17
50
13
190
7911#
7932.010
7928.475
7935.957
7919.03
7914.64
7883.0
7865.42
7819.02
7789.30
7734.7
2#
0.013
0.009
0.005
0.05
0.06
0.7
0.09
0.25
0.06
1.0
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β−
β−
β−
β−
β+
β+
β+
β+
β+
β+
β−
β−
β+
β+
β+
β+
β+
β+
β+
β+
β−
β−
β−
β+
β+
β+
β+
β+
β+
β+
5630#
1270
3140
-1955.1
572
*
4442
1511
7040
3920
9510
6340
430#
70
150
1.2
6
3240#
2045
312.7
*
1008
1890
3220
4312
6040
7010
8186
200#
10
1.1
2060#
4170#
-1047.3
1459.7
*
3516
765
6140
3320
9010
5470
630#
200#
2.3
1.9
15
23
50
50
180
180
4
40
40
24
40
40
13
16
22
40
30
40
40
3090#
1141.2
*
56.79
1083
2343
3730
5120
6320
7510
8210
200#
2.3
4880#
96.6
2233.8
*
2501
69
5370
2620
8220
4990
9820
300#
2.0
1.7
0.30
11
14
110
120
50
40
60
10
14
140
140
50
50
190
Atomic mass
µu
189 969230#
189 963180
189 961820
189 958447.0
189 960546.0
189 959932
189 964700
189 966322
189 973880
189 978082
189 988300
189 995101
430#
180
160
1.6
1.8
6
17
17
50
13
200
14
190 966600#
190 963125
190 960929.7
190 960594.0
190 961677
190 963700
190 967157
190 971786
190 978270
190 985786
190 994574
210#
11
1.6
1.8
5
40
24
8
40
8
12
191 968170#
191 965960#
191 961480.7
191 962605.0
191 961038.0
191 964813
191 965634
191 972230
191 975785
191 985460
191 991335
640#
210#
2.7
1.8
2.7
17
17
30
14
40
13
192 967470#
192 964151.6
192 962926.4
192 962987.4
192 964150
192 966665
192 970670
192 976170
192 982960
192 991030
192 999840
210#
2.7
1.8
1.8
11
17
120
50
10
40
60
193 970420#
193 965182.1
193 965078.4
193 962680.3
193 965365
193 965439
193 971200
193 974012
193 982830
193 988186
193 998730
320#
2.8
1.8
0.9
11
13
150
19
50
13
200
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
N
Z
A
Elt.
Orig.
119
118
117
116
115
114
113
112
111
110
109
76
77
78
79
80
81
82
83
84
85
86
195
Os
Ir
Pt
Au
Hg
Tl
Pb
Bi
Po
At
Rn
+
-n
120
119
118
117
116
115
114
113
112
111
110
76
77
78
79
80
81
82
83
84
85
86
196
120
119
118
117
116
115
114
113
112
111
77
78
79
80
81
82
83
84
85
86
197
121
120
119
118
117
116
115
114
113
112
77
78
79
80
81
82
83
84
85
86
198
122
121
120
119
118
117
116
115
114
113
112
77
78
79
80
81
82
83
84
85
86
87
199
+α
x
x
−α
−α
−α
Os
Ir
Pt
Au
Hg
Tl
Pb
Bi
Po
At
Rn
+pp
+
Ir
Pt
Au
Hg
Tl
Pb
Bi
Po
At
Rn
+p
Ir
Pt
Au
Hg
Tl
Pb
Bi
Po
At
Rn
Ir
Pt
Au
Hg
Tl
Pb
Bi
Po
At
Rn
Fr
x
x
x
−α
−α
−α
+α
IT
+α
−α
−α
−α
x
-n
−
x
x
−α
−α
p−2n
-n
x
+α
+α
−α
−α
−α
−α
Mass excess
(keV)
Binding energy
per nucleon (keV)
-29690
-31689.8
-32796.8
-32570.0
-31000
-28155
-23714
-18024
-11070
-3476
5070
500
1.7
0.9
1.3
23
14
23
6
40
9
50
7918.7
7924.902
7926.567
7921.392
7909.33
7890.73
7863.94
7830.748
7791.10
7748.12
7700.31
2.6
0.009
0.005
0.007
0.12
0.07
0.12
0.029
0.20
0.05
0.26
-28280
-29440
-32647.4
-31140.0
-31826.7
-27497
-25361
-18009
-13474
-3920
1970
40
40
0.9
3.0
2.9
12
14
24
13
60
15
7912.25
7914.16
7926.544
7914.861
7914.373
7888.29
7873.40
7831.90
7804.77
7752.1
7717.99
0.20
0.20
0.004
0.015
0.015
0.06
0.07
0.12
0.07
0.3
0.08
-28268
-30422.4
-31141.1
-30541
-28341
-24749
-19688
-13360
-6340
1480
20
0.8
0.6
3
16
6
8
50
50
60
7909.02
7915.984
7915.661
7908.643
7893.51
7871.298
7841.64
7805.53
7765.96
7722.3
0.10
0.004
0.003
0.016
0.08
0.028
0.04
0.25
0.26
0.3
-25820#
-29908
-29582.1
-30954.4
-27490
-26050
-19369
-15473
-6670
-1231
200#
3
0.6
0.3
80
15
28
17
50
13
7897#
7914.169
7908.573
7911.553
7890.1
7878.88
7841.19
7817.56
7769.16
7737.73
1#
0.016
0.003
0.002
0.4
0.07
0.14
0.09
0.25
0.07
-24400
-27392
-29095.0
-29547.1
-28059
-25228
-20798
-15215
-8820
-1520
6760
40
3
0.6
0.4
28
26
12
23
50
60
40
7891.22
7902.319
7906.943
7905.284
7893.88
7875.72
7849.53
7817.54
7781.47
7740.8
7695.31
0.21
0.016
0.003
0.002
0.14
0.13
0.06
0.12
0.25
0.3
0.21
391
Beta-decay energy
(keV)
β−
β−
β+
β+
β+
β+
β+
β+
β+
β+
β−
β−
β−
β−
β+
β+
β+
β+
β+
β+
β−
β−
β+
β+
β+
β+
β+
β+
β+
β−
β−
β−
β+
β+
β+
β+
β+
β+
β−
β−
β−
β+
β+
β+
β+
β+
β+
β+
2000
1107.0
*
226.8
1570
2845
4441
5690
6950
7600
8540
500
1.7
1160
3210
-1507.4
687
*
4330
2136
7352
4535
9550
5890
60
40
3.0
3
2155
718.7
*
600
2200
3592
5061
6330
7010
7820
20
0.6
4090#
-326
1372.3
*
3460
1440
6680
3900
8800
5440
200#
3
0.5
2990
1703
452.0
*
1488
2830
4430
5583
6400
7300
8280
40
3
0.6
1.0
23
27
27
24
40
40
50
12
19
28
28
60
60
3
17
17
10
50
70
80
80
80
30
30
50
50
28
40
29
26
60
80
80
Atomic mass
µu
194 968130
194 965979.6
194 964791.1
194 965034.6
194 966720
194 969774
194 974542
194 980651
194 988110
194 996268
195 005440
540
1.8
0.9
1.4
25
15
25
6
40
10
50
195 969640
195 968400
195 964951.5
195 966570
195 965833
195 970481
195 972774
195 980667
195 985535
195 995790
196 002115
40
40
0.9
3
3
13
15
26
14
60
16
196 969653
196 967340.2
196 966568.7
196 967213
196 969575
196 973431
196 978864
196 985660
196 993190
197 001580
22
0.9
0.6
3
18
6
9
50
50
70
197 972280#
197 967893
197 968242.3
197 966769.0
197 970480
197 972034
197 979210
197 983389
197 992840
197 998679
210#
3
0.6
0.4
90
16
30
19
50
14
198 973800
198 970593
198 968765.2
198 968279.9
198 969880
198 972917
198 977672
198 983666
198 990530
198 998370
199 007260
40
3
0.6
0.4
30
28
13
25
50
70
40
392
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
N
Z
A
Elt.
Orig.
122
121
120
119
118
117
116
115
114
113
78
79
80
81
82
83
84
85
86
87
200
Pt
Au
Hg
Tl
Pb
Bi
Po
At
Rn
Fr
-nn
+
123
122
121
120
119
118
117
116
115
114
78
79
80
81
82
83
84
85
86
87
201
124
123
122
121
120
119
118
117
116
115
114
78
79
80
81
82
83
84
85
86
87
88
202
124
123
122
121
120
119
118
117
116
115
79
80
81
82
83
84
85
86
87
88
203
125
124
123
122
121
120
119
118
117
116
79
80
81
82
83
84
85
86
87
88
204
Pt
Au
Hg
Tl
Pb
Bi
Po
At
Rn
Fr
Pt
Au
Hg
Tl
Pb
Bi
Po
At
Rn
Fr
Ra
Au
Hg
Tl
Pb
Bi
Po
At
Rn
Fr
Ra
Au
Hg
Tl
Pb
Bi
Po
At
Rn
Fr
Ra
−
4n
+α
−α
−α
−α
−α
+
+nn
+α
+α
−α
+α
−α
−α
x
+
x
−α
−α
−α
−α
−α
x
−α
x
−α
+
+α
−α
−α
−α
−α
Mass excess
(keV)
Binding energy
per nucleon (keV)
-26603
-27270
-29504.1
-27048
-26243
-20370
-16954
-8988
-4006
6120
20
50
0.4
6
11
24
14
24
13
80
7899.22
7898.63
7905.899
7889.707
7881.77
7848.49
7827.50
7783.76
7754.94
7700.4
0.10
0.25
0.002
0.029
0.05
0.12
0.07
0.12
0.07
0.4
-23740
-26401
-27663.3
-27182
-25258
-21416
-16525
-10789
-4070
3600
50
3
0.6
15
22
15
6
8
70
70
7885.83
7895.176
7897.564
7891.28
7877.81
7854.81
7826.580
7794.15
7756.8
7714.8
0.25
0.016
0.003
0.07
0.11
0.08
0.029
0.04
0.4
0.4
-22600#
-24400
-27345.9
-25983
-25934
-20733
-17924
-10591
-6275
3140
9210
300#
170
0.6
15
8
20
15
28
18
50
60
7881#
7886.1
7896.852
7886.23
7882.12
7852.50
7834.72
7794.54
7769.30
7718.81
7684.9
1#
0.8
0.003
0.07
0.04
0.10
0.07
0.14
0.09
0.25
0.3
-23143
-25269.1
-25761.2
-24787
-21540
-17307
-12163
-6160
861
8640
3
1.7
1.3
7
22
26
12
24
16
80
7880.864
7887.482
7886.052
7877.40
7857.55
7832.84
7803.65
7770.23
7731.78
7689.6
0.015
0.008
0.006
0.03
0.11
0.13
0.06
0.12
0.08
0.4
-20750#
-24690.2
-24346.0
-25109.7
-20667
-18334
-11875
-7984
608
6054
200#
0.3
1.3
1.2
26
11
24
15
25
15
7870#
7885.545
7880.022
7879.931
7854.32
7839.04
7803.55
7780.64
7734.69
7704.16
1#
0.002
0.006
0.006
0.13
0.05
0.12
0.07
0.12
0.08
Beta-decay energy
(keV)
β−
β−
β+
β+
β+
β+
β+
β+
β+
β−
β−
β+
β+
β+
β+
β+
β+
β+
β−
β−
β+
β+
β+
β+
β+
β+
β+
β+
β−
β−
β+
β+
β+
β+
β+
β+
β+
β−
β−
β−
β+
β+
β+
β+
β+
β+
670
2240
*
2456
805
5873
3416
7967
4982
10130
50
50
2660
1262
*
481
1924
3842
4891
5735
6720
7670
50
3
6
12
26
28
28
28
80
15
27
27
16
10
70
100
1800#
2950
*
1363
50
5201
2809
7330
4320
9420
6070
340#
170
2126
492.1
*
975
3247
4230
5144
6003
7022
7780
3
1.2
3940#
-344.3
763.76
*
4442
2334
6458
3891
8593
5446
15
15
22
25
30
30
50
80
6
22
30
29
26
28
80
200#
1.3
0.18
26
28
26
28
29
29
Atomic mass
µu
199 971441
199 970730
199 968326.0
199 970963
199 971827
199 978132
199 981799
199 990351
199 995699
200 006570
22
50
0.4
6
12
26
15
26
14
80
200 974510
200 971657
200 970302.3
200 970819
200 972885
200 977009
200 982260
200 988417
200 995630
201 003860
50
3
0.6
16
24
16
6
9
80
80
201 975740#
201 973810
201 970643.0
201 972106
201 972159
201 977742
201 980758
201 988630
201 993263
202 003370
202 009890
320#
180
0.6
16
9
22
16
30
19
50
70
202 975155
202 972872.5
202 972344.2
202 973391
202 976876
202 981420
202 986942
202 993387
203 000925
203 009270
3
1.8
1.4
7
23
28
13
25
17
90
203 977720#
203 973493.9
203 973863.5
203 973043.6
203 977813
203 980318
203 987251
203 991429
204 000653
204 006500
220#
0.4
1.3
1.3
28
12
26
16
26
17
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
N
Z
A
Elt.
Orig.
126
125
124
123
122
121
120
119
118
117
79
80
81
82
83
84
85
86
87
88
205
Au
Hg
Tl
Pb
Bi
Po
At
Rn
Fr
Ra
x
126
125
124
123
122
121
120
119
118
117
80
81
82
83
84
85
86
87
88
89
206
127
126
125
124
123
122
121
120
119
118
80
81
82
83
84
85
86
87
88
89
207
128
127
126
125
124
123
122
121
120
119
80
81
82
83
84
85
86
87
88
89
208
129
128
127
126
125
124
123
122
121
120
119
80
81
82
83
84
85
86
87
88
89
90
209
Hg
Tl
Pb
Bi
Po
At
Rn
Fr
Ra
Ac
Hg
Tl
Pb
Bi
Po
At
Rn
Fr
Ra
Ac
Hg
Tl
Pb
Bi
Po
At
Rn
Fr
Ra
Ac
Hg
Tl
Pb
Bi
Po
At
Rn
Fr
Ra
Ac
Th
x
+α
−α
x
−α
+α
−
−α
−α
−α
−α
−α
−α
+
−α
−α
−α
x
+α
+n
−α
+α
−α
−α
−α
x
+α
−α
−α
−α
−α
−α
Mass excess
(keV)
Binding energy
per nucleon (keV)
-18750#
-22287
-23820.6
-23770.1
-21062
-17509
-12972
-7710
-1310
5840
300#
4
1.3
1.2
7
20
15
50
8
90
7861#
7874.731
7878.393
7874.330
7857.30
7836.16
7810.21
7780.74
7745.69
7707.0
1#
0.018
0.006
0.006
0.04
0.10
0.07
0.25
0.04
0.4
-20946
-22253.1
-23785.4
-20028
-18182
-12420
-9116
-1243
3565
13510
20
1.4
1.2
8
8
20
15
28
18
70
7869.17
7871.720
7875.361
7853.32
7840.56
7808.79
7788.96
7746.94
7719.80
7667.7
0.10
0.007
0.006
0.04
0.04
0.10
0.07
0.14
0.09
0.3
-16220
-21034
-22451.9
-20054.4
-17146
-13243
-8631
-2840
3540
11130
150
5
1.2
2.4
7
21
26
50
60
50
7847.3
7866.793
7869.865
7854.504
7836.67
7814.04
7787.98
7756.23
7721.63
7681.17
0.7
0.027
0.006
0.012
0.03
0.10
0.13
0.24
0.27
0.25
-13100#
-16749.5
-21748.5
-18870.0
-17469.5
-12491
-9648
-2670
1714
10760
300#
2.0
1.2
2.4
1.8
26
11
50
15
60
7833#
7847.180
7867.452
7849.852
7839.357
7811.66
7794.23
7756.90
7732.08
7684.83
1#
0.010
0.006
0.011
0.009
0.12
0.05
0.22
0.07
0.27
-8350#
-13638
-17614.4
-18258.5
-16365.9
-12880
-8929
-3769
1850
8840
16500
200#
8
1.8
1.4
1.8
7
20
15
50
50
100
7812#
7833.36
7848.647
7847.985
7835.187
7814.76
7792.12
7763.69
7733.03
7695.85
7655.5
1#
0.04
0.009
0.007
0.009
0.04
0.10
0.07
0.24
0.24
0.5
Beta-decay energy
(keV)
β−
β−
β+
β+
β+
β+
β+
β+
β+
β−
β−
β+
β+
β+
β+
β+
β+
β+
β−
β−
β+
β+
β+
β+
β+
β+
β+
β−
β−
β+
β+
β+
β+
β+
β+
β+
β−
β−
β−
β+
β+
β+
β+
β+
β+
β+
3540#
1533
*
50.5
2708
3553
4537
5260
6400
7150
300#
4
1308
1532.3
*
3758
1846
5762
3304
7870
4810
9950
20
0.6
0.5
7
21
25
50
50
90
8
11
22
25
30
30
70
4820
1418
*
2397.5
2909
3903
4610
5790
6380
7590
150
5
3650#
4999.0
*
2878.4
1400.5
4978
2843
6980
4380
9050
300#
1.7
5290#
3976
644.0
*
1892.5
3486
3951
5159
5620
6990
7660
200#
8
1.1
2.1
7
22
30
60
80
80
2.0
2.4
26
28
50
50
60
1.6
7
21
25
50
70
110
393
Atomic mass
µu
204 979870#
204 976073
204 974427.5
204 974481.8
204 977389
204 981203
204 986074
204 991720
204 998594
205 006270
320#
4
1.4
1.3
8
21
16
50
8
90
205 977514
205 976110.3
205 974465.3
205 978499
205 980481
205 986667
205 990214
205 998670
206 003827
206 014500
22
1.5
1.3
8
9
22
16
30
19
80
206 982590
206 977419
206 975896.9
206 978470.7
206 981593
206 985784
206 990734
206 996950
207 003800
207 011950
160
6
1.3
2.6
7
23
28
50
60
60
207 985940#
207 982018.7
207 976652.1
207 979742.2
207 981245.7
207 986590
207 989642
207 997140
208 001840
208 011550
320#
2.1
1.3
2.5
1.9
28
12
50
17
60
208 991040#
208 985359
208 981090.1
208 980398.7
208 982430.4
208 986173
208 990415
208 995954
209 001990
209 009490
209 017720
210#
8
1.9
1.6
2.0
8
21
16
50
50
110
394
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
N
Z
A
Elt.
Orig.
130
129
128
127
126
125
124
123
122
121
120
80
81
82
83
84
85
86
87
88
89
90
210
Hg
Tl
Pb
Bi
Po
At
Rn
Fr
Ra
Ac
Th
x
+α
130
129
128
127
126
125
124
123
122
121
81
82
83
84
85
86
87
88
89
90
211
131
130
129
128
127
126
125
124
123
122
121
81
82
83
84
85
86
87
88
89
90
91
212
131
130
129
128
127
126
125
124
123
122
82
83
84
85
86
87
88
89
90
91
213
132
131
130
129
128
127
126
125
124
123
82
83
84
85
86
87
88
89
90
91
214
Tl
Pb
Bi
Po
At
Rn
Fr
Ra
Ac
Th
Tl
Pb
Bi
Po
At
Rn
Fr
Ra
Ac
Th
Pa
Pb
Bi
Po
At
Rn
Fr
Ra
Ac
Th
Pa
Pb
Bi
Po
At
Rn
Fr
Ra
Ac
Th
Pa
Mass excess
(keV)
Binding energy
per nucleon (keV)
-5110#
-9246
-14728.3
-14791.8
-15953.1
-11972
-9598
-3346
461
8790
14043
300#
12
1.5
1.4
1.2
8
9
22
15
60
25
7798#
7813.58
7835.964
7832.541
7834.345
7811.66
7796.63
7763.14
7741.28
7697.90
7669.16
1#
0.06
0.007
0.007
0.006
0.04
0.04
0.11
0.07
0.27
0.12
-6080#
-10491.4
-11858
-12432.5
-11647.1
-8756
-4158
836
7200
13910
200#
2.7
6
1.3
2.8
7
21
26
70
70
7800#
7817.000
7819.770
7818.783
7811.354
7793.94
7768.44
7741.07
7707.2
7671.7
1#
0.013
0.026
0.006
0.013
0.03
0.10
0.12
0.3
0.4
-1650#
-7547.4
-8117.3
-10369.4
-8621
-8660
-3538
-191
7280
12091
21610
300#
2.2
2.0
1.2
7
3
26
11
70
18
70
7780#
7804.312
7803.310
7810.243
7798.31
7794.797
7766.95
7747.47
7708.5
7682.16
7633.5
1#
0.010
0.009
0.006
0.03
0.015
0.12
0.05
0.3
0.09
0.4
−α
−α
−α
−α
-3184
-5231
-6653
-6579
-5698
-3550
358
6150
12120
19660
8
5
3
5
6
8
20
50
70
70
7785.08
7791.016
7794.023
7790.003
7782.192
7768.43
7746.41
7715.52
7683.9
7644.8
0.04
0.023
0.015
0.023
0.027
0.04
0.10
0.24
0.3
0.3
−α
−α
−α
−α
−α
−α
−α
-181.3
-1200
-4469.9
-3380
-4320
-958
101
6429
10712
19490
2.4
11
1.5
4
9
9
9
22
17
80
7772.386
7773.49
7785.115
7776.365
7777.10
7757.74
7749.13
7715.91
7692.24
7647.6
0.011
0.05
0.007
0.020
0.04
0.04
0.04
0.11
0.08
0.4
−α
−α
−α
−α
−α
+α
−α
−α
−α
−α
−α
−α
+α
−α
−α
−α
−α
−α
−α
+α
−α
−α
Beta-decay energy
(keV)
β−
β−
β−
β−
β+
β+
β+
β+
β+
β+
β−
β−
β−
β+
β+
β+
β+
β+
β+
β−
β−
β−
β−
β−
β+
β+
β+
β+
β+
β−
β−
β+
β+
β+
β+
β+
β+
β+
β−
β−
β−
β−
β+
β+
β+
β+
β+
4130#
5482
63.5
1161.3
*
3981
2374
6252
3807
8330
5250
300#
12
0.5
0.8
4420#
1367
574
*
785.4
2892
4598
4990
6370
6700
200#
6
5
5900#
569.9
2252.1
-1748
38
*
5122
3346
7470
4810
9520
300#
1.9
1.7
7
8
2046
1423
*
74
881
2148
3908
5800
5960
7540
9
5
1019
3270
-1090
940
*
3361
1059
6328
4283
8770
8
12
24
27
60
60
2.5
7
22
30
80
100
26
28
70
70
80
5
7
9
22
60
90
100
11
11
4
10
13
13
24
28
80
Atomic mass
µu
209 994510#
209 990074
209 984188.5
209 984120.4
209 982873.7
209 987148
209 989696
209 996408
210 000495
210 009440
210 015075
320#
12
1.6
1.6
1.3
8
9
24
16
60
27
210 993480#
210 988737.0
210 987269
210 986653.2
210 987496.3
210 990601
210 995537
211 000898
211 007730
211 014930
220#
2.9
6
1.4
3.0
7
23
28
80
80
211 998230#
211 991897.5
211 991285.7
211 988868.0
211 990745
211 990704
211 996202
211 999794
212 007810
212 012980
212 023200
320#
2.4
2.1
1.3
8
3
28
12
70
20
80
212 996581
212 994385
212 992857
212 992937
212 993883
212 996189
213 000384
213 006610
213 013010
213 021110
8
5
3
5
6
8
22
60
80
80
213 999805.4
213 998712
213 995201.4
213 996372
213 995363
213 998971
214 000108
214 006902
214 011500
214 020920
2.6
12
1.6
5
10
9
10
24
18
80
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
N
Z
A
Elt.
Orig.
133
132
131
130
129
128
127
126
125
124
82
83
84
85
86
87
88
89
90
91
215
Pb
Bi
Po
At
Rn
Fr
Ra
Ac
Th
Pa
+α
x
133
132
131
130
129
128
127
126
125
83
84
85
86
87
88
89
90
91
216
134
133
132
131
130
129
128
127
126
125
83
84
85
86
87
88
89
90
91
92
217
135
134
133
132
131
130
129
128
127
126
83
84
85
86
87
88
89
90
91
92
218
135
134
133
132
131
130
129
128
127
84
85
86
87
88
89
90
91
92
219
136
135
134
133
132
131
130
129
128
84
85
86
87
88
89
90
91
92
220
Bi
Po
At
Rn
Fr
Ra
Ac
Th
Pa
Bi
Po
At
Rn
Fr
Ra
Ac
Th
Pa
U
Bi
Po
At
Rn
Fr
Ra
Ac
Th
Pa
U
Po
At
Rn
Fr
Ra
Ac
Th
Pa
U
Po
At
Rn
Fr
Ra
Ac
Th
Pa
U
−α
−α
−α
−α
−α
−α
−α
x
−α
−α
−α
−α
−α
−α
x
+α
−α
−α
−α
−α
−α
−α
−α
+α
−α
−α
−α
−α
−α
−α
−α
+α
+α
−α
−α
−α
−α
−α
−α
+α
−α
−α
−α
−α
−α
−α
Mass excess
(keV)
Binding energy
per nucleon (keV)
Beta-decay energy
(keV)
β−
β−
β−
4480#
1649
-540.3
-1255
-1169
318
2534
6012
10927
17870
410#
15
2.5
7
8
7
8
21
27
90
7752#
7761.63
7768.169
7767.86
7763.81
7753.26
7739.32
7719.50
7693.00
7657.1
2#
0.07
0.012
0.03
0.04
0.03
0.04
0.10
0.13
0.4
5874
1783.8
2257
256
2979
3291
8123
10304
17800
11
2.2
4
7
14
9
27
13
70
7743.50
7758.813
7752.999
7758.64
7742.41
7737.35
7711.36
7697.63
7659.3
0.05
0.010
0.017
0.03
0.07
0.04
0.12
0.06
0.3
8820#
5901
4396
3659
4315
5887
8707
12216
17070
22700
200#
7
5
4
7
9
13
21
50
90
7731#
7741.28
7744.612
7744.403
7737.77
7726.92
7710.32
7690.55
7664.58
7635.0
1#
0.03
0.023
0.019
0.03
0.04
0.06
0.10
0.24
0.4
13340#
8358.3
8099
5217.5
7059
6651
10840
12374
18669
21920
360#
2.4
12
2.4
5
11
50
13
25
30
7712#
7731.521
7729.12
7738.751
7726.715
7725.00
7702.18
7691.57
7659.10
7640.59
2#
0.011
0.05
0.011
0.022
0.05
0.23
0.06
0.11
0.14
β−
β−
β−
β−
β−
12800#
10397
8830.8
8618
9394
11570
14470
18520
23210
360#
4
2.5
7
8
50
50
50
60
7713#
7720.191
7723.771
7721.17
7714.05
7700.55
7683.72
7661.66
7636.67
2#
0.018
0.012
0.03
0.04
0.23
0.23
0.25
0.26
β−
β−
β−
15470#
14350
10613.4
11483
10273
13752
14669
20380
23030#
360#
50
2.2
4
9
15
22
60
200#
7702#
7703.81
7717.248
7709.740
7711.68
7692.31
7684.59
7655.09
7639#
2#
0.23
0.010
0.019
0.04
0.07
0.10
0.26
1#
β+
β+
β+
β+
β+
β+
β−
β−
β−
β+
β+
β+
β+
β+
β−
β−
β−
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β−
β−
β−
β−
β+
β+
β+
β+
2830#
2189
715
*
87
1487
2215
3478
4920
6940
410#
15
7
4090
-473
2002
*
2723
312
4832
2182
7500
11
4
8
10
10
10
22
30
90
16
17
28
30
70
2920#
1505
737
*
656
1573
2819
3509
4850
5630
200#
8
6
4980#
260
2881
-1842
408
*
4190
1530
6294
3250
360#
12
12
5
12
2410#
1566
212
*
776
2180
2900
4050
4690
360#
3
7
1110#
3740
-869
1210
*
3479
917
5710
2650#
360#
50
4
10
8
11
15
24
60
100
50
50
28
40
11
50
70
70
80
17
27
60
210#
395
Atomic mass
µu
215 004810#
215 001770
214 999420.0
214 998653
214 998745
215 000341
215 002720
215 006454
215 011730
215 019190
440#
16
2.7
7
8
8
8
23
29
90
216 006306
216 001915.0
216 002423
216 000274
216 003198
216 003533
216 008720
216 011062
216 019110
12
2.4
4
8
15
9
29
14
80
217 009470#
217 006335
217 004719
217 003928
217 004632
217 006320
217 009347
217 013114
217 018320
217 024370
210#
7
5
5
7
9
14
22
60
90
218 014320#
218 008973.0
218 008694
218 005601.3
218 007578
218 007140
218 011640
218 013284
218 020042
218 023540
390#
2.6
12
2.5
5
12
50
14
26
30
219 013740#
219 011162
219 009480.2
219 009252
219 010085
219 012420
219 015540
219 019880
219 024920
390#
4
2.7
8
9
50
50
60
60
220 016600#
220 015410
220 011394.0
220 012327
220 011028
220 014763
220 015748
220 021880
220 024720#
390#
60
2.4
4
10
16
24
60
220#
396
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
N
Z
A
Elt.
Orig.
136
135
134
133
132
131
130
129
85
86
87
88
89
90
91
92
221
At
Rn
Fr
Ra
Ac
Th
Pa
U
x
+α
137
136
135
134
133
132
131
130
85
86
87
88
89
90
91
92
222
138
137
136
135
134
133
132
131
85
86
87
88
89
90
91
92
223
138
137
136
135
134
133
132
86
87
88
89
90
91
92
224
139
138
137
136
135
134
133
132
86
87
88
89
90
91
92
93
225
140
139
138
137
136
135
134
133
86
87
88
89
90
91
92
93
226
141
140
139
138
137
136
135
134
86
87
88
89
90
91
92
93
227
At
Rn
Fr
Ra
Ac
Th
Pa
U
−α
−α
−α
−α
−α
x
−α
−α
−α
−α
At
Rn
Fr
Ra
Ac
Th
Pa
U
x
x
+α
Rn
Fr
Ra
Ac
Th
Pa
U
x
+
Rn
Fr
Ra
Ac
Th
Pa
U
Np
Rn
Fr
Ra
Ac
Th
Pa
U
Np
Rn
Fr
Ra
Ac
Th
Pa
U
Np
−α
−α
−α
−α
−α
−α
−α
−α
x
+
−α
−α
−α
−α
x
+
−α
−α
−α
+α
+
-n
−α
−α
−α
Mass excess
(keV)
Binding energy
per nucleon (keV)
Beta-decay energy
(keV)
β−
β−
β−
16810#
14472
13278
12964
14520
16938
20380
24590#
200#
6
5
5
50
9
50
100#
7694#
7701.388
7703.252
7701.134
7690.54
7676.07
7656.96
7634#
1#
0.027
0.022
0.021
0.23
0.04
0.23
0#
20800#
16373.6
16349
14321
16621
17203
22120#
24300#
300#
2.4
21
5
5
12
70#
100#
7678#
7694.491
7691.08
7696.687
7682.802
7676.66
7651#
7638#
1#
0.011
0.10
0.021
0.023
0.06
0#
0#
β−
β−
β−
23460#
20300#
18383.8
17234.7
17826
19386
22320
25840
400#
300#
2.4
2.5
7
9
70
70
7668#
7679#
7683.658
7685.303
7679.14
7668.64
7652.0
7632.7
2#
1#
0.011
0.011
0.03
0.04
0.3
0.3
β−
β−
β−
22440#
21660
18827.2
20235
19996
23870
25714
300#
50
2.2
4
11
16
25
7671#
7670.78
7679.917
7670.140
7667.71
7646.93
7635.20
1#
0.22
0.010
0.019
0.05
0.07
0.11
26490#
23810
21994.0
21638
22310
24340
27377
31590
300#
30
3.0
5
5
70
12
70
7655#
7662.97
7667.581
7665.686
7659.222
7646.7
7629.75
7607.5
1#
0.13
0.013
0.021
0.023
0.3
0.05
0.3
28770#
27370
23669.1
24310
23197
26033
27329
32740#
400#
100
2.3
3
5
11
13
90#
7646#
7649.0
7661.956
7655.658
7657.121
7641.11
7631.92
7605#
2#
0.4
0.010
0.015
0.021
0.05
0.06
0#
β−
β−
β−
β−
32980#
29650
27179.0
25850.9
25806.2
26832
29022
32560
420#
100
2.4
2.4
2.5
7
17
70
7630#
7640.8
7648.297
7650.701
7647.452
7639.49
7626.39
7607.4
2#
0.4
0.010
0.011
0.011
0.03
0.07
0.3
β−
β−
β−
β−
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β−
β−
β−
β−
β+
β+
β−
β−
β−
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
2340#
1194
314
*
1560
2410
3440
4210#
200#
7
6
4430#
24
2028
*
2300
582
4910#
2180#
300#
21
22
3170#
1910#
1149.2
*
592
1559
2930
3520
500#
300#
0.8
50
50
50
110#
7
13
70#
120#
7
12
70
100
780#
2830
-1408
238
*
3874
1843
300#
50
4
12
2680#
1820
356
*
672
2030
3040
4210
300#
30
5
1400#
3700
-641
1113
*
2836
1296
5410#
410#
100
3
5
3330#
2480
1328.0
44.8
*
1026
2190
3540
440#
100
2.3
0.8
19
30
7
70
70
70
12
17
90#
7
18
70
Atomic mass
µu
221 018050#
221 015537
221 014255
221 013917
221 015590
221 018184
221 021880
221 026400#
210#
6
5
5
50
10
60
110#
222 022330#
222 017577.7
222 017552
222 015375
222 017844
222 018468
222 023740#
222 026090#
320#
2.5
23
5
6
13
80#
110#
223 025190#
223 021790#
223 019735.9
223 018502.2
223 019137
223 020811
223 023960
223 027740
430#
320#
2.6
2.7
8
10
80
80
224 024090#
224 023250
224 020211.8
224 021723
224 021467
224 025626
224 027605
320#
50
2.4
4
12
17
27
225 028440#
225 025570
225 023612
225 023230
225 023951
225 026130
225 029391
225 033910
320#
30
3
5
5
80
12
80
226 030890#
226 029390
226 025409.8
226 026098
226 024903
226 027948
226 029339
226 035150#
430#
110
2.5
4
5
12
14
100#
227 035410#
227 031840
227 029177.8
227 027752.1
227 027704.1
227 028805
227 031156
227 034960
450#
110
2.5
2.6
2.7
8
18
80
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
N
Z
A
Elt.
Orig.
142
141
140
139
138
137
136
135
134
86
87
88
89
90
91
92
93
94
228
Rn
Fr
Ra
Ac
Th
Pa
U
Np
Pu
+α
+
+α
−
142
141
140
139
138
137
136
135
87
88
89
90
91
92
93
94
229
Fr
Ra
Ac
Th
Pa
U
Np
Pu
x
143
142
141
140
139
138
137
136
87
88
89
90
91
92
93
94
230
144
143
142
141
140
139
138
137
136
87
88
89
90
91
92
93
94
95
231
145
144
143
142
141
140
139
138
137
87
88
89
90
91
92
93
94
95
232
145
144
143
142
141
140
139
138
137
88
89
90
91
92
93
94
95
96
233
Fr
Ra
Ac
Th
Pa
U
Np
Pu
Fr
Ra
Ac
Th
Pa
U
Np
Pu
Am
−α
−α
x
−α
−α
−α
−α
+α
x
−
−α
−α
−α
+α
x
+
−α
−α
−α
x
Fr
Ra
Ac
Th
Pa
U
Np
Pu
Am
+α
+α
+
Ra
Ac
Th
Pa
U
Np
Pu
Am
Cm
+α
x
+
−α
−
−α
x
−α
−α
−α
−α
Mass excess
(keV)
Binding energy
per nucleon (keV)
397
Beta-decay energy
(keV)
β−
β−
β−
β−
35380#
33280#
28941.8
28896.0
26772.2
28924
29225
33700#
36090
410#
200#
2.4
2.5
2.2
4
15
200#
30
7621#
7627#
7642.421
7639.191
7645.074
7632.204
7627.45
7604#
7590.49
2#
1#
0.011
0.011
0.010
0.019
0.07
1#
0.14
35820
32563
30750
29586.5
29898.0
31211
33780
37400
40
19
30
2.8
2.7
6
90
50
7617.69
7628.48
7632.97
7634.646
7629.869
7620.721
7606.1
7586.86
0.16
0.08
0.15
0.012
0.012
0.026
0.4
0.22
39600#
34518
33810
30864.0
32175
31615
35240
36934
450#
12
300
1.8
3
5
50
15
7603#
7621.91
7621.6
7630.990
7621.891
7620.923
7601.78
7590.99
2#
0.05
1.3
0.008
0.014
0.021
0.22
0.07
β−
β−
β−
β−
β−
42330#
38400#
35920
33817.3
33425.7
33807
35630
38285
42440#
470#
300#
100
1.8
2.3
3
50
26
300#
7593#
7607#
7614.4
7620.112
7618.420
7613.381
7602.13
7587.22
7566#
2#
1#
0.4
0.008
0.010
0.013
0.22
0.11
1#
β−
β−
β−
β−
46360#
40650#
39150
35448.3
35948
34610.7
37360#
38366
43400#
640#
280#
100
2.0
8
2.2
100#
18
300#
7578#
7599#
7602.5
7615.026
7609.50
7611.892
7597#
7588.96
7564#
3#
1#
0.4
0.009
0.03
0.010
0#
0.08
1#
β−
β−
β−
β−
β−
44770#
41500#
38733.2
37490.1
36920.0
37950
40050
43170#
47290
470#
300#
2.0
2.2
2.7
50
50
100#
70
7584#
7594#
7602.886
7604.864
7603.953
7596.18
7583.80
7567#
7546.0
2#
1#
0.009
0.009
0.012
0.22
0.22
0#
0.3
β−
β−
β−
β−
β+
β+
β+
β+
β−
β−
β−
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
2100#
4340#
45.8
2123.8
*
2152
301
4480#
2390#
3250
1810
1170
*
311
1313
2570
3620
460#
200#
0.7
2.7
4
16
200#
200#
40
30
30
3
6
90
100
5080#
710
2940
-1310.5
560
*
3620
1700
450#
300
300
2.8
5
3930#
2480#
2100
391.6
*
381.6
1820
2660
4150#
550#
310#
100
1.5
5710#
1500#
3700
-500
1337
*
2750#
1010#
5030#
700#
300#
100
8
7
3270#
2770#
1243.1
570.1
*
1030
2100
3120#
4120#
50
50
2.0
50
60
300#
100#
100#
300#
560#
300#
1.4
2.0
50
70
110#
120#
Atomic mass
µu
228 037990#
228 035730#
228 031070.3
228 031021.1
228 028741.1
228 031051
228 031374
228 036180#
228 038740
440#
220#
2.6
2.7
2.4
5
16
210#
30
229 038450
229 034958
229 033020
229 031762
229 032096.8
229 033506
229 036260
229 040150
40
20
40
3
3.0
6
90
60
230 042510#
230 037056
230 036290
230 033133.8
230 034541
230 033940
230 037830
230 039650
480#
13
320
1.9
4
5
60
16
231 045440#
231 041220#
231 038560
231 036304.3
231 035884.0
231 036294
231 038250
231 041101
231 045560#
500#
320#
110
1.9
2.4
3
50
28
320#
232 049770#
232 043640#
232 042030
232 038055.3
232 038592
232 037156.2
232 040110#
232 041187
232 046590#
690#
300#
110
2.1
8
2.4
110#
19
320#
233 048060#
233 044550#
233 041581.8
233 040247.3
233 039635.2
233 040740
233 043000
233 046350#
233 050770
500#
320#
2.1
2.3
2.9
50
50
110#
80
398
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
N
Z
A
Elt.
Orig.
146
145
144
143
142
141
140
139
138
88
89
90
91
92
93
94
95
96
234
Ra
Ac
Th
Pa
U
Np
Pu
Am
Cm
+α
x
+α
IT
146
145
144
143
142
141
140
139
138
89
90
91
92
93
94
95
96
97
235
147
146
145
144
143
142
141
140
139
89
90
91
92
93
94
95
96
97
236
147
146
145
144
143
142
141
140
139
90
91
92
93
94
95
96
97
98
237
148
147
146
145
144
143
142
141
140
90
91
92
93
94
95
96
97
98
238
148
147
146
145
144
143
142
141
91
92
93
94
95
96
97
98
239
−
−α
−α
−α
Ac
Th
Pa
U
Np
Pu
Am
Cm
Bk
+α
+n2p
+
Ac
Th
Pa
U
Np
Pu
Am
Cm
Bk
+α
x
+
Th
Pa
U
Np
Pu
Am
Cm
Bk
Cf
Th
Pa
U
Np
Pu
Am
Cm
Bk
Cf
Pa
U
Np
Pu
Am
Cm
Bk
Cf
−α
−α
−α
x
IT
−α
−
−α
x
+α
+
−α
−α
−α
x
+α
+
-n
−α
−α
−α
x
x
-n
−α
−
−α
−α
Mass excess
(keV)
Binding energy
per nucleon (keV)
Beta-decay energy
(keV)
β−
β−
β−
β−
47230#
45100#
40614
40341
38146.6
39956
40350
44530#
46724
490#
400#
3
5
1.8
9
7
210#
18
7575#
7581#
7596.849
7594.673
7600.708
7589.63
7584.607
7563#
7550.68
2#
2#
0.015
0.020
0.008
0.04
0.030
1#
0.08
47720#
44260
42330
40920.5
41044.7
42184
44660#
47910#
52700#
360#
50
50
1.8
2.0
21
120#
200#
400#
7572#
7583.37
7588.24
7590.907
7587.049
7578.87
7565#
7548#
7524#
2#
0.21
0.21
0.008
0.008
0.09
1#
1#
2#
β−
β−
β−
51510#
46450#
45350
42446.3
43380
42902.7
46180#
47890#
53400#
500#
200#
200
1.8
50
2.2
100#
200#
400#
7558#
7576#
7577.5
7586.477
7579.21
7577.913
7561#
7550#
7523#
2#
1#
0.8
0.008
0.21
0.009
0#
1#
2#
β−
β−
β−
β−
β−
50200#
47640
45391.9
44873.3
45093.3
46570#
49280#
53100#
57820#
360#
100
1.9
1.8
2.2
60#
210#
220#
500#
7562#
7569.9
7576.094
7574.982
7570.752
7561#
7546#
7527#
7504#
2#
0.4
0.008
0.008
0.009
0#
1#
1#
2#
β−
β−
β−
52630#
50770
47308.9
47456.3
46164.7
48420
49400
54290#
57200#
280#
60
1.9
1.8
1.8
50
40
290#
400#
7554#
7558.87
7570.120
7566.214
7568.354
7555.58
7548.20
7524#
7509#
1#
0.25
0.008
0.008
0.008
0.21
0.15
1#
2#
β−
β−
β−
β−
53340#
50573.9
49312.4
48589.9
49392.0
51190#
54290#
58150#
200#
1.9
2.1
1.8
2.4
100#
230#
210#
7550#
7558.557
7560.561
7560.311
7553.681
7543#
7527#
7507#
1#
0.008
0.009
0.008
0.010
0#
1#
1#
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β−
β−
β−
β+
β+
β+
β+
2130#
4490#
273
2195
*
1810
393
4180#
2190#
630#
400#
3
4
8
11
210#
210#
3470#
1920
1410
*
124.2
1139
2480#
3250#
4790#
360#
70
50
5050#
1110#
2900
-930
480
*
3280#
1710#
5510#
540#
280#
200
50
50
2560#
2250
518.6
*
220.0
1480#
2710#
3820#
4720#
370#
100
0.5
1860#
3460
-147.3
1291.5
*
2260
970
4890#
2920#
290#
60
1.2
0.4
2760#
1261.5
722.5
*
802.1
1800#
3100#
3860#
200#
1.6
1.0
0.9
21
120#
240#
450#
100#
220#
450#
1.3
60#
220#
310#
550#
50
60
290#
490#
1.7
100#
250#
310#
Atomic mass
µu
234 050700#
234 048420#
234 043601
234 043308
234 040952.1
234 042895
234 043317
234 047810#
234 050160
530#
430#
4
5
2.0
9
7
220#
20
235 051230#
235 047510
235 045440
235 043929.9
235 044063.3
235 045286
235 047950#
235 051430#
235 056580#
380#
50
50
2.0
2.1
22
130#
220#
430#
236 055300#
236 049870#
236 048680
236 045568.0
236 046570
236 046058.0
236 049580#
236 051410#
236 057330#
540#
210#
210
2.0
50
2.4
110#
220#
430#
237 053890#
237 051150
237 048730.2
237 048173.4
237 048409.7
237 050000#
237 052900#
237 057000#
237 062070#
390#
110
2.0
2.0
2.4
60#
220#
240#
540#
238 056500#
238 054500
238 050788.2
238 050946.4
238 049559.9
238 051980
238 053030
238 058280#
238 061410#
300#
60
2.0
2.0
2.0
50
40
310#
430#
239 057260#
239 054293.3
239 052939.0
239 052163.4
239 053024.5
239 054960#
239 058280#
239 062420#
210#
2.1
2.2
2.0
2.6
110#
250#
230#
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
N
Z
A
Elt.
Orig.
149
148
147
146
145
144
143
142
141
91
92
93
94
95
96
97
98
99
240
Pa
U
Np
Pu
Am
Cm
Bk
Cf
Es
x
+α
+
149
148
147
146
145
144
143
142
92
93
94
95
96
97
98
99
241
150
149
148
147
146
145
144
143
142
92
93
94
95
96
97
98
99
100
242
150
149
148
147
146
145
144
143
93
94
95
96
97
98
99
100
243
151
150
149
148
147
146
145
144
93
94
95
96
97
98
99
100
244
151
150
149
148
147
146
145
144
94
95
96
97
98
99
100
101
245
152
151
150
149
148
147
146
145
94
95
96
97
98
99
100
101
246
U
Np
Pu
Am
Cm
Bk
Cf
Es
U
Np
Pu
Am
Cm
Bk
Cf
Es
Fm
Np
Pu
Am
Cm
Bk
Cf
Es
Fm
+n
−α
−
−α
x
x
+
−
−α
−α
+α
+
-n
−α
−
−α
−α
x
IT
−α
−α
−α
−α
−α
Binding energy
per nucleon (keV)
56800#
52715
52315
50127.0
51512
51725.4
55670#
58030#
64200#
300#
5
15
1.8
14
2.3
150#
200#
400#
7538#
7551.771
7550.18
7556.036
7547.01
7542.856
7523#
7510#
7481#
1#
0.021
0.06
0.008
0.06
0.010
1#
1#
2#
56200#
54260
52956.8
52936.0
53703.4
56100#
59360#
63840#
300#
70
1.8
1.8
2.2
200#
260#
230#
7539#
7544.26
7546.432
7543.272
7536.841
7524#
7507#
7485#
1#
0.29
0.008
0.008
0.009
1#
1#
1#
58620#
57420
54718.4
55469.7
54805.2
57740#
59340
64970#
68400#
200#
200
1.9
1.8
1.8
200#
40
330#
400#
7532#
7533.4
7541.321
7534.984
7534.497
7519#
7509.30
7483#
7465#
1#
0.8
0.008
0.008
0.008
1#
0.15
1#
2#
59880#
57756
57176.1
57183.6
58691
60950#
64780#
69260#
30#
3
2.3
2.1
5
140#
230#
220#
7525#
7531.004
7530.169
7526.918
7517.495
7505#
7486#
7464#
0#
0.013
0.009
0.009
0.020
1#
1#
1#
300#
5
2.1
1.8
14
2.9
180#
280#
7514#
7524.817
7521.301
7523.944
7511.47
7505.132
7483#
7468#
1#
0.021
0.009
0.007
0.06
0.012
1#
1#
Np
Pu
Am
Cm
Bk
Cf
Es
Fm
+
−α
−α
−α
−α
−α
63200#
59806
59881.0
58453.7
60716
61479.2
66030#
69010#
Pu
Am
Cm
Bk
Cf
Es
Fm
Md
-n
+α
−α
−α
−α
−α
−α
IT
63106
61900
61004.7
61815.4
63386.9
66440#
70220#
75290#
14
3
2.1
2.3
2.9
200#
280#
320#
7513.58
7515.306
7515.766
7509.264
7499.657
7484#
7465#
7441#
0.06
0.014
0.008
0.009
0.012
1#
1#
1#
65395
64995
62618.4
63970
64091.7
67900#
70140
76280#
15
18
2.1
60
2.1
220#
40
330#
7506.54
7504.99
7511.465
7502.80
7499.115
7480#
7468.17
7440#
0.06
0.07
0.008
0.24
0.009
1#
0.16
1#
Pu
Am
Cm
Bk
Cf
Es
Fm
Md
x
Mass excess
(keV)
IT
−
−α
−α
−α
−α
399
Beta-decay energy
(keV)
β−
β−
β−
β+
β+
β+
β+
β+
β−
β−
β−
β+
β+
β+
β+
β−
β−
β−
β−
β+
β+
β+
β+
β−
β−
β+
β+
β+
β+
β+
β−
β−
β−
β+
β+
β+
β+
β−
β−
β+
β+
β+
β+
β+
β−
β−
β+
β+
β+
β+
β+
4090#
400
2188
*
1385
214
3940#
2370#
6160#
300#
16
15
1940#
1300
20.78
*
767.4
2400#
3260#
4480#
310#
70
0.13
1200#
2700
-751.3
664.5
*
2930#
1600#
5630#
3430#
280#
200
0.7
0.4
2120#
579.4
*
7.5
1508
2250#
3840#
4480#
30#
2.9
14
14
150#
250#
450#
1.2
200#
320#
340#
200#
200#
330#
520#
1.7
5
140#
270#
320#
3400#
-75
1427.3
*
2262
764
4550#
2980#
300#
5
1.0
1206
895.0
*
810.7
1571.4
3050#
3780#
5070#
15
2.8
401
2376
*
1350
120
3810#
2240#
6140#
14
15
180#
340#
1.7
2.6
200#
340#
420#
14
18
60
60
220#
230#
330#
Atomic mass
µu
240 060980#
240 056592
240 056162
240 053813.5
240 055300
240 055529.5
240 059760#
240 062300#
240 068920#
320#
6
16
2.0
15
2.5
160#
220#
430#
241 060330#
241 058250
241 056851.5
241 056829.1
241 057653.0
241 060230#
241 063730#
241 068540#
320#
80
2.0
2.0
2.3
220#
270#
240#
242 062930#
242 061640
242 058742.6
242 059549.2
242 058835.8
242 061980#
242 063700
242 069750#
242 073430#
220#
210
2.0
2.0
2.0
220#
40
350#
430#
243 064280#
243 062003
243 061381.1
243 061389.1
243 063008
243 065430#
243 069550#
243 074350#
30#
3
2.5
2.2
5
150#
250#
230#
244 067850#
244 064204
244 064284.8
244 062752.6
244 065181
244 066001
244 070880#
244 074080#
320#
5
2.2
2.0
16
3
200#
300#
245 067747
245 066452
245 065491.2
245 066361.6
245 068049
245 071320#
245 075390#
245 080830#
15
4
2.2
2.5
3
220#
300#
350#
246 070205
246 069775
246 067223.7
246 068670
246 068805.3
246 072900#
246 075300
246 081890#
16
20
2.2
60
2.2
240#
40
350#
400
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
N
Z
A
Elt.
Orig.
153
152
151
150
149
148
147
146
94
95
96
97
98
99
100
101
247
Pu
Am
Cm
Bk
Cf
Es
Fm
Md
x
+
153
152
151
150
149
148
147
146
95
96
97
98
99
100
101
102
248
154
153
152
151
150
149
148
147
95
96
97
98
99
100
101
102
249
154
153
152
151
150
149
148
96
97
98
99
100
101
102
250
155
154
153
152
151
150
149
148
96
97
98
99
100
101
102
103
251
156
155
154
153
152
151
150
149
96
97
98
99
100
101
102
103
252
156
155
154
153
152
151
150
149
97
98
99
100
101
102
103
104
253
−α
−
−α
−α
IT
+
Mass excess
(keV)
Binding energy
per nucleon (keV)
69000#
67150#
65534
65491
66137
68610#
71580#
76040#
300#
100#
4
6
8
30#
140#
320#
7494#
7499#
7501.928
7498.936
7493.15
7480#
7465#
7444#
1#
0#
0.018
0.022
0.03
0#
1#
1#
200#
5
70#
5
50#
12
240#
300#
7487#
7496.731
7491#
7491.036
7476#
7465.91
7442#
7424#
1#
0.020
0#
0.021
0#
0.05
1#
1#
Beta-decay energy
(keV)
β−
β−
β−
β+
β+
β+
β+
β−
β−
β−
Am
Cm
Bk
Cf
Es
Fm
Md
No
IT
−α
−α
−α
−α
−α
70560#
67392
68080#
67240
70300#
71906
77150#
80660#
Am
Cm
Bk
Cf
Es
Fm
Md
No
x
-n
+
−α
−α
−α
−α
−α
73100#
70750
69849.6
69725.6
71180#
73620#
77330#
81820#
300#
5
2.6
2.2
30#
100#
220#
340#
7479#
7485.552
7486.027
7483.383
7474#
7461#
7443#
7422#
1#
0.020
0.010
0.009
0#
0#
1#
1#
β−
β−
β−
Cm
Bk
Cf
Es
Fm
Md
No
-nn
+α
−α
−
−α
−α
−α
72989
72951
71171.8
73230#
74074
78640#
81520#
11
4
2.1
100#
12
300#
200#
7478.94
7475.961
7479.950
7469#
7462.08
7441#
7426#
0.04
0.016
0.008
0#
0.05
1#
1#
β−
β−
Cm
Bk
Cf
Es
Fm
Md
No
Lr
+
+
−α
−α
−α
−α
−α
x
76648
75228
74135
74512
75987
79030#
82910#
87900#
23
11
4
6
8
200#
180#
300#
7466.72
7469.26
7470.502
7465.881
7456.89
7442#
7423#
7400#
0.09
0.04
0.018
0.024
0.03
1#
1#
1#
Cm
Bk
Cf
Es
Fm
Md
No
Lr
x
+
−α
−
−α
x
−α
−α
79060#
78530#
76034
77290
76817
80630#
82881
88840#
300#
200#
5
50
6
200#
13
250#
7460#
7459#
7465.349
7457.24
7456.031
7438#
7425.76
7399#
1#
1#
0.020
0.20
0.023
1#
0.05
1#
β−
β−
β−
β−
Bk
Cf
Es
Fm
Md
No
Lr
Rf
−α
−α
−α
−α
x
−α
−α
−α
80930#
79301
79013.7
79350
81300#
84470#
88690#
93790#
360#
6
2.6
4
210#
100#
220#
450#
7451#
7454.831
7452.874
7448.455
7438#
7422#
7402#
7379#
1#
0.024
0.010
0.015
1#
0#
1#
2#
β−
β−
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β−
β−
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
1840#
1620#
43
*
646
2470#
2970#
4460#
310#
100#
7
3170#
-690#
840#
*
3060#
1610#
5240#
3520#
200#
70#
70#
2350#
901
124.0
*
1450#
2440#
3710#
4490#
300#
5
1.4
38
1780
*
2060#
850#
4560#
2880#
12
3
1420
1093
*
378
1474
3040#
3890#
4980#
520#
2500#
-1260
480
*
3810#
2250#
5960#
1630#
287
*
336
1950#
3170#
4220#
5100#
6
30#
150#
350#
50#
50#
240#
380#
30#
110#
250#
410#
100#
100#
300#
360#
20
10
7
7
200#
270#
350#
360#
200#
50
50
200#
200#
250#
360#
6
3
210#
230#
250#
510#
Atomic mass
µu
247 074070#
247 072090#
247 070354
247 070307
247 071001
247 073660#
247 076850#
247 081640#
320#
110#
5
6
9
30#
150#
350#
248 075750#
248 072349
248 073090#
248 072185
248 075470#
248 077195
248 082820#
248 086600#
220#
5
80#
6
60#
13
260#
320#
249 078480#
249 075953
249 074986.7
249 074853.5
249 076410#
249 079030#
249 083010#
249 087830#
320#
5
2.8
2.4
30#
110#
240#
370#
250 078357
250 078317
250 076406.1
250 078610#
250 079521
250 084420#
250 087510#
12
4
2.2
110#
13
320#
220#
251 082285
251 080760
251 079587
251 079992
251 081575
251 084840#
251 089010#
251 094360#
24
12
5
7
9
220#
190#
320#
252 084870#
252 084310#
252 081626
252 082980
252 082467
252 086560#
252 088977
252 095370#
320#
220#
5
50
6
210#
14
270#
253 086880#
253 085133
253 084824.7
253 085185
253 087280#
253 090680#
253 095210#
253 100690#
390#
7
2.8
4
220#
110#
240#
490#
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
N
Z
A
Elt.
Orig.
Mass excess
(keV)
Binding energy
per nucleon (keV)
Beta-decay energy
(keV)
157
156
155
154
153
152
151
150
97
98
99
100
101
102
103
104
254
Bk
Cf
Es
Fm
Md
No
Lr
Rf
x
−α
−α
−α
−
−α
−α
−α
84390#
81341
81992
80904.2
83510#
84724
89850#
93320#
300#
12
4
2.8
100#
18
340#
290#
7440#
7449.23
7443.584
7444.786
7431#
7423.59
7400#
7384#
1#
0.05
0.017
0.011
0#
0.07
1#
1#
β−
β−
β−
157
156
155
154
153
152
151
150
98
99
100
101
102
103
104
105
255
Cf
Es
Fm
Md
No
Lr
Rf
Db
+
−α
−α
−α
−α
−α
−α
−α
84810#
84089
83799
84843
86854
90060#
94400#
100040#
200#
11
5
7
10
210#
180#
420#
7438#
7437.82
7435.890
7428.729
7417.78
7402#
7382#
7357#
1#
0.04
0.019
0.026
0.04
1#
1#
2#
β−
β−
158
157
156
155
154
153
152
151
98
99
100
101
102
103
104
105
256
Cf
Es
Fm
Md
No
Lr
Rf
Db
x
+
−α
−α
−α
−α
−α
−α
87040#
87190#
85486
87620
87824
91870#
94236
100720#
300#
100#
7
50
8
220#
24
290#
7432#
7428#
7431.783
7420.41
7416.54
7398#
7385.38
7357#
1#
0#
0.028
0.21
0.03
1#
0.09
1#
β−
β−
158
157
156
155
154
153
152
99
100
101
102
103
104
105
257
Es
Fm
Md
No
Lr
Rf
Db
−α
−α
−α
−α
−α
−α
−α
89400#
88589
88996.2
90241
92740#
95930#
100340#
410#
6
2.8
22
210#
100#
230#
7422#
7422.196
7417.569
7409.68
7397#
7381#
7361#
2#
0.025
0.011
0.08
1#
0#
1#
159
158
157
156
155
154
153
152
99
100
101
102
103
104
105
106
258
Es
Fm
Md
No
Lr
Rf
Db
Sg
x
−α
−α
−α
−α
−α
−α
−α
92700#
90430#
91688
91480#
94840#
96400#
101750#
105420#
300#
200#
5
200#
100#
200#
340#
410#
7412#
7418#
7409.669
7407#
7391#
7382#
7359#
7341#
1#
1#
0.018
1#
0#
1#
1#
2#
β−
β−
β−
159
158
157
156
155
154
153
100
101
102
103
104
105
106
259
Fm
Md
No
Lr
Rf
Db
Sg
−α
−α
−α
−α
−α
−α
−α
93700#
93620#
94110#
95850#
98400#
102100#
106660#
280#
200#
100#
70#
70#
210#
180#
7407#
7405#
7400#
7390#
7377#
7360#
7339#
1#
1#
0#
0#
0#
1#
1#
β−
160
159
158
157
156
155
154
153
100
101
102
103
104
105
106
107
260
Fm
Md
No
Lr
Rf
Db
Sg
Bh
−α
−α
−α
−α
−α
−α
−α
−α
95640#
96550#
95610#
98280#
99150#
103680#
106580
113610#
500#
320#
200#
120#
200#
230#
40
580#
7403#
7396#
7397#
7383#
7377#
7357#
7342.42
7312#
2#
1#
1#
0#
1#
1#
0.15
2#
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β+
β−
+
β
β+
β+
β+
β+
β+
β+
β+
β+
+
β
β+
β+
β+
β+
β−
β−
β+
β+
β+
β+
β+
3050#
-651
1088
*
2610#
1210#
5120#
3470#
300#
13
3
100#
100#
340#
440#
720#
290
*
1044
2011
3200#
4340#
5640#
200#
10
-150#
1700#
*
2130
210
4050#
2360#
6480#
310#
100#
8
9
210#
270#
460#
50
50
220#
220#
290#
810#
*
407
1244
2490#
3200#
4410#
410#
2280#
-1260#
210#
*
3360#
1560#
5350#
3670#
360#
200#
200#
80#
*
490#
1740#
2550#
3700#
4560#
350#
-910#
940#
*
2670#
870#
4530#
2910#
7030#
590#
370#
6
22
210#
230#
250#
220#
230#
400#
540#
220#
120#
100#
220#
280#
230#
230#
310#
230#
580#
401
Atomic mass
µu
254 090600#
254 087323
254 088022
254 086854.2
254 089660#
254 090955
254 096450#
254 100180#
320#
13
5
3.0
110#
19
360#
310#
255 091050#
255 090273
255 089962
255 091083
255 093241
255 096680#
255 101340#
255 107400#
220#
12
5
7
11
220#
190#
450#
256 093440#
256 093600#
256 091773
256 094060
256 094283
256 098630#
256 101166
256 108130#
320#
110#
8
60
8
240#
26
310#
257 095980#
257 095105
257 095541
257 096877
257 099560#
257 102990#
257 107720#
440#
7
3
23
220#
110#
240#
258 099520#
258 097080#
258 098431
258 098210#
258 101810#
258 103490#
258 109230#
258 113170#
320#
220#
5
220#
110#
220#
370#
450#
259 100600#
259 100510#
259 101030#
259 102900#
259 105640#
259 109610#
259 114500#
300#
220#
110#
80#
80#
230#
190#
260 102680#
260 103650#
260 102640#
260 105500#
260 106440#
260 111300#
260 114420
260 121970#
540#
340#
220#
120#
220#
250#
40
620#
402
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
N
Z
A
Elt.
Orig.
Mass excess
(keV)
Binding energy
per nucleon (keV)
160
159
158
157
156
155
154
101
102
103
104
105
106
107
261
Md
No
Lr
Rf
Db
Sg
Bh
−α
−α
−α
−α
−α
−α
−α
98480#
98500#
99560#
101315
104380#
108160#
113330#
650#
300#
200#
29
230#
130#
230#
7391#
7388#
7381#
7371.40
7357#
7339#
7316#
2#
1#
1#
0.11
1#
0#
1#
161
160
159
158
157
156
155
101
102
103
104
105
106
107
262
Md
No
Lr
Rf
Db
Sg
Bh
−α
−α
−α
−α
−α
−α
−α
101410#
99950#
102120#
102390#
106270#
108420#
114470#
580#
450#
200#
280#
180#
280#
350#
7383#
7385#
7374#
7370#
7352#
7341#
7315#
2#
2#
1#
1#
1#
1#
1#
161
160
159
158
157
156
155
102
103
104
105
106
107
108
263
No
Lr
Rf
Db
Sg
Bh
Hs
−α
−α
−α
−α
IT
−α
−α
102980#
103670#
104840#
107110#
110220#
114610#
119750#
490#
360#
180#
170#
120#
370#
350#
7376#
7371#
7363#
7352#
7337#
7317#
7295#
2#
1#
1#
1#
0#
1#
1#
162
161
160
159
158
157
156
102
103
104
105
106
107
108
264
No
Lr
Rf
Db
Sg
Bh
Hs
−α
−α
−α
−α
−α
−α
−α
104650#
106230#
106180#
109360#
110780#
116070#
119600
640#
440#
450#
230#
280#
280#
40
7373#
7364#
7361#
7346#
7338#
7315#
7298.24
2#
2#
2#
1#
1#
1#
0.17
162
161
160
159
158
157
156
103
104
105
106
107
108
109
265
Lr
Rf
Db
Sg
Bh
Hs
Mt
−α
−α
−α
−α
−α
−α
−α
107900#
108710#
110480#
112820
116570#
121170#
126820#
710#
420#
280#
60
380#
140#
460#
7360#
7354#
7344#
7332.65
7316#
7295#
7271#
3#
2#
1#
0.22
1#
1#
2#
163
162
161
160
159
158
157
103
104
105
106
107
108
109
266
Lr
Rf
Db
Sg
Bh
Hs
Mt
−α
−α
−α
−α
−α
−α
−α
111130#
109880#
112740#
113700#
118250#
121190#
127890#
660#
540#
360#
290#
200#
280#
350#
7351#
7352#
7339#
7332#
7312#
7298#
7270#
2#
2#
1#
1#
1#
1#
1#
163
162
161
160
159
158
157
104
105
106
107
108
109
110
267
Rf
Db
Sg
Bh
Hs
Mt
Ea
−α
−α
−α
−α
−α
−α
−α
113200#
113990#
115900#
118910#
122760#
127900#
134450#
580#
470#
270#
260#
100#
540#
370#
7343#
7337#
7327#
7312#
7295#
7273#
7245#
164
163
162
161
160
159
158
104
105
106
107
108
109
110
268
Rf
Db
Sg
Bh
Hs
Mt
Ea
−α
−α
−α
−α
−α
−α
−α
115170#
116850#
117000#
120870#
123110#
129220#
133940#
710#
530#
540#
380#
410#
320#
500#
7338#
7329#
7325#
7308#
7297#
7271#
7250#
Beta-decay energy
(keV)
β+
β+
β+
β+
β+
β+
β−
*
30#
1060#
1750#
3060#
3780#
5170#
710#
360#
200#
230#
260#
260#
261 105720#
261 105750#
261 106880#
261 108770
261 112060#
261 116120#
261 121660#
700#
320#
220#
30
250#
140#
250#
630#
480#
220#
300#
200#
300#
370#
β
β+
β+
β+
β+
1460#
*
2170#
270#
3880#
2160#
6050#
490#
350#
340#
340#
450#
262 108870#
262 107300#
262 109630#
262 109930#
262 114080#
262 116400#
262 122890#
β+
β+
β+
β+
β+
β+
*
690#
1170#
2270#
3110#
4390#
5150#
610#
400#
250#
210#
390#
510#
263 110550#
263 111290#
263 112550#
263 114990#
263 118320#
263 123040#
263 128560#
530#
390#
200#
180#
130#
390#
370#
690#
470#
480#
250#
300#
300#
50
+
β−
β−
730#
Atomic mass
µu
β+
β+
β+
β+
-1580#
50#
*
3190#
1420#
5280#
3530#
500#
370#
400#
280#
264 112350#
264 114040#
264 113990#
264 117400#
264 118930#
264 124600#
264 128390
β+
β+
β+
β+
β+
β+
*
810#
1770#
2340#
3760#
4600#
5650#
830#
510#
290#
380#
400#
480#
265 115840#
265 116700#
265 118600#
265 121110
265 125150#
265 130090#
265 136150#
770#
460#
300#
60
410#
150#
500#
700#
580#
390#
310#
220#
310#
370#
β−
770#
620#
β
β+
β+
β+
β+
1260#
*
2860#
970#
4540#
2940#
6710#
650#
460#
350#
350#
450#
266 119310#
266 117960#
266 121030#
266 122070#
266 126940#
266 130100#
266 137300#
2#
2#
1#
1#
0#
2#
1#
β+
β+
β+
β+
β+
β+
*
790#
1910#
3000#
3860#
5140#
6550#
740#
540#
380#
280#
550#
660#
267 121530#
267 122380#
267 124430#
267 127650#
267 131790#
267 137310#
267 144340#
620#
500#
290#
280#
110#
580#
390#
3#
2#
2#
1#
2#
1#
2#
β+
β+
β+
β+
β+
β+
*
1680#
150#
3870#
2240#
6120#
4720#
880#
760#
660#
560#
520#
590#
268 123640#
268 125450#
268 125610#
268 129760#
268 132160#
268 138730#
268 143800#
760#
570#
580#
410#
440#
340#
540#
+
850#
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
N
Z
A
Elt.
Orig.
Mass excess
(keV)
Binding energy
per nucleon (keV)
Beta-decay energy
(keV)
164
163
162
161
160
159
105
106
107
108
109
110
269
Db
Sg
Bh
Hs
Mt
Ea
−α
−α
−α
−α
−α
−α
118730#
119930#
121740#
124870#
129530#
135180#
770#
660#
410#
120#
550#
140#
7325#
7317#
7308#
7293#
7273#
7249#
3#
2#
2#
0#
2#
1#
165
164
163
162
161
160
105
106
107
108
109
110
270
Db
Sg
Bh
Hs
Mt
Ea
−α
−α
−α
−α
−α
−α
121760#
121400#
124460#
125430#
131020#
134810#
720#
620#
470#
290#
540#
290#
7316#
7315#
7300#
7294#
7270#
7253#
3#
2#
2#
1#
2#
1#
β
β+
β+
β+
360#
*
3060#
960#
5600#
3790#
165
164
163
162
161
106
107
108
109
110
271
Sg
Bh
Hs
Mt
Ea
−α
−α
−α
−α
−α
124330#
125920#
128230#
131470#
136060#
650#
560#
340#
570#
110#
7307#
7298#
7286#
7272#
7252#
2#
2#
1#
2#
0#
β+
β+
β+
β+
166
165
164
163
162
161
106
107
108
109
110
111
272
Sg
Bh
Hs
Mt
Ea
Eb
−α
−α
−α
−α
−α
−α
125900#
128580#
129530#
133890#
136290#
143090#
770#
610#
580#
480#
650#
330#
7304#
7291#
7284#
7266#
7254#
7226#
3#
2#
2#
2#
2#
1#
167
166
165
164
163
162
106
107
108
109
110
111
273
Sg
Bh
Hs
Mt
Ea
Eb
x
−α
−α
−α
−α
−α
128750#
130050#
132260#
134990#
138670#
143150#
660#
830#
830#
510#
130#
610#
7296#
7288#
7277#
7264#
7248#
7229#
167
166
165
164
163
107
108
109
110
111
274
Bh
Hs
Mt
Ea
Eb
−α
−α
−α
−α
−α
132680#
133330#
137390#
139250#
145050#
780#
650#
560#
490#
620#
168
167
166
165
164
107
108
109
110
111
275
Bh
Hs
Mt
Ea
Eb
x
−α
−α
−α
−α
134370#
135950#
138460#
141750#
145450#
168
167
166
165
108
109
110
111
276
Hs
Mt
Ea
Eb
−α
−α
−α
−α
169
168
167
166
165
108
109
110
111
112
277
Hs
Mt
Ea
Eb
Ec
169
168
167
166
109
110
111
112
278
Mt
Ea
Eb
Ec
Atomic mass
µu
269 127460#
269 128760#
269 130690#
269 134060#
269 139060#
269 145120#
830#
700#
440#
130#
590#
150#
780#
550#
610#
610#
270 130710#
270 130330#
270 133620#
270 134650#
270 140660#
270 144720#
770#
660#
500#
310#
580#
310#
*
1590#
2310#
3240#
4590#
850#
650#
660#
570#
271 133470#
271 135180#
271 137660#
271 141140#
271 146060#
700#
600#
360#
610#
110#
β+
β+
β+
β+
β+
*
2680#
950#
4370#
2400#
6800#
980#
840#
750#
810#
730#
272 135160#
272 138030#
272 139050#
272 143740#
272 146320#
272 153620#
820#
650#
620#
520#
700#
360#
2#
3#
3#
2#
0#
2#
β+
β+
β+
β+
β+
*
1300#
2210#
2730#
3680#
4490#
1060#
1170#
970#
530#
620#
273 138220#
273 139620#
273 141990#
273 144910#
273 148860#
273 153680#
710#
890#
890#
550#
140#
650#
7282#
7276#
7259#
7249#
7225#
3#
2#
2#
2#
2#
β+
β+
β+
β+
*
640#
4060#
1860#
5800#
1010#
850#
740#
790#
274 142440#
274 143130#
274 147490#
274 149490#
274 155710#
840#
700#
600#
530#
660#
650#
710#
590#
450#
690#
7278#
7270#
7258#
7243#
7227#
2#
3#
2#
2#
3#
β+
β+
β+
β+
*
1590#
2510#
3290#
3690#
970#
930#
740#
830#
275 144250#
275 145950#
275 148650#
275 152180#
275 156140#
700#
770#
640#
480#
740#
137120#
140800#
142550#
147640#
820#
680#
610#
630#
7268#
7252#
7243#
7222#
3#
2#
2#
2#
β+
β+
β+
*
3680#
1750#
5090#
1070#
910#
870#
276 147210#
276 151160#
276 153030#
276 158490#
890#
730#
650#
670#
−α
−α
−α
−α
−α
139580#
141980#
144980#
148590#
152710#
730#
880#
960#
620#
130#
7262#
7251#
7237#
7221#
7204#
3#
3#
3#
2#
0#
β+
β+
β+
β+
*
2400#
3010#
3610#
4120#
1140#
1310#
1150#
630#
277 149840#
277 152420#
277 155650#
277 159520#
277 163940#
780#
950#
1040#
660#
140#
−α
−α
−α
−α
144210#
145750#
150530#
153060#
840#
680#
630#
530#
7246#
7237#
7217#
7206#
3#
2#
2#
2#
β+
β+
β+
*
1540#
4780#
2520#
1080#
930#
830#
278 154810#
278 156470#
278 161600#
278 164310#
900#
730#
680#
570#
β+
β+
β+
β+
β+
β−
+
*
1210#
1810#
3130#
4660#
5650#
403
1010#
780#
430#
560#
570#
950#
404
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
N
Z
A
Elt.
Orig.
Mass excess
(keV)
Binding energy
per nucleon (keV)
Beta-decay energy
(keV)
170
169
168
167
109
110
111
112
279
Mt
Ea
Eb
Ec
−α
−α
−α
−α
145490#
147980#
151340#
155140#
720#
740#
660#
490#
7244#
7232#
7218#
7201#
3#
3#
2#
2#
β+
β+
β+
*
2490#
3360#
3800#
1030#
1000#
830#
279 156190#
279 158860#
279 162470#
279 166550#
770#
800#
710#
530#
170
169
168
110
111
112
280
Ea
Eb
Ec
−α
−α
−α
148850#
153210#
155600#
850#
740#
640#
7232#
7214#
7203#
3#
3#
2#
β+
β+
*
4360#
2390#
1130#
980#
280 159800#
280 164470#
280 167040#
910#
800#
690#
171
170
169
110
111
112
281
Ea
Eb
Ec
−α
−α
−α
150960#
154040#
157690#
730#
930#
990#
7228#
7214#
7198#
3#
3#
4#
β+
β+
*
3080#
3650#
1180#
1360#
281 162060#
281 165370#
281 169290#
780#
1000#
1060#
171
170
111
112
282
Eb
Ec
−α
−α
156010#
158140#
890#
710#
7210#
7200#
3#
3#
β+
*
2120#
1140#
282 167490#
282 169770#
950#
760#
172
171
170
111
112
113
283
Eb
Ec
Ed
−α
−α
−α
156880#
160020#
164360#
780#
770#
730#
7210#
7196#
7178#
3#
3#
3#
β+
β+
*
3150#
4340#
1090#
1060#
283 168420#
283 171790#
283 176450#
840#
830#
780#
172
171
112
113
284
Ec
Ed
−α
−α
160570#
165880#
850#
800#
7197#
7176#
3#
3#
β+
*
5310#
1170#
284 172380#
284 178080#
910#
860#
173
172
171
112
113
114
285
Ec
Ed
Ee
−α
−α
−α
162180#
166490#
171110#
730#
980#
1030#
7195#
7177#
7158#
3#
3#
4#
β+
β+
*
4310#
4630#
1220#
1420#
285 174110#
285 178730#
285 183700#
780#
1050#
1110#
173
172
113
114
286
Ed
Ee
−α
−α
168120#
171260#
940#
770#
7174#
7161#
3#
3#
β+
*
3140#
1210#
286 180480#
286 183860#
1010#
830#
174
173
172
113
114
115
287
Ed
Ee
Ef
−α
−α
−α
168640#
172880#
178090#
830#
770#
790#
7176#
7158#
7137#
3#
3#
3#
β+
β+
*
4240#
5200#
1140#
1100#
287 181050#
287 185600#
287 191190#
900#
830#
850#
174
173
114
115
288
Ee
Ef
−α
−α
172970#
179310#
850#
850#
7161#
7136#
3#
3#
β+
*
6340#
1210#
288 185690#
288 192490#
910#
920#
175
174
173
114
115
116
289
Ee
Ef
Eg
−α
−α
−α
174450#
179510#
185240#
730#
1020#
1090#
7159#
7139#
7116#
3#
4#
4#
β+
β+
*
5060#
5730#
1260#
1490#
289 187280#
289 192720#
289 198860#
790#
1100#
1170#
175
174
115
116
290
Ef
Eg
−α
−α
180840#
184990#
980#
840#
7137#
7120#
3#
3#
β+
*
4140#
1300#
290 194140#
290 198590#
1060#
910#
176
175
174
115
116
117
291
Ef
Eg
Eh
−α
−α
−α
181070#
186310#
192410#
890#
850#
880#
7140#
7119#
7096#
3#
3#
3#
β+
β+
*
5240#
6100#
1230#
1220#
291 194380#
291 200010#
291 206560#
950#
910#
950#
176
175
116
117
292
Eg
Eh
−α
−α
186100#
193330#
850#
940#
7123#
7096#
3#
3#
β+
*
7230#
1270#
292 199790#
292 207550#
920#
1010#
175
118
293
Ei
−α
199960#
1200#
7074#
4#
293 214670#
1290#
*
Atomic mass
µu
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
405
Table II. Influences on primary nuclei
EXPLANATION OF TABLE
This table gives for each of the 847 primary nuclei the up to three most important contributing
data and their influences (×100) on its mass, as given by the flow-of-information matrix.
Nucleus
Influence
Equation
Nucleus (primaries only)
Influence (×100) brought to the determination of the mass of the nucleus, by
the piece of data represented by the equation in following column
In mass-doublet equation: In mass-triplet equation: In nuclear reaction:
Rbx , Rby : different
Km , Csm , Csn :
H =1 H, N =14 N,
mixtures of isomers
upper isomers,
D =2 H, O =16 O,
12
or contaminants.
see NUBASE.
C = C.
406
Nucleus
0π +
0π −
1n
1
H
2
H
3
H
3
He
4
He
6
He
6
Li
7
Li
7
Be
8
He
8
Li
8
Be
8
B
9
He
9
Li
9
Be
10
Be
10
B
11
Li
11
B
11
C
12
N
13
C
13
N
14
B
14
C
14
N
14
O
15
N
15
O
16
O
17
O
17
F
18
O
18
F
19
F
19
Ne
20
F
20
Ne
22
Ne
23
Na
23
Mg
24
Mg
25
Mg
26
Mg
26
Al
27
Na
27
Al
28
Na
28
Si
29
Na
31
P
32
S
33
S
34
S
34
Cl
35
S
35
Cl
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
Infl.
100.0
99.6
100.0
77.9
61.3
72.7
67.7
100.0
99.8
100.0
100.0
100.0
94.4
100.0
99.9
100.0
91.3
58.4
88.0
98.9
100.0
54.7
100.0
100.0
100.0
57.5
100.0
100.0
79.9
56.2
57.9
67.4
100.0
97.3
99.5
100.0
45.2
76.1
98.6
72.8
99.8
44.0
99.9
100.0
73.5
95.9
55.9
75.4
67.2
88.3
83.9
100.0
57.1
100.0
83.5
90.8
87.0
94.7
87.0
95.5
62.3
Equation
π+
π + (2β + )π −
1
H(n,γ )2 H
H12 −C
D6 −C
3
H4 −C
3
H(β − )3 He
4
He3 −C
7
Li(d,3 He)6 He−19 F()18 O
6
Li2 −C
6
Li(n,γ )7 Li
7
Li(p,n)7 Be
4
He(64 Ni,60 Ni)8 He
7
Li(n,γ )8 Li
8
Be(α )4 He
6
Li(3 He,n)8 B
9
He(γ ,n)8 He
10
Be(d,3 He)9 Li
9
Be(γ ,n)8 Be
9
Be(n,γ )10 Be
10
B(α ,d)12 C
11
Li−C.917
10
B(n,γ )11 B
11
C(β + )11 B
14
N(p,t)12 N
C D−13 C H
12
C(p,γ )13 N
14
C(7 Li,7 Be)14 B
14
C H2 −N D
C H2 −N
26
Mg(3 He,t)26 Al−14 N()14 O
C D H−15 N
15
N(p,n)15 O
C4 −O3
16
O(n,γ )17 O
16
O(p,γ )17 F
18
F(β + )18 O
17
O(p,γ )18 F
C D4 −H 19 F
19
Ne−22 Ne.864
19
F(n,γ )20 F
20
Ne2 −40 Ar
22
Ne−C1.833
23
Na−C1.917
24
Mg(p,d)23 Mg
24
Mg−C2
24
Mg(n,γ )25 Mg
26
Mg−C2.167
25
Mg(p,γ )26 Al
27
Na−27 Al
27
Al(p,γ )28 Si
28
Na−C2.333
C2 D2 −28 Si
29
Na−C2.417
31
P(p,α )28 Si
32
S(n,γ )33 S
33
S(n,γ )34 S
34
S(n,γ )35 S
33
S(p,γ )34 Cl
35
S(β − )35 Cl
C3 −35 Cl H
Infl.
Equation
Infl.
Equation
17.8
24.2
27.3
24.0
C H4 −O
C2 D8 −40 Ar
3
H(β − )3 He
3
He4 −C
2.8
10.0
C H2 −N
C D4 −20 Ne
0.2
144
Sm(3 He,6 He)141 Sm
5.1
197
Au(α ,8 He)193 Au
0.1
9
8.7
41.6
11.0
1.1
9
45.3
11
36.8
C D−13 C H
20.1
31.6
42.1
17.6
C D2 −14 C H2
N2 −C O
14
N(p,n)14 O
C H3 −15 N
2.3
0.2
8.3
H D−3 He
0.4
9
He(γ ,n)8 He
1.0
9
Be(n,γ )10 Be
5.7
13
C−C1.083
11.9
14
N−C1.167
15.0
15
N2 −28 Si H2
0.3
0.2
17
17.1
18
O(3 He,p)20 F
0.2
19
F(n,γ )20 F
21.6
20
Ne2 −40 Ar
4.3
1.5
6.9
25
Be(γ ,n)8 Be
Be(14 C,14 O)9 He
Li(t,p)9 Li
6
Li(α ,p)9 Be
10
Be(d,3 He)9 Li
7
B(π − ,π + )11 Li
C H4 −O
O(p,γ )18 F
17
O(n,γ )18 O
F(β + )18 O
19
F(p,n)19 Ne
19
F(p,n)19 Ne
18
O(3 He,p)20 F
C D4 −20 Ne
19
Ne−22 Ne.864
37.5
23.9
1.2
27.2
0.2
34.4
0.1
17
26.5
4.1
39.8
21.5
21.7
11.7
16.1
23
42.9
15
16.5
8.7
8.8
5.1
13.0
4.5
17.1
31
N2 −C O
O(n,γ )18 O
18
Na(p,n)23 Mg
Mg(n,γ )25 Mg
25
Mg(n,γ )26 Mg
25
Mg(n,γ )26 Mg
26
Mg(p,n)26 Al
27
Na−C2.25
26
Mg(p,γ )27 Al
24
N2 −28 Si H2
P(p,γ )32 S
P(p,γ )32 S
32
S(n,γ )33 S
33
S(n,γ )34 S
34 3
S( He,t)34 Cl
34
S(n,γ )35 S
C5 H10 −35 Cl2
31
Mg(p,γ )26 Al
Mg(p,n)26 Al
26
Mg(3 He,t)26 Al−14 N()14 O
26
C 32 S2 −74 Ge H2
S(p,γ )34 Cl
34 3
S( He,t)34 Cl
0.5
4.2
0.2
33
5.9
199
Hg−C2
35
Cl5
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
Nucleus
Infl.
Equation
Infl.
Equation
36
64.8
96.6
99.4
70.9
69.2
82.5
97.7
47.1
65.6
51.3
94.2
91.2
48.4
87.2
88.0
84.2
92.6
71.1
80.5
96.7
94.7
97.9
42.6
89.8
57.0
82.8
87.1
43.6
45.4
58.2
56.3
61.3
79.3
84.0
52.0
67.5
49.3
50.9
54.5
76.2
78.4
66.9
80.1
55.8
79.5
37.2
59.6
69.0
75.9
60.7
74.5
79.8
35.6
52.0
84.3
61.0
87.7
69.9
67.4
44.1
55.4
36
S(p,γ )37 Cl
Cl(n,γ )36 Cl
36
Ar−C3
C3 H6 O2 −37 Cl2
38
Ar−39 K.974
38 m
K (IT)38 K
38
Ar(p,n)38 Km
39
K−36 Ar1.083
C3 H4 −40 Ar
39
K(n,γ )40 K
39
K(p,γ )40 Ca
40
Ar(n,γ )41 Ar
40
K(n,γ )41 K
40
Ca(n,γ )41 Ca
40
Ca(p,γ )41 Sc
41 r
Sc (IT)41 Sc
41
Ca(n,γ )42 Ca
42 r
Sc (IT)42 Sc
41
Ca(p,γ )42 Scr −40 Ca()41 Scr
42
Ca(n,γ )43 Ca
43
Ca(n,γ )44 Ca
44
Ca(n,γ )45 Ca
44
Ca(p,γ )45 Sc
46
Ca(n,γ )47 Ca
46
Ti(n,γ )47 Ti
47
Ca(β − )47 Sc
47
Sc(β − )47 Ti
47
Ti(n,γ )48 Ti
48
Ca(p,γ )49 Sc
48
Sc(β − )48 Ti
47
Ti(n,γ )48 Ti
49
Sc(β − )49 Ti
48
Ti(n,γ )49 Ti
49
Ti(n,γ )50 Ti
50
Cr(p,γ )51 Mn
50
Cr(3 He,t)50 Mn−54 Fe()54 Co
51
V(p,n)51 Cr
50
Cr(n,γ )51 Cr
54
Fe(p,α )51 Mn
52
Cr(n,γ )53 Cr
53
Cr(n,γ )54 Cr
52
Cr(p,γ )53 Mn
54
Cr(p,γ )55 Mn
54
Fe(n,γ )55 Fe
54
Fe(3 He,t)54 Co−42 Ca()42 Sc
55
Fe(ε )55 Mn
55
Fe(ε )55 Mn
54
Fe(p,γ )55 Co
55
Mn(n,γ )56 Mn
55
Mn(p,γ )56 Fe
57
Mn−85 Rb.671
56
Fe(n,γ )57 Fe
60
Ni(p,α )57 Co
57
Ni−85 Rb.671
57
Fe(n,γ )58 Fe
59
Co(d,t)58 Co
58
Ni(n,γ )59 Ni
59
Co(p,n)59 Ni
59
Ni(n,γ )60 Ni
60
Ni(n,γ )61 Ni
60
Ni(n,γ )61 Ni
35.2
3.4
0.6
8.1
19.4
17.5
2.3
39.6
24.3
37.7
5.8
8.8
41.9
10.7
12.0
15.8
4.1
23.0
19.5
3.3
3.8
1.9
42.2
10.2
40.7
10.1
12.9
36.2
38.2
41.8
22.1
38.7
16.0
16.0
48.0
32.5
32.3
49.1
45.5
20.0
21.6
33.1
19.9
22.4
20.5
34.0
40.4
31.0
24.1
20.1
25.5
11.7
31.5
28.5
15.7
25.0
11.1
14.4
18.8
31.9
44.6
36
S
Cl
36
Ar
37
Cl
38
Ar
38
K
38 m
K
39
K
40
Ar
40
K
40
Ca
41
Ar
41
K
41
Ca
41
Sc
41
Scr
42
Ca
42
Sc
42
Scr
43
Ca
44
Ca
45
Ca
45
Sc
46
Ca
46
Ti
47
Ca
47
Sc
47
Ti
48
Ca
48
Sc
48
Ti
49
Sc
49
Ti
50
Ti
50
Cr
50
Mn
51
V
51
Cr
51
Mn
52
Cr
53
Cr
53
Mn
54
Cr
54
Fe
54
Co
55
Mn
55
Fe
55
Co
56
Mn
56
Fe
57
Mn
57
Fe
57
Co
57
Ni
58
Fe
58
Co
58
Ni
59
Co
59
Ni
60
Ni
61
Ni
36
35
S(p,n)36 Cl
S(p,n)36 Cl
39
K−36 Ar1.083
C5 H12 −35 Cl 37 Cl
38
Ar(p,γ )39 K
38
Ar(p,n)38 K
38 m
K (IT)38 K
39
K(n,γ )40 K
C2 D8 −40 Ar
40
K(n,γ )41 K
40
Ca(n,γ )41 Ca
41
Ar(β − )41 K
40
Ar(p,γ )41 K
41
K(p,n)41 Ca
41
Scr (IT)41 Sc
41
Ca(p,γ )42 Scr −40 Ca()41 Scr
42
Ca(3 He,t)42 Sc−26 Mg()26 Al
42
Ca(3 He,t)42 Sc−26 Mg()26 Al
42
Scr (IT)42 Sc
43
Ca(n,γ )44 Ca
44
Ca(p,γ )45 Sc
45
Ca(β − )45 Sc
45
Sc(p,γ )46 Ti
46
Ca(d,t)45 Ca
45
Sc(p,γ )46 Ti
46
Ca(n,γ )47 Ca
47
Ca(β − )47 Sc
46
Ti(n,γ )47 Ti
48
Ca(d,t)47 Ca
48
Ca(p,n)48 Sc
13 35
C Cl−48 Ti
48
Ca(p,γ )49 Sc
49
Ti(n,γ )50 Ti
50
Ti(p,γ )51 V
50
Cr(n,γ )51 Cr
50
Cr(3 He,t)50 Mn
50
Ti(p,γ )51 V
51
V(p,n)51 Cr
50
Cr(p,γ )51 Mn
52
Cr(p,γ )53 Mn
52
Cr(n,γ )53 Cr
56
Fe(p,α )53 Mn
53
Cr(n,γ )54 Cr
54
Fe(p,γ )55 Co
50
Cr(3 He,t)50 Mn−54 Fe()54 Co
55
Mn(p,γ )56 Fe
54
Fe(n,γ )55 Fe
58
Ni(p,α )55 Co
56
Mn−85 Rb.659
56
Fe(n,γ )57 Fe
55
Mn(t,p)57 Mn
57
Fe(n,γ )58 Fe
58
Fe(p,γ )59 Co−56 Fe()57 Co
59
Ni(p,t)57 Ni
58
Fe(p,γ )59 Co−56 Fe()57 Co
60
Ni(d,α )58 Co
58
Ni(p,α )55 Co
62
Ni(p,α )59 Co
59
Co(p,n)59 Ni
59
Ni(n,γ )60 Ni
61
Ni(n,γ )62 Ni
407
Infl.
Equation
7.9
11.4
C2
37
7.4
6.7
11.0
0.1
41
4.7
2.0
41
2.2
5.9
42
1.5
0.2
15.2
44
1.3
7.1
46
36
D8 −37 Cl H3
Cl(p,γ )38 Ar
K−39 K1.051
Ne2 −40 Ar
40
K(n,p)40 Ar
40
Ca(p,γ )41 Sc
20
41
54
K−39 K1.051
Ca(n,γ )42 Ca
Ca(n,γ )43 Ca
Fe(3 He,t)54 Co−42 Ca()42 Sc
Ca(n,γ )45 Ca
Ca(d,t)45 Ca
45
Ca(β − )45 Sc
46
48
Ti 37 Cl−48 Ti 35 Cl
Ca(d,t)47 Ca
C 35 Cl−47 Ti
Ca(p,n)48 Sc
18.5
16.3
48
20.7
48
Ti(n,γ )49 Ti
4.7
49
Ti 37 Cl−51 V 35 Cl
0.2
50
Cr(3 He,t)50 Mn
9.5
49
Ti 37 Cl−51 V 35 Cl
3.8
51
V(p,γ )52 Cr
11.6
54
Fe(p,α )51 Mn
23.4
55
Mn(n,γ )56 Mn
18.8
56
Fe(p,γ )57 Co
6.7
24.3
19.4
57
14.0
1.2
8.9
12.1
16.6
57
Fe(p,n)57 Co
Fe(p,γ )57 Co
58
Ni(3 He,α )57 Ni
56
Fe(p,γ )58 Co
Ni(3 He,α )57 Ni
58
Fe(p,γ )59 Co−56 Fe()57 Co
58
Ni(n,γ )59 Ni
60
Ni−85 Rb.706
58
408
Nucleus
62
Ni
Ni
63
Cu
63
Zn
64
Ni
64
Cu
64
Zn
64
Ga
65
Ni
65
Cu
65
Zn
65
Ga
66
Cu
66
Zn
67
Zn
67
Ga
68
Zn
68
Ge
69
Ga
69
Ge
69
As
69
Se
70
Zn
70
Ga
70
Ge
71
Ga
71
Ge
72
Ga
72
Ge
72
Se
72
Br
72
Kr
73
Ge
73
As
73
Se
73
Br
74
Ge
74
As
74
Se
74
Kr
74
Rb
75
As
75
Se
76
Ge
76
As
76
Se
76
Kr
77
As
77
Se
78
Se
78
Kr
79
Rb
80
Ge
80
As
80
Se
80
Kr
80
Rb
81
Br
81
Kr
81
Rb
82
Se
63
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
Infl.
33.8
61.2
37.2
73.1
44.7
67.7
47.7
75.2
92.2
36.9
50.6
64.4
88.9
82.8
70.4
54.8
97.9
99.3
65.3
100.0
77.8
70.0
90.7
64.9
64.1
52.1
61.4
53.0
71.7
99.0
55.0
99.6
62.3
79.9
99.0
63.9
35.1
81.9
98.5
95.7
84.2
63.2
90.6
53.0
84.1
46.6
84.8
33.2
72.3
63.9
95.4
64.6
77.8
86.5
42.7
86.1
87.6
79.6
74.4
64.8
44.0
Equation
Infl.
Equation
Infl.
Equation
Ni(n,γ )62 Ni
Ni(β − )63 Cu
63
Ni(β − )63 Cu
64
Zn(d,t)63 Zn
63
Ni(n,γ )64 Ni
63
Cu(n,γ )64 Cu
64
Zn(n,γ )65 Zn
64
Ga−85 Rb.753
64
Ni(n,γ )65 Ni
65
Cu(p,n)65 Zn
64
Zn(n,γ )65 Zn
64
Zn(p,γ )65 Ga
65
Cu(n,γ )66 Cu
66
Zn(p,α )63 Cu
66
Zn(n,γ )67 Zn
67
Zn(p,n)67 Ga
67
Zn(n,γ )68 Zn
70
Ge(p,t)68 Ge
69
Ga−85 Rb.812
69
Ga(p,n)69 Ge
69
As(β + )69 Ge
69
Se(ε p)68 Ge
70
Zn(p,n)70 Ga
69
Ga(n,γ )70 Ga
70
Ge(n,γ )71 Ge
71
Ga(n,γ )72 Ga
71
Ge(ε )71 Ga
72
Ga−85 Rb.847
72
Ge(n,γ )73 Ge
74
Se(p,t)72 Se
72
Kr(β + )72 Br
72
Kr−85 Rb.847
73
Ge(n,γ )74 Ge
72
Ge(3 He,d)73 As
73
Se(β + )73 As
73
Br(β + )73 Se
73
Ge(n,γ )74 Ge
74
As(β + )74 Ge
74
Se(n,γ )75 Se
74
Kr−85 Rb.871
74
Rb−85 Rb.871
75
As(p,n)75 Se
75
Se(n,γ )76 Se
76
Ge−76 Se
75
As(n,γ )76 As
76
Ge−76 Se
76
Kr−85 Rb.894
80
Se(p,α )77 As
76
Se(n,γ )77 Se
77
Se(n,γ )78 Se
78
Kr−85 Rb.918
79
Rb−C6.583
80
Ge(β − )80 As
80
Se(t,3 He)80 As
80
Se(p,t)78 Se
80
Kr−85 Rb.941
80
Rb−C6.667
81
Br(n,γ )82 Br
81
Kr(ε )81 Br
81
Rb−C6.75
82
Se−82 Kr
31.2
20.1
28.6
26.9
26.0
17.9
28.6
24.8
7.8
36.8
42.5
35.6
11.1
14.7
16.0
45.2
2.1
0.7
34.7
62
Ni(p,γ )63 Cu
Ni(n,γ )63 Ni
62
Ni(p,γ )63 Cu
63
Cu(p,n)63 Zn
64
Ni(p,n)64 Cu
64
Cu(β − )64 Zn
64
Cu(β − )64 Zn
64
Zn(p,n)64 Ga
65
Ni−85 Rb.765
65
Cu−85 Rb.765
65
Cu(p,n)65 Zn
65
Ga−85 Rb.765
66
Cu−85 Rb.776
66
Zn(n,γ )67 Zn
67
Zn(p,n)67 Ga
70
Ge(p,α )67 Ga
70
Zn 35 Cl−68 Zn 37 Cl
69
Se(ε p)68 Ge
69
Ga(n,γ )70 Ga
21.2
18.7
26.2
62
21.9
14.3
19.0
64
10.9
6.9
65
2.4
11.6
67
22.2
30.0
9.3
31.8
20.3
32.5
35.7
47.0
15.9
1.0
38.7
0.4
26.6
20.0
1.0
31.6
25.9
18.1
1.2
4.3
15.8
15.8
8.0
43.2
15.9
26.5
15.2
31.4
26.1
15.6
3.8
35.4
22.2
13.5
27.7
10.3
12.4
19.3
21.4
35.2
33.2
69
3.3
6.0
13.3
2.9
70
11.2
C4 H8 O−72 Ge
61
63
62
Se(β + )69 As
Se(β + )69 As
70
Zn 35 Cl−68 Zn 37 Cl
70
Ga−85 Rb.824
70
Ge(p,α )67 Ga
71
Ge(ε )71 Ga
70
Ge(n,γ )71 Ge
71
Ga(n,γ )72 Ga
70
Ge H2 −72 Ge
72
Br(β + )72 Se
72
Br(β + )72 Se
72
Kr(β + )72 Br
72
Ge(n,γ )73 Ge
74
Se(d,3 He)73 As
73
Br(β + )73 Se
73
Br−C6.083
76
Ge 35 Cl−74 Ge 37 Cl
74
As(β − )74 Se
74
As(β − )74 Se
74
Rb(β + )74 Kr
74
Rb(β + )74 Kr
75
As(n,γ )76 As
75
As(p,n)75 Se
76
Ge 35 Cl−74 Ge 37 Cl
76
As(β − )76 Se
76
Se(n,γ )77 Se
80
Kr(α ,6 He)78 Kr−78 Kr()76 Kr
76
Ge(3 He,d)77 As
77
Se(n,γ )78 Se
80
Se(p,t)78 Se
80
Kr(α ,6 He)78 Kr−78 Kr()76 Kr
78
Kr(3 He,d)79 Rb
82
Se(14 C,16 O)80 Ge
80
Ge(β − )80 As
82
Se 35 Cl−80 Se 37 Cl
80
Kr(d,p)81 Kr
80
Kr(p,n)80 Rb
81
Kr(ε )81 Br
80
Kr(d,p)81 Kr
80
Kr(3 He,d)81 Rb
82
Se 35 Cl−80 Se 37 Cl
Ni(n,γ )63 Ni
Ni(n,γ )64 Ni
63
Cu(n,γ )64 Cu
63
Ni−85 Rb.753
Ni(p,n)64 Cu
64
Zn(p,γ )65 Ga
64
71
67
Cu(n,γ )66 Cu
Ga(3 He,t)71 Ge−65 Cu()65 Zn
Zn N−66 Zn 15 N
Zn N−66 Zn 15 N
69
6.3
Zn(p,n)70 Ga
C4 H6 O−70 Ge
71
Ga−85 Rb.835
71
Ga(3 He,t)71 Ge−65 Cu()65 Zn
73
Br−72 Br
H9 O−73 Ge
Se(β + )73 As
11.2
0.1
C4
73
4.5
24.9
73
0.3
74
12.0
1.4
2.8
78
17.3
76
17.7
1.6
10.4
0.7
77
16.0
1.7
80
1.1
4.2
87
16.5
82
Br−72 Br
C 32 S2 −74 Ge H2
Se(d,3 He)73 As
Se(p,α )75 As
Se(n,γ )75 Se
76
Ge(3 He,d)77 As
74
Se 35 Cl−74 Ge 37 Cl
As(β − )77 Se
As(β − )77 Se
C6 H6 −78 Se
78
Kr(3 He,d)79 Rb
77
80
87
Se(p,α )77 As
Kr(α ,6 He)78 Kr−78 Kr()76 Kr
Rb(3 He,t)87 Sr−81 Br()81 Kr
Rb(3 He,t)87 Sr−81 Br()81 Kr
Se(p,t)80 Se
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
Nucleus
82
Br
Kr
82
Rb
82
Rbm
82
Sr
83
Br
83
Kr
83
Rb
84
Se
84
Br
84
Kr
84
Rb
84
Sr
85
Kr
85
Rb
85
Sr
86
Rb
86
Sr
87
Rb
87
Sr
88
Sr
89
Rb
89
Sr
89
Y
89
Zr
90
Rb
90
Sr
90
Y
90
Zr
91
Rb
91
Sr
91 x
Sr
91
Y
91
Zr
92
Rb
92
Sr
92
Y
92
Zr
92
Nb
92
Mo
93
Rb
93
Sr
93
Y
93
Zr
93
Nb
93
Mo
94
Rb
94
Sr
94
Y
94
Zr
94
Nb
94
Mo
95
Rb
95
Sr
95
Y
95
Zr
95
Nb
95
Mo
95
Tc
95
Ru
96
Rb
82
Infl.
79.6
54.0
84.0
88.0
55.9
50.1
74.7
65.0
92.3
92.2
39.9
40.0
38.9
94.8
100.0
89.4
99.1
51.1
100.0
48.6
94.6
56.2
94.6
47.6
82.4
60.7
95.1
52.3
70.2
74.8
59.6
73.2
89.0
64.2
53.0
88.7
57.0
54.7
65.4
52.2
66.2
65.4
75.6
43.4
42.8
52.2
80.5
59.5
58.4
54.0
57.2
79.2
54.2
64.5
59.4
41.0
88.8
69.6
97.3
84.9
37.2
Equation
Infl.
Equation
Br(β − )82 Kr
Kr−85 Rb.965
82
Rbm (IT)82 Rb
82
Rbm −85 Rb.965
82
Sr−C6.833
83
Br(β − )83 Kr
83
Kr(n,γ )84 Kr
83
Rb−C6.917
82
Se(t,p)84 Se
84
Br(β − )84 Kr
84
Rb(β + )84 Kr
84
Rb(β + )84 Kr
84
Rb(β − )84 Sr
85
Kr(β − )85 Rb
C6 H14 −85 Rb
85
Rb(3 He,t)85 Sr
85
Rb(n,γ )86 Rb
86
Sr(n,γ )87 Sr
C6 H16 −87 Rb
86
Sr(n,γ )87 Sr
87
Sr(n,γ )88 Sr
89
Rb(β − )89 Sr
88
Sr(n,γ )89 Sr
89
Y(n,γ )90 Y
89
Zr(β + )89 Y
90
Rb−85 Rb1.059
90
Sr(β − )90 Y
89
Y(n,γ )90 Y
90
Zr(n,γ )91 Zr
91
Rb−85 Rb1.071
91
Sr(β − )91 Y
91
Rb(β − )91 Srx
91
Y(β − )91 Zr
91
Zr(n,γ )92 Zr
92
Rb−85 Rb1.082
92
Sr−85 Rb1.082
92
Y(β − )92 Zr
92
Zr(n,γ )93 Zr
92
Zr(p,n)92 Nb
92
Mo(n,γ )93 Mo
93
Rb−85 Rb1.094
93
Sr−85 Rb1.094
93
Y(β − )93 Zr
92
Zr(n,γ )93 Zr
93
Nb(n,γ )94 Nb
93
Nb(p,n)93 Mo
94
Rb−85 Rb1.106
94
Sr−85 Rb1.106
94
Y(β − )94 Zr
94
Zr(n,γ )95 Zr
93
Nb(n,γ )94 Nb
94
Mo(n,γ )95 Mo
95
Rb(β − )95 Sr
95
Sr−85 Rb1.118
95
Y(β − )95 Zr
94
Zr(n,γ )95 Zr
95
Nb(β − )95 Mo
95
Mo(n,γ )96 Mo
95
Tc(β + )95 Mo
96
Ru(p,d)95 Ru
96
Rb(β − )96 Sr
20.4
25.8
10.8
12.0
44.1
49.9
12.7
35.0
7.7
7.8
25.1
24.0
28.0
5.2
81
10.6
0.9
47.8
84
46.1
5.4
42.4
4.5
37.8
17.6
39.3
4.9
43.9
22.4
12.9
29.1
26.8
11.0
28.9
31.5
7.2
29.7
35.8
34.6
26.1
24.8
24.3
24.4
29.6
36.6
47.7
15.3
29.8
29.6
36.2
42.8
11.9
17.1
32.3
28.5
39.6
11.2
20.8
2.7
15.1
26.7
87
82
82
Br(n,γ )82 Br
Se−82 Kr
82
Rb−C6.833
82
Rbm (IT)82 Rb
84
Sr(p,t)82 Sr
82
Se(3 He,d)83 Br
83
Br(β − )83 Kr
82
Kr(3 He,d)83 Rb
84
Se(β − )84 Br
84
Se(β − )84 Br
83
Kr(n,γ )84 Kr
84
Rb(β − )84 Sr
C6 H12 −84 Sr
84
Kr(d,p)85 Kr
82
Sr(d,p)85 Sr
Rb(β − )86 Sr
86
Rb(β − )86 Sr
409
Infl.
Equation
16.1
5.2
82
12.6
C6 H11 −83 Kr
23.2
21.9
14.0
C6
85
82
Br(β − )82 Kr
Rb(β + )82 Kr
H12 −84 Kr
Rb(p,d)84 Rb
84
Sr(d,p)85 Sr
86
Rb(3 He,t)87 Sr−81 Br()81 Kr
Sr(n,γ )89 Sr
89
Rb−85 Rb1.047
89
Sr(β − )89 Y
89
Sr(β − )89 Y
90
Zr(d,t)89 Zr
90
Rb(β − )90 Sr
90
Rb(β − )90 Sr
90
Y(β − )90 Zr
90
Y(β − )90 Zr
91
Rb(β − )91 Srx
91
Sr−85 Rb1.071
91 x
Sr (IT)91 Sr
91
Sr(β − )91 Y
90
Zr(n,γ )91 Zr
92
Rb(β − )92 Sr
92
Rb(β − )92 Sr
92
Sr(β − )92 Y
91
Zr(n,γ )92 Zr
93
Nb(γ ,n)92 Nb
C7 H8 −92 Mo
93
Rb(β − )93 Sr
93
Rb(β − )93 Sr
93
Sr(β − )93 Y
94
Zr(d,t)93 Zr
93
Zr(β − )93 Nb
92
Mo(n,γ )93 Mo
94
Rb(β − )94 Sr
94
Sr(β − )94 Y
94
Sr(β − )94 Y
94
Zr(d,t)93 Zr
94
Nb(β − )94 Mo
94
Nb(β − )94 Mo
95
Rb−96 Rb.742 92 Rb.258
95
Sr(β − )95 Y
95
Sr(β − )95 Y
95
Zr(β − )95 Nb
95
Zr(β − )95 Nb
94
Mo(n,γ )95 Mo
95
Ru(β + )95 Tc
95
Ru(β + )95 Tc
96
Rb−97 Rb.742 93 Rb.258
1.0
86
Sr(p,t)84 Sr
5.3
87
Sr(n,γ )88 Sr
1.3
1.0
11.5
91
3.8
5.9
12.3
7.6
90
6.9
15.1
2.9
13.3
8.3
91
21.7
6.3
10.3
94
26.1
11.2
93
4.3
10.7
12.0
7.1
94
6.6
13.1
3.2
12.1
17.3
C7
94
88
Rb−93 Rb.489
Rb(β − )89 Sr
89
Y(p,γ )90 Zr
89
89
Rb.511
Sr(β − )90 Y
Y(p,γ )90 Zr
91
Rb−93 Rb.489 89 Rb.511
92
Rb(β − n)91 Sr
89
Y(β − )91 Zr
Rb(β − n)91 Sr
92
Sr(β − )92 Y
94
Zr(d,α )92 Y
92
Zr(p,n)92 Nb
92
Mo 35 Cl−92 Mo 37 Cl
Rb(β − n)92 Sr
93
Sr(β − )93 Y
93
93
Zr(β − )93 Nb
Nb(γ ,n)92 Nb
Rb−95 Rb.660
Rb(β − )94 Sr
96
Zr(d,α )94 Y
C7 H10 −94 Zr
92
Rb.341
92
Rb.341
92
Rb.258
94
H10 −94 Mo
Rb−95 Rb.660
95
Rb(β − )95 Sr
96
Zr(t,α )95 Y
96
Zr(d,t)95 Zr
9.3
95
Nb(β − )95 Mo
19.0
95
Rb−96 Rb.742
410
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
Nucleus
Infl.
Equation
Infl.
Equation
96
71.9
82.0
54.8
62.1
79.3
61.2
89.6
96.5
55.5
75.6
44.8
52.9
80.4
95.5
96.1
97.5
55.2
57.4
86.2
73.8
91.4
99.3
99.5
99.8
66.4
58.4
45.4
94.2
50.7
57.6
54.6
82.0
82.8
86.7
77.2
59.9
80.0
75.4
50.2
92.3
83.0
79.9
92.3
62.3
72.5
64.6
99.8
82.4
81.9
57.9
51.0
47.5
79.6
99.4
48.8
79.4
89.0
82.4
90.3
91.2
66.8
96
Sr(β − )96 Y
Y(β − )96 Zr
96
Zr(n,γ )97 Zr
96
Mo(n,γ )97 Mo
C7 H12 −96 Ru
97
Rb(β − )97 Sr
97
Sr(β − )97 Y
97
Y(β − )97 Zr
97
Zr(β − )97 Nb
97
Nb(β − )97 Mo
97
Mo(n,γ )98 Mo
96
Mo(3 He,d)97 Tc
98
Rb(β − )98 Sr
98
Sr(β − )98 Y
98
Y(β − )98 Zr
96
Zr(t,p)98 Zr
97
Mo(n,γ )98 Mo
99
Tc(p,d)98 Tc
C7 H14 −98 Ru
99
Rb(β − )99 Sr
99
Sr(β − )99 Y
99
Y(β − )99 Zr
99
Zr(β − )99 Nb
100
Mo(d,3 He)99 Nb
98
Mo(n,γ )99 Mo
99
Mo(β − )99 Tc
99
Tc(β − )99 Ru
99
Rh(β + )99 Ru
99
Pd(β + )99 Rh
100
Mo 35 Cl−98 Mo 37 Cl
99
Ru(n,γ )100 Ru
100
Rh(β + )100 Ru
102
Pd(p,t)100 Pd
100
Ag(β + )100 Pd
100
Cd(β + )100 Ag
100
Ru(n,γ )101 Ru
104
Ru(d,α )102 Tc
101
Ru(n,γ )102 Ru
102
Rh(β + )102 Ru
102
Pd(n,γ )103 Pd
102
Ru(n,γ )103 Ru
103
Ru(β − )103 Rh
103
Pd(ε )103 Rh
103
Cd(β + )103 Ag
106
Cd(3 He,6 He)103 Cd
104
Ru(d,t)103 Ru−148 Gd()147 Gd
106
Cd(p,t)104 Cd
104
In(β + )104 Cd
104
Ru(n,γ )105 Ru
105
Ru(β − )105 Rh
105
Pd(n,γ )106 Pd
107
Ag(p,t)105 Ag
105
Cd(β + )105 Ag
105
In(β + )105 Cd
105
Pd(n,γ )106 Pd
106
Ag(ε )106 Pd
C8 H10 −106 Cd
106
In(β + )106 Cd
106
Sn(β + )106 In
108
Pd(d,3 He)107 Rh
106
Pd(n,γ )107 Pd
28.1
18.0
43.0
30.4
7.4
14.8
10.4
3.5
44.4
24.4
37.4
47.1
19.6
4.5
3.9
2.5
33.4
28.7
7.8
15.9
8.6
0.7
0.5
0.2
33.6
40.0
45.3
5.8
49.3
35.8
39.7
18.0
17.0
13.3
22.8
24.6
20.0
16.9
49.8
6.8
10.4
13.3
7.0
37.7
27.5
18.0
0.2
17.6
18.1
42.1
47.3
34.6
20.1
0.6
32.7
12.2
4.4
17.1
9.7
8.8
32.2
96
Sr
Y
96
Zr
96
Mo
96
Ru
97
Rb
97
Sr
97
Y
97
Zr
97
Nb
97
Mo
97
Tc
98
Rb
98
Sr
98
Y
98
Zr
98
Mo
98
Tc
98
Ru
99
Rb
99
Sr
99
Y
99
Zr
99
Nb
99
Mo
99
Tc
99
Ru
99
Rh
99
Pd
100
Mo
100
Ru
100
Rh
100
Pd
100
Ag
100
Cd
101
Ru
102
Tc
102
Ru
102
Rh
102
Pd
103
Ru
103
Rh
103
Pd
103
Ag
103
Cd
104
Ru
104
Cd
104
In
105
Ru
105
Rh
105
Pd
105
Ag
105
Cd
105
In
106
Pd
106
Ag
106
Cd
106
In
106
Sn
107
Rh
107
Pd
96
96
Rb(β − )96 Sr
Sr(β − )96 Y
96
Zr(d,t)95 Zr
95
Mo(n,γ )96 Mo
96
Ru(16 O,12 C)100 Pd
97
Rb−98 Rb.660 95 Rb.340
97
Rb(β − )97 Sr
97
Sr(β − )97 Y
96
Zr(n,γ )97 Zr
97
Zr(β − )97 Nb
96
Mo(n,γ )97 Mo
97
Mo(p,n)97 Tc
97
Rb−98 Rb.660 95 Rb.340
98
Rb(β − )98 Sr
98
Sr(β − )98 Y
98
Y(β − )98 Zr
98
Mo(n,γ )99 Mo
97
Mo(3 He,d)98 Tc
98
Tc(β − )98 Ru
97
Rb−99 Rb.490 95 Rb.511
99
Rb(β − )99 Sr
99
Sr(β − )99 Y
99
Y(β − )99 Zr
99
Zr(β − )99 Nb
99
Mo(β − )99 Tc
99
Tc(β − )99 Ru
99
Ru(n,γ )100 Ru
99
Pd(β + )99 Rh
96
Ru(16 O,13 C)99 Pd
C7 H16 −100 Mo
100
Ru(n,γ )101 Ru
100
Rh−C8.333
96
Ru(16 O,12 C)100 Pd
100
Cd(β + )100 Ag
100
Cd−C8.333
101
Ru(n,γ )102 Ru
100
Mo(3 He,p)102 Tc
102
Ru(n,γ )103 Ru
102
Rh(β − )102 Pd
102
Rh(β − )102 Pd
104
Ru(d,t)103 Ru−148 Gd()147 Gd
C8 H7 −103 Rh
102
Pd(n,γ )103 Pd
103
Ag(β + )103 Pd
103
Cd(β + )103 Ag
104
Ru(n,γ )105 Ru
104
In(β + )104 Cd
105
In−104 In
105
Ru(β − )105 Rh
105
Rh(β − )105 Pd
105
Rh(β − )105 Pd
105
Ag(ε )105 Pd
106
Cd(3 He,α )105 Cd
105
In−104 In
106
Pd(n,γ )107 Pd
105
Pd(3 He,d)106 Ag
106
Cd(3 He,α )105 Cd
106
In−C8.833
107
Sn−106 Sn
107
Rh(β − )107 Pd
107
Pd(β − )107 Ag
Infl.
Equation
1.1
7.5
7.2
11.1
96
0.1
97
96
Zr(d,α )94 Y
C7 H12 −96 Mo
96
Ru(16 O,13 C)99 Pd
96
Rb−97 Rb.742 93 Rb.258
Y(β − )97 Zr
12.8
C5 H5 O2 −97 Mo
8.6
11.2
5.9
10.3
C5
98
H6 O2 −98 Mo
Mo(p,n)98 Tc
99
Ru−98 Ru
97
Rb−99 Rb.653 93 Rb.348
1.7
8.3
99
Tc(p,d)98 Tc
C7 H15 −99 Ru
6.5
5.4
100
0.2
100
Mo(3 He,p)102 Tc
C7 H16 −100 Ru
Ag(β + )100 Pd
15.5
C8 H5 −101 Ru
7.3
C8 H6 −102 Ru
1.0
6.6
6.8
0.7
102
Pd(p,t)100 Pd
Ru(β − )103 Rh
103
Pd(ε )103 Rh
103
Ag(β + )103 Pd
103
15.7
C8 H8 −104 Ru
1.3
17.9
0.3
105
16.5
8.4
3.5
0.5
C8
107
0.9
107
Ag(ε )105 Pd
Cd(β + )105 Ag
105
In(β + )105 Cd
105
H10 −106 Pd
Ag(p,d)106 Ag
106
In(β + )106 Cd
106
Sn(β + )106 In
Rh(β − )107 Pd
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
Nucleus
107
Ag
Cd
107
In
107
Sn
108
Pd
108
Cd
108
In
108
Sn
109
Pd
109
Ag
109
Cd
109
In
110
Ru
110
Rh
110
Pd
110
Ag
110
Cd
111
Cd
111
In
112
Pd
112
Ag
112
Cd
112
In
112
Sn
113
Rh
113
Pd
113
Ag
113
Cd
113
In
113
Sn
114
Pd
114
Ag
114
Cd
114
In
114
Sn
115
Cd
115
In
115
Sn
116
Cd
116
Sn
116
Sb
117
In
117
Sn
117
Sb
117
Cs
117
Csx
118
In
118
Sn
118
Cs
118
Csx
119
In
119
Sn
119
Sb
120
Sn
120
Te
121
Sn
121
Sb
121
Te
121
I
122
Sn
122
Sb
107
Infl.
49.7
96.3
83.4
59.6
91.3
67.9
82.2
54.3
91.3
70.5
84.7
53.0
55.1
41.6
49.3
70.6
68.2
59.7
77.4
60.4
69.7
40.2
57.8
79.9
59.9
84.9
97.2
58.1
81.6
45.0
65.4
50.3
70.6
72.4
70.4
87.3
48.2
78.0
43.5
76.6
73.3
94.5
61.6
80.0
100.0
100.0
100.0
63.8
100.0
100.0
86.7
54.9
59.0
69.6
64.3
43.0
62.2
74.3
83.1
49.2
46.5
Equation
Infl.
Equation
Pd(β − )107 Ag
Cd(β + )107 Ag
107
In(β + )107 Cd
108
Sn−107 Sn
108
Pd(n,γ )109 Pd
C8 H12 −108 Cd
108
In(β + )108 Cd
108
Sn(β + )108 In
109
Pd(β − )109 Ag
109
Ag(n,γ )110 Ag
109
Cd(ε )109 Ag
109
In(β + )109 Cd
110
Ru−C9.167
110
Rh−C9.167
110
Pd(p,t)108 Pd
110
Ag(β − )110 Cd
110
Cd(n,γ )111 Cd
111
Cd(n,γ )112 Cd
113
In(p,t)111 In−112 Cd()110 Cd
110
Pd(t,p)112 Pd
112
Ag(β − )112 Cd
112
Cd(d,p)113 Cd
112
Cd(p,n)112 In
112
Sn(n,γ )113 Sn
113
Rh(β − )113 Pd
113
Pd(β − )113 Ag
113
Ag(β − )113 Cd
112
Cd(d,p)113 Cd
113
In(n,γ )114 In
113
Sn(β + )113 In
116
Cd(14 C,16 O)114 Pd
114
Pd(β − )114 Ag
113
Cd(n,γ )114 Cd
114
In(β − )114 Sn
114
Sn(n,γ )115 Sn
114
Cd(d,p)115 Cd
115
In(γ ,n)114 In
115
Sn(n,γ )116 Sn
116
Cd 35 Cl−114 Cd 37 Cl
116
Sn(n,γ )117 Sn
116
Sn(p,n)116 Sb
117
In(β − )117 Sn
117
Sn(n,γ )118 Sn
116
Sn(3 He,d)117 Sb
117
Cs−133 Cs.880
117
Csx (IT)117 Cs
119
Sn(t,α )118 In−118 Sn()117 In
118
Sn(n,γ )119 Sn
118
Csx (IT)118 Cs
118
Csx −133 Cs.887
120
Sn(t,α )119 In−118 Sn()117 In
120
Sn(d,t)119 Sn
118
Sn(3 He,d)119 Sb
120
Sn(n,γ )121 Sn
122
Te(p,t)120 Te
121
Sn(β − )121 Sb
121
Sb(n,γ )122 Sb
121
Te(β + )121 Sb
120
Te(3 He,d)121 I
122
Sn(n,γ )123 Sn
122
Sb(β − )122 Te
35.0
3.7
16.6
40.4
6.1
27.1
11.4
44.4
8.7
10.7
15.3
47.0
44.9
33.3
26.9
29.4
23.5
31.7
13.2
39.6
30.3
40.0
42.2
20.1
40.1
15.1
2.8
29.4
6.9
38.5
34.6
49.7
10.6
18.0
25.5
7.4
41.3
23.4
21.8
22.0
26.7
5.5
22.9
20.0
C8
107
36.1
117
13.3
35.3
41.0
23.2
21.4
29.9
22.0
25.7
13.7
39.9
37.7
120
107
107
H11 −107 Ag
In(β + )107 Cd
107
In−C8.917
107
Sn−106 Sn
C8 H12 −108 Pd
108
Cd(3 He,d)109 In−110 Cd()111 In
108
In−C9
108
Sn−C9
108
Pd(n,γ )109 Pd
C8 H13 −109 Ag
109
In(β + )109 Cd
108
Cd(3 He,d)109 In−110 Cd()111 In
110
Ru(β − )110 Rh
110
Ru(β − )110 Rh
C8 H14 −110 Pd
109
Ag(n,γ )110 Ag
110
Ag(β − )110 Cd
110
Cd(n,γ )111 Cd
108
Cd(3 He,d)109 In−110 Cd()111 In
112
Pd(β − )112 Ag
112
Pd(β − )112 Ag
111
Cd(n,γ )112 Cd
112
In(β − )112 Sn
112
In(β − )112 Sn
113
Rh−C9.417
113
Rh(β − )113 Pd
113
Pd(β − )113 Ag
113
Cd(n,γ )114 Cd
113
Cd(β − )113 In
114
Sn(d,t)113 Sn
114
Pd(β − )114 Ag
114
Ag(β − )114 Cd
114
Cd(d,p)115 Cd
113
In(n,γ )114 In
114
In(β − )114 Sn
115
Cd(β − )115 In
115
Cd(β − )115 In
114
Sn(n,γ )115 Sn
C9 H8 −116 Cd
115
Sn(n,γ )116 Sn
115
Sn(3 He,d)116 Sb−120 Sn()121 Sb
120
Sn(t,α )119 In−118 Sn()117 In
116
Sn(n,γ )117 Sn
117
Sn(p,n)117 Sb
Sn(n,γ )118 Sn
Sn(d,3 He)119 In
Sn(n,γ )119 Sn
119
Sb(ε )119 Sn
120
Sn(d,t)119 Sn
C9 H12 −120 Te
120
Sn(n,γ )121 Sn
121
Sn(β − )121 Sb
121
I(β + )121 Te
121
I−C10.083
122
Sn(d,t)121 Sn
121
Sb(n,γ )122 Sb
118
Infl.
411
Equation
7.8
109
Ag(p,t)107 Ag
2.0
5.0
6.4
1.4
110
9.5
109
Cd(ε )109 Ag
25.1
13.5
110
Rh(β − )110 Pd
Cd(14 C,16 O)110 Pd
8.4
8.6
9.3
108
8.6
C8 H16 −112 Cd
Pd(p,t)108 Pd
In(β + )108 Cd
108
Sn(β + )108 In
108
Sn−107 Sn
108
112
Cd(3 He,d)109 In−110 Cd()111 In
C8 H15 −111 Cd
113
In(p,t)111 In−115 In()113 In
H5 −113 Cd
Sn(β + )113 In
112
Sn(n,γ )113 Sn
8.7
5.6
16.5
C9
113
8.2
9.6
4.1
5.3
10.6
C8
115
20.9
1.4
116
15.4
C 35 Cl3 −117 Sn
H18 −114 Cd
In(γ ,n)114 In
114
Sn(d,t)113 Sn
116
Cd(γ ,n)115 Cd
113
In(p,t)111 In−115 In()113 In
116
Cd(γ ,n)115 Cd
Sn(p,n)116 Sb
0.1
118
Sn(3 He,d)119 Sb
9.8
121
Sb 35 Cl−119 Sn 37 Cl
5.0
14.3
27.1
6.5
13
C 35 Cl2 37 Cl−120 Sn
Te(3 He,d)121 I
122
Sn(d,t)121 Sn
C9 H13 −121 Sb
3.1
10.9
15.8
121
120
I(β + )121 Te
Sn 35 Cl−122 Sn 37 Cl
123
Sb(γ ,n)122 Sb
124
412
Nucleus
122
Te
Cs
123
Sn
123
Sb
123
Te
123
I
123
Xe
124
Sn
124
Sb
124
Te
124
Xe
125
Te
125
Xe
125
Cs
126
Te
126
I
127
Te
127
I
127
Xe
127
Cs
128
Te
128
I
128
Xe
128
Cs
128
Ba
129
Te
129
I
129
Xe
129
Cs
129
Ba
130
Sn
130
Sb
130
Te
130
I
130
Xe
130
Cs
130
Ba
131
Sn
131
Sb
131
Te
131
Xe
131
Cs
131
Ba
132
Sn
132
Sb
132
Te
132
I
132
Xe
132
Cs
132
Ba
132
Ce
133
Cs
133
Ba
134
Cs
134
Ba
135
I
135
Xe
135
Cs
135
Ba
136
Te
136
I
122
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
Infl.
91.8
58.1
45.2
78.7
92.0
96.2
62.0
70.5
78.7
29.7
57.3
83.0
98.8
70.5
83.0
50.0
98.0
32.9
91.5
81.6
56.9
87.9
76.7
79.4
82.5
91.8
51.5
59.5
82.9
51.5
94.9
85.6
79.7
90.2
56.8
47.7
77.6
55.3
62.5
99.8
73.2
60.2
89.1
66.2
54.2
93.9
95.8
73.0
90.2
98.8
54.2
82.8
99.0
100.0
99.2
94.0
97.8
99.9
99.2
80.1
74.0
Equation
Infl.
Equation
Te(n,γ )123 Te
Cs−133 Cs.917
122
Sn(n,γ )123 Sn
123
Sb(n,γ )124 Sb
123
Te(n,γ )124 Te
122
Te(3 He,d)123 I
123
Xe−133 Cs.925
124
Sn−13 C 37 Cl3
124
Sb(β − )124 Te
124
Sn−124 Te
124
Xe−54 Fe 35 Cl2
124
Te(n,γ )125 Te
124
Xe(n,γ )125 Xe
125
Cs−133 Cs.940
125
Te(n,γ )126 Te
127
I(γ ,n)126 I
126
Te(n,γ )127 Te
127
I(γ ,n)126 I
127
Xe(ε )127 I
127
Cs−133 Cs.955
128
Te−128 Xe
127
I(n,γ )128 I
C10 H8 −128 Xe
128
Cs(β + )128 Xe
128
Ba−133 Cs.962
128
Te(n,γ )129 Te
129
Te(β − )129 I
129
Xe−C2 35 Cl3
129
Cs(β + )129 Xe
130
Ba(d,t)129 Ba
130
Sn−C10.833
130
Sn(β − )130 Sb
130
Te 35 Cl−128 Te 37 Cl
129
I(n,γ )130 I
129
Xe(n,γ )130 Xe
130
Cs−133 Cs.977
130
Ba−85 Rb1.529
131
Sn(β − )131 Sb
131
Sb(β − )131 Te
130
Te(n,γ )131 Te
131
Xe−C2 35 Cl2 37 Cl
131
Cs(ε )131 Xe
130
Ba(n,γ )131 Ba
132
Sn−C11
132
Sn(β − )132 Sb
132
Te(β − )132 I
132
I(β − )132 Xe
131
Xe(n,γ )132 Xe
133
Cs(γ ,n)132 Cs
132
Ba(n,γ )133 Ba
132
Ce−C11
133
Cs−C3 O6
133
Ba(ε )133 Cs
133
Cs(n,γ )134 Cs
134
Cs(β − )134 Ba
135
I(β − )135 Xe
135
Xe(β − )135 Cs
134
Cs(n,γ )135 Cs
134
Ba(n,γ )135 Ba
136
Te(β − n)135 I
136
I(β − )136 Xe
7.1
41.9
43.5
12.5
8.0
3.8
38.0
24.2
21.3
25.1
24.6
17.0
1.2
29.5
9.6
50.0
2.0
22.3
8.5
18.4
15.8
12.1
20.5
20.6
17.5
8.2
38.8
39.2
12.5
48.5
5.1
14.4
20.0
9.7
21.2
34.8
10.8
44.7
37.5
0.2
25.9
25.0
6.2
33.8
45.8
6.1
4.2
24.5
9.8
1.2
45.8
17.2
1.0
122
0.8
5.6
2.2
0.1
0.8
19.9
26.0
134
122
122
Sb(β − )122 Te
Cs−C10.167
124
Sn(d,t)123 Sn
123
Sb(γ ,n)122 Sb
122
Te(n,γ )123 Te
123
Xe(β + )123 I
123
Xe(β + )123 I
124
Sn−124 Te
123
Sb(n,γ )124 Sb
124
Te−13 C 37 Cl3
124
Xe−13 C 37 Cl3
125
Te(n,γ )126 Te
125
Cs(β + )125 Xe
125
Cs(β + )125 Xe
128
Te 35 Cl−126 Te 37 Cl
126
I(β + )126 Te
127
Te(β − )127 I
127
Te(β − )127 I
127
Cs(β + )127 Xe
127
Cs(β + )127 Xe
130
Te 35 Cl−128 Te 37 Cl
128
I(β − )128 Xe
128
Te−128 Xe
128
Cs−133 Cs.962
130
Ba(p,t)128 Ba
129
Te(β − )129 I
129
I(β − )129 Xe
129
Xe(n,γ )130 Xe
129
Cs−133 Cs.970
129
Ba(β + )129 Cs
130
Sn(β − )130 Sb
130
Sb(β − )130 Te
130
Te−130 Xe
130
I(β − )130 Xe
13
C C8 N H7 −130 Xe
130
Cs(β + )130 Xe
130
Ba(n,γ )131 Ba
131
Sn−C10.917
131
Sn(β − )131 Sb
131
Sb(β − )131 Te
131
Xe(n,γ )132 Xe
131
Ba(β + )131 Cs
131
Ba(β + )131 Cs
132
Sn(β − )132 Sb
132
Sb(β − )132 Te
132
Sb(β − )132 Te
132
Te(β − )132 I
132
Xe−C 13 C 35 Cl2 37 Cl
132
Cs(β + )132 Xe
132
Ba−130 Ba
132
Ce O−142 Sm1.042
133
Cs−C10 H12
132
Ba(n,γ )133 Ba
Infl.
Equation
0.6
122
Te(3 He,d)123 I
11.3
5.3
123
Sn(β − )123 Sb
Sn(β − )123 Sb
4.2
124
Sn(d,t)123 Sn
17.0
16.9
124
Te(n,γ )125 Te
Xe−124 Te
3.0
128
122
Ba(n,γ )135 Ba
Xe(d,3 He)135 I
135
I(β − )135 Xe
135
Xe(β − )135 Cs
135
Ba(n,γ )136 Ba
136
Te(β − )136 I
136
Te(β − )136 I
136
123
124
Te 35 Cl−126 Te 37 Cl
19.9
C10 H7 −127 I
14.6
128
Te 35 Cl−126 Te 37 Cl
1.7
128
I(β − )128 Xe
9.7
0.9
4.6
129
0.2
130
19.3
17.4
8.9
130
0.9
14.8
4.6
131
2.4
132
Cs(β + )132 Xe
0.4
136
Te(β − n)135 I
I(n,γ )130 I
I(β − )129 Xe
129
Ba(β + )129 Cs
129
Te(n,γ )131 Te
Xe−C 13 C 35 Cl3
Xe(3 He,d)130 Cs
132
Ba−130 Ba
129
Cs(ε )131 Xe
Cs−133 Cs.985
131
Ba−133 Cs.985
131
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
Nucleus
136
Xe
Ba
136
Ce
136
Pr
137
Cs
137
Ba
137
Ce
137
Pr
137
Nd
137
Pmm
137
Sm
138
Cs
138
Ba
138
Ce
139
Ba
139
La
139
Ce
139
Pr
139
Nd
139
Pm
140
Cs
140
Ba
140
La
140
Ce
141
Cs
141
Ba
141
La
141
Ce
141
Pr
141
Sm
141
Eu
142
Cs
142
Ba
142
La
142
Ce
142
Pr
142
Nd
142
Sm
143
Cs
143
Ba
143
La
143
Ce
143
Pr
143
Nd
143
Pm
143
Sm
144
Cs
144
Ba
144
La
144
Ce
144
Pr
144
Nd
144
Pm
144
Sm
144
Eu
145
Cs
145
Pr
145
Nd
145
Pm
145
Sm
145
Eu
136
Infl.
60.1
99.2
62.5
77.0
99.9
99.1
62.5
71.2
77.5
69.9
77.5
50.7
99.2
67.6
99.2
58.7
98.4
98.2
61.6
93.1
79.1
37.3
58.8
46.2
49.9
63.3
94.6
53.7
52.9
48.8
81.9
50.6
54.1
70.4
67.4
52.9
62.3
18.9
68.9
79.0
79.8
66.8
83.7
37.6
59.6
100.0
56.5
91.3
53.1
99.9
99.9
65.8
50.1
43.1
46.8
94.1
50.0
71.3
37.0
71.5
88.8
Equation
Infl.
Equation
H16 −136 Xe
Ba(n,γ )136 Ba
136
Ce(n,γ )137 Ce
136
Pr−133 Cs1.023
137
Cs(β − )137 Ba
136
Ba(n,γ )137 Ba
137
Pr(β + )137 Ce
137
Pr−133 Cs1.030
137
Nd−133 Cs1.030
137
Pmm (β + )137 Nd
137
Sm−C11.417
138
Cs(β − )138 Ba
137
Ba(n,γ )138 Ba
138
Ce(t,p)140 Ce
138
Ba(n,γ )139 Ba
139
Ba(β − )139 La
139
Ce(ε )139 La
139
Pr(β + )139 Ce
139
Pm(β + )139 Nd
139
Pm−133 Cs1.045
140
Cs−133 Cs1.053
140
Ba(β − )140 La
139
La(n,γ )140 La
140
Ce(n,γ )141 Ce
141
Cs−133 Cs1.060
141
Ba−133 Cs1.060
141
La(β − )141 Ce
140
Ce(n,γ )141 Ce
141
Pr(n,γ )142 Pr
144
Sm(3 He,6 He)141 Sm
141
Eu−133 Cs1.060
142
Cs−133 Cs1.068
142
Ba(β − )142 La
142
La(β − )142 Ce
142
Ce(n,γ )143 Ce
142
Pr(β − )142 Nd
142
Nd(n,γ )143 Nd
142
Sm−133 Cs1.068
143
Cs(β − )143 Ba
143
Ba−133 Cs1.075
143
La(β − )143 Ce
143
Ce(β − )143 Pr
143
Pr(β − )143 Nd
142
Nd(n,γ )143 Nd
143
Nd(3 He,d)144 Pm−142 Nd()143 Pm
144
Sm(p,d)143 Sm−148 Gd()147 Gd
144
Cs(β − )144 Ba
144
Ba−133 Cs1.083
144
La(β − )144 Ce
144
Ce(β − )144 Pr
144
Pr(β − )144 Nd
143
Nd(n,γ )144 Nd
144
Nd(3 He,d)145 Pm−143 Nd()144 Pm
144
Sm−144 Nd
144
Eu−133 Cs1.083
145
Cs−133 Cs1.090
145
Pr(β − )145 Nd
144
Nd(n,γ )145 Nd
144
Nd(3 He,d)145 Pm−143 Nd()144 Pm
144
Sm(n,γ )145 Sm
144
Sm(3 He,d)145 Eu
34.4
0.8
29.8
23.0
0.1
0.8
37.5
24.3
16.9
30.1
22.5
49.3
0.7
28.0
0.8
41.1
1.6
1.8
26.1
6.9
20.9
37.2
39.0
44.7
36.5
20.3
5.4
44.8
47.1
43.8
18.1
42.1
36.8
29.6
17.5
47.1
28.7
13.9
18.0
13.8
20.2
32.6
16.3
34.2
22.7
136
32.7
6.8
46.9
0.1
0.1
27.5
29.5
27.9
38.2
2.8
50.0
27.9
26.4
13.4
11.2
144
C10
135
Xe(3 He,d)137 Cs
Ba(n,γ )137 Ba
136
Pr(β + )136 Ce
136
Pr(β + )136 Ce
136
Xe(3 He,d)137 Cs
137
Ba(n,γ )138 Ba
136
Ce(n,γ )137 Ce
137
Pr(β + )137 Ce
137
Nd−C11.417
137
Sm(β + )137 Pmm
137
Sm(β + )137 Pmm
138
Cs−133 Cs1.038
138
Ba(n,γ )139 Ba
140
Ce−138 Ce
139
Ba(β − )139 La
139
La(n,γ )140 La
139
Pr(β + )139 Ce
139
Nd(β + )139 Pr
139
Nd(β + )139 Pr
139
Pm(β + )139 Nd
140
Cs(β − )140 Ba
140
Ba−133 Cs1.053
140
La(β − )140 Ce
140
La(β − )140 Ce
141
Cs(β − )141 Ba
141
Ba(β − )141 La
141
Ba(β − )141 La
141
Ce(β − )141 Pr
141
Ce(β − )141 Pr
141
Sm−133 Cs1.060
141
Eu(β + )141 Sm
142
Cs(β − )142 Ba
142
Ba−133 Cs1.068
142
Ba(β − )142 La
140
Ce(t,p)142 Ce
141
Pr(n,γ )142 Pr
142
Pr(β − )142 Nd
158
Yb−142 Sm1.113
143
Cs−144 Cs.662 141 Cs.338
143
Ba(β − )143 La
143
Ba(β − )143 La
142
Ce(n,γ )143 Ce
143
Ce(β − )143 Pr
143
Nd(n,γ )144 Nd
142
Nd(3 He,d)143 Pm
413
Infl.
Equation
5.2
136
Xe(d,3 He)135 I
7.8
138
Ce−136 Ce
0.1
137
Cs(β − )137 Ba
4.5
4.3
137
Nd(β + )137 Pr
Nd(β + )137 Pr
0.1
4.4
138
0.2
139
Ce(ε )139 La
12.3
139
Nd−C11.583
19.3
2.2
5.9
11.4
16.4
140
1.5
141
La(β − )141 Ce
7.5
141
Eu(β + )141 Sm
7.0
9.1
142
142
Cs−143 Cs.497
Cs(β − )142 Ba
8.9
142
Ce−140 Ce
6.3
12.4
9.0
7.2
175
0.6
143
La(β − )143 Ce
20.0
17.6
176
Lu 37 Cl−143 Nd 35 Cl2
Eu(α )143 Pm
8.5
1.9
143
5.6
19.6
10.9
15.0
1.5
144
0.7
18.3
8.3
145
136
Cs−145 Cs.662 142 Cs.338
Cs(β − )144 Ba
144
Ba(β − )144 La
144
La(β − )144 Ce
144
Ce(β − )144 Pr
144
Nd(n,γ )145 Nd
143
Nd(3 He,d)144 Pm−142 Nd()143 Pm
144
Sm(n,γ )145 Sm
144
Eu(β + )144 Sm
145
Cs−147 Cs.493 143 Cs.507
146
Nd(d,3 He)145 Pr
145
Nd(n,γ )146 Nd
145
Sm(ε )145 Pm
145
Sm(ε )145 Pm
149
Tb(α )145 Eu
144
137
138
Cs(β − )138 Ba
Ce−136 Ce
Cs(β − )140 Ba
Ba(β − )140 La
140
Ce(t,p)142 Ce
141
Cs(β − n)140 Ba
141
Cs(β − )141 Ba
140
141
Cs.504
Lu 37 Cl−142 Nd 35 Cl2
Sm(p,t)142 Sm
142
Cs−143 Cs.497 141 Cs.504
143
Cs(β − )143 Ba
144
147
144
Cs−144 Cs.662
Ba(β − )144 La
141
Cs.338
Sm−144 Nd
Nd(3 He,d)144 Pm
148
Gd(α )144 Sm
144
Eu−C12
144
Cs−145 Cs.662 142 Cs.338
143
Pm(ε )145 Nd
Nd(3 He,d)145 Pm
146
Sm(3 He,α )145 Sm
144
414
Nucleus
146
Cs
Ba
146
La
146
Ce
146
Pr
146
Nd
146
Sm
146
Eu
146
Gd
146
Tb
146
Dy
147
Cs
147
Nd
147
Pm
147
Sm
147
Eu
147
Gd
148
Cs
148
Nd
148
Sm
148
Eu
148
Gd
148
Tb
148
Dy
149
Nd
149
Pm
149
Sm
149
Eu
149
Gd
149
Tb
149
Dy
150
Nd
150
Sm
150
Eu
150
Gd
150
Tb
150
Dy
150
Ho
150
Er
151
Pm
151
Sm
151
Eu
151
Gd
151
Tb
152
Nd
152
Pm
152
Sm
152
Eu
153
Pm
153
Sm
153
Eu
153
Gd
153
Tb
153
Dy
153
Er
154
Sm
154
Eu
154
Gd
154
Dy
154
Er
155
Eu
146
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
Infl.
41.5
51.5
58.1
69.8
76.1
71.9
46.8
45.3
91.2
81.0
94.1
79.2
77.1
57.7
55.8
54.8
83.6
100.0
60.3
64.1
53.4
89.2
88.0
93.4
98.7
47.2
64.3
53.3
50.6
83.6
40.1
58.2
40.9
53.9
39.3
80.5
90.4
53.3
62.1
77.1
58.6
55.3
84.4
50.8
66.3
51.3
44.5
59.4
52.1
100.0
74.0
97.4
58.1
51.8
78.2
65.5
72.9
49.7
81.4
90.5
91.6
Equation
Infl.
Equation
Infl.
Equation
Cs(β − )146 Ba
Cs(β − )146 Ba
146
La(β − )146 Ce
146
Ce(β − )146 Pr
146
Pr(β − )146 Nd
145
Nd(n,γ )146 Nd
146
Sm(α )142 Nd
146
Eu(β + )146 Sm
148
Gd(p,t)146 Gd
146
Tb(β + )146 Gd
146
Dy−C12.167
147
Cs−133 Cs1.105
146
Nd(n,γ )147 Nd
147
Nd(β − )147 Pm
147
Pm(β − )147 Sm
147
Eu(β + )147 Sm
148
Gd(p,d)147 Gd−148 Sm()147 Sm
145
Cs−148 Cs.392 143 Cs.608
148
Nd 35 Cl−146 Nd 37 Cl
147
Sm(n,γ )148 Sm
148
Eu−133 Cs1.113
148
Gd(α )144 Sm
148
Dy(β + )148 Tb
148
Dy−C12.333
148
Nd(n,γ )149 Nd
149
Pm(β − )149 Sm
149
Sm(n,γ )150 Sm
151
Eu(p,t)149 Eu
149
Gd(α )145 Sm
149
Tb(α )145 Eu
149
Dy(β + )149 Tb
150
Nd−150 Sm
150
Sm(n,γ )151 Sm
150
Eu(β − )150 Gd
150
Gd(α )146 Sm
150
Tb(α )146 Eu
150
Dy(α )146 Gd
150
Ho−133 Cs1.128
150
Er(β + )150 Ho
150
Nd(3 He,d)151 Pm
150
Sm(n,γ )151 Sm
151
Sm(β − )151 Eu
151
Gd(ε )151 Eu
151
Tb(β + )151 Gd
150
Nd(t,p)152 Nd
152
Nd(β − )152 Pm
151
Sm(n,γ )152 Sm
151
Eu(n,γ )152 Eu
153
Pm(β − )153 Sm
152
Sm(n,γ )153 Sm
152
Eu(n,γ )153 Eu
153
Gd(n,γ )154 Gd
153
Tb(β + )153 Gd
153
Dy(β + )153 Tb
153
Er(α )149 Dy
154
Sm 35 Cl−152 Sm 37 Cl
153
Eu(n,γ )154 Eu
154
Gd(n,γ )155 Gd
154
Dy(α )150 Gd
154
Er(α )150 Dy
154
Eu(n,γ )155 Eu
37.8
48.5
41.9
30.2
23.9
22.8
28.5
23.4
8.6
19.0
5.9
20.8
22.6
42.3
33.0
17.9
12.9
145
Cs−146 Cs.662 143 Cs.338
Ba(β − )146 La
146
Ba(β − )146 La
146
La(β − )146 Ce
146
Ce(β − )146 Pr
146
Nd(n,γ )147 Nd
146
Sm(3 He,α )145 Sm
144
Sm(3 He,p)146 Eu
150
Dy(α )146 Gd
146
Dy(β + )146 Tb
146
Dy(β + )146 Tb
145
Cs−147 Cs.493 143 Cs.507
147
Nd(β − )147 Pm
147
Pm(β − )147 Sm
147
Sm(n,γ )148 Sm
147
Gd(β + )147 Eu
147
Gd(β + )147 Eu
20.7
145
2.6
12.4
19.9
0.2
149
0.3
148
9.0
15.7
3.5
149
16.6
17.1
35.9
8.1
12.0
6.6
1.3
42.2
13.8
28.4
22.0
10.9
28.7
28.4
30.5
46.1
37.2
19.5
7.2
26.7
37.9
22.9
25.5
40.1
15.6
49.2
33.7
48.7
20.6
25.8
47.9
148
11.3
9.8
10.7
2.0
148
10.6
13.6
13.4
19.2
5.5
21.4
9.6
21.5
149
11.8
150
Tb(β + )150 Gd
2.4
20.0
150
Ho(ε )150 Dy
Er(β + )150 Ho
15.6
1.8
151
20.1
14.8
152
26.0
2.6
41.9
48.2
11.8
26.8
19.9
27.3
18.6
9.5
8.1
153
10.0
7.5
6.8
20.4
153
0.3
158
146
146
146
Nd(d,t)147 Nd
Sm 35 Cl−148 Sm 37 Cl
148
Eu−142 Sm1.042
148
Gd(p,d)147 Gd−148 Sm()147 Sm
148
Tb(β + )148 Gd
148
Dy(β + )148 Tb
149
Nd(β − )149 Pm
148
Nd(3 He,d)149 Pm
148
Sm(n,γ )149 Sm
149
Gd(ε )149 Eu
153
Dy(α )149 Gd
149
Tb(β + )149 Gd
149
Dy−142 Sm1.049
150
Nd 35 Cl2 −146 Nd 37 Cl2
149
Sm(n,γ )150 Sm
151
Eu(p,d)150 Eu
150
Eu(β − )150 Gd
150
Tb(β + )150 Gd
154
Er(α )150 Dy
150
Ho(ε )150 Dy
150
Er−C12.5
151
Pm(β − )151 Sm
151
Sm(β − )151 Eu
151
Eu(n,γ )152 Eu
151
Tb(β + )151 Gd
151
Tb(α )147 Eu
152
Nd(β − )152 Pm
152
Pm(β − )152 Sm
154
Sm 35 Cl−152 Sm 37 Cl
152
Eu(n,γ )153 Eu
154
Sm(d,3 He)153 Pm
150
Eu(n,γ )154 Eu
Tb(β + )153 Gd
153
Dy(β + )153 Tb
153
Dy(α )149 Gd
157
Yb(α )153 Er
154
Sm−154 Gd
154
Eu(β − )154 Gd
154
Eu(β − )154 Gd
154
Dy−133 Cs1.158
158
Yb(α )154 Er
155
Eu(β − )155 Gd
Cs−146 Cs.497
144
Cs.503
Sm(n,α )146 Nd
Sm(p,t)146 Sm
146
Eu−133 Cs1.098
146
Tb(β + )146 Gd
148
Nd(d,t)147 Nd
Sm 35 Cl−147 Sm 37 Cl
Eu(α )143 Pm
104
Ru(d,t)103 Ru−148 Gd()147 Gd
147
Nd 35 Cl2 −144 Nd 37 Cl2
Sm(n,γ )149 Sm
148
Eu(α )144 Pm
148
Gd(p,t)146 Gd
148
Nd(β − )149 Pm
Sm 35 Cl−147 Sm 37 Cl
149
Eu(ε )149 Sm
149
Gd(ε )149 Eu
149
Dy(β + )149 Tb
153
Er(α )149 Dy
150
Nd−148 Nd
150
Sm 35 Cl−148 Sm 37 Cl
149
150
151
152
Sm(n,γ )152 Sm
Eu(p,t)149 Eu
Eu(β + )152 Sm
Eu(β + )152 Sm
153
Er−C12.75
C12 H10 −154 Sm
154
Eu(n,γ )155 Eu
154
Sm−154 Gd
Gd(t,α )157 Eu−156 Gd()155 Eu
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
Nucleus
155
Gd
Sm
156
Eu
156
Gd
156
Tb
156
Dy
157
Eu
157
Gd
157
Tb
157
Dy
157
Yb
158
Gd
158
Tb
158
Dy
158
Er
158
Tm
158
Yb
159
Eu
159
Gd
159
Tb
159
Dy
160
Gd
160
Tb
160
Dy
161
Tb
161
Dy
161
Ho
161
Hf
162
Dy
162
Ho
162
Er
163
Dy
163
Ho
163
Er
164
Dy
164
Ho
164
Er
165
Ho
165
Er
165
Tm
165
W
166
Ho
166
Er
167
Er
167
Tm
167
Yb
168
Er
168
Tm
168
Yb
169
Er
169
Tm
169
Yb
169
W
169
Re
170
Er
170
Tm
170
Yb
171
Er
171
Tm
171
Yb
171
Lu
156
Infl. Equation
49.7
86.4
67.8
61.4
100.0
54.0
88.7
58.6
94.0
65.9
83.6
69.9
36.6
66.0
81.4
81.4
69.7
100.0
92.6
19.5
68.3
26.7
94.3
77.0
77.0
52.4
100.0
65.0
93.3
100.0
47.3
51.5
58.3
59.4
48.0
67.1
38.1
39.0
56.1
49.7
79.9
61.0
62.5
39.7
99.1
90.1
60.0
100.0
54.2
92.4
46.9
54.2
69.5
72.0
59.2
52.3
76.5
68.8
93.2
73.1
69.0
Gd(n,γ )155 Gd
Sm(β − )156 Eu
156
Eu(β − )156 Gd
155
Gd(n,γ )156 Gd
155
Gd(α ,t)156 Tb−158 Gd()159 Tb
158
Dy 35 Cl−156 Dy 37 Cl
158
Gd(t,α )157 Eu−156 Gd()155 Eu
156
Gd(n,γ )157 Gd
157
Tb(ε )157 Gd
158
Dy(d,t)157 Dy
157
Yb(α )153 Er
157
Gd(n,γ )158 Gd
157
Gd(α ,t)158 Tb−158 Gd()159 Tb
160
Dy(p,t)158 Dy
158
Er−C13.167
158
Tm−C13.167
158
Yb(α )154 Er
160
Gd(t,α )159 Eu−158 Gd()157 Eu
158
Gd(n,γ )159 Gd
159
Tb 35 Cl−157 Gd 37 Cl
159
Dy(ε )159 Tb
160
Gd 35 Cl−158 Gd 37 Cl
159
Tb(n,γ )160 Tb
160
Dy(n,γ )161 Dy
160
Tb(n,γ )161 Tb
161
Dy(n,γ )162 Dy
160
Dy(3 He,d)161 Ho−164 Dy()165 Ho
161
Hf−C13.417
162
Dy(n,γ )163 Dy
161
Dy(3 He,d)162 Ho−164 Dy()165 Ho
164
Er 35 Cl−162 Er 37 Cl
163
Dy(n,γ )164 Dy
163
Ho(ε )163 Dy
163
Er(β + )163 Ho
163
Dy(n,γ )164 Dy
163
Dy(3 He,d)164 Ho−164 Dy()165 Ho
164
Er(n,γ )165 Er
165
Ho(n,γ )166 Ho
164
Er(n,γ )165 Er
164
Er(α ,t)165 Tm−168 Er()169 Tm
165
W−C13.75
165
Ho(n,γ )166 Ho
166
Er(n,γ )167 Er
167
Er(n,γ )168 Er
166
Er(α ,t)167 Tm−168 Er()169 Tm
167
Yb(β + )167 Tm
167
Er(n,γ )168 Er
167
Er(α ,t)168 Tm−168 Er()169 Tm
168
Yb(n,γ )169 Yb
168
Er(n,γ )169 Er
169
Tm(n,γ )170 Tm
171
Yb(p,t)169 Yb
173
Os(α )169 W
173 m
Ir (α )169 Re
170
Er(α ,t)171 Tm−168 Er()169 Tm
169
Tm(n,γ )170 Tm
170
Yb(n,γ )171 Yb
170
Er(n,γ )171 Er
171
Tm(β − )171 Yb
171
Yb(n,γ )172 Yb
170
Yb(α ,t)171 Lu−174 Yb()175 Lu
154
156
Infl. Equation
Gd(n,γ )156 Gd
Sm(t,p)156 Sm
154
Eu(t,p)156 Eu
156
Gd(n,γ )157 Gd
38.5
13.6
28.1
40.1
155
31.9
11.3
29.6
6.0
34.1
13.2
7.5
36.3
18.2
18.6
18.6
30.3
156
7.4
17.2
31.7
26.1
5.7
21.3
23.0
22.9
159
19.5
47.6
161
31.9
41.8
41.0
20.6
41.0
32.9
31.8
36.1
23.6
48.2
20.1
39.0
33.6
36.6
0.9
9.9
11.1
162
37.4
7.6
11.6
45.8
30.5
28.0
29.3
47.7
30.6
31.2
7.3
11.0
31.0
170
415
Infl. Equation
9.0
155
Eu(β − )155 Gd
4.1
1.2
156
Sm(β − )156 Eu
Gd 35 Cl2 −156 Gd 37 Cl2
14.2
158
Dy(p,t)156 Dy
7.6
159
Tb 35 Cl−157 Gd 37 Cl
3.3
7.3
16.3
15.8
161
15.1
161
Dy 35 Cl−159 Tb 37 Cl
24.3
160
Gd−160 Dy
1.4
160
Dy(p,t)158 Dy
13.6
161
Dy 35 Cl−159 Tb 37 Cl
15.5
165
W(α )161 Hf
16.2
6.6
0.8
20.0
10.6
162
19.1
13.9
10.2
2.1
164
2.6
10.1
166
7.7
164
Er(α ,t)165 Tm−168 Er()169 Tm
8.5
168
Yb(d,t)167 Yb
10.2
169
Tm 35 Cl2 −165 Ho 37 Cl2
10.0
170
Er 35 Cl−168 Er 37 Cl
0.5
170
Yb(p,t)168 Yb
9.9
171
Lu(β + )171 Yb
154
Dy(d,p)157 Dy
Eu(β − )157 Gd
157
Gd(n,γ )158 Gd
156
Gd(α ,t)157 Tb−158 Gd()159 Tb
156
Dy(d,p)157 Dy
157
Yb−C13.083
160
Gd(α ,t)161 Tb−158 Gd()159 Tb
159
Tb(d,t)158 Tb−164 Dy()163 Dy
160
Dy 35 Cl−158 Dy 37 Cl
158
Tm(β + )158 Er
158
Tm(β + )158 Er
158
Yb−142 Sm1.113
160
157
Gd(β − )159 Tb
Gd(β − )159 Tb
161
Dy(p,t)159 Dy
160
Gd(α ,t)161 Tb−158 Gd()159 Tb
160
Tb(n,γ )161 Tb
160
Gd−160 Dy
160
Gd(α ,t)161 Tb−158 Gd()159 Tb
160
Dy(n,γ )161 Dy
159
161
Hf(α )157 Yb
Dy(n,γ )162 Dy
Er 35 Cl−160 Gd 37 Cl
Ho(ε )163 Dy
162
Dy(3 He,d)163 Ho−164 Dy()165 Ho
164
Er(d,t)163 Er
162
Dy(3 He,d)163 Ho−164 Dy()165 Ho
165
Ho(γ ,n)164 Ho
166
Er 35 Cl−164 Er 37 Cl
162
Dy(3 He,d)163 Ho−164 Dy()165 Ho
167
Er(p,t)165 Er
165
Tm(β + )165 Er
165
W(α )161 Hf
166
Ho(β − )166 Er
166
Ho(β − )166 Er
166
Er(n,γ )167 Er
167
Yb(β + )167 Tm
168
Yb(d,t)167 Yb
170
Er(α ,t)171 Tm−168 Er()169 Tm
163
Yb(p,t)168 Yb
Er(β − )169 Tm
170
Er(α ,t)171 Tm−168 Er()169 Tm
168
Yb(n,γ )169 Yb
169
W−C14.083
169
Re−C14.083
170
Er(n,γ )171 Er
170
Tm(β − )170 Yb
170
Tm(β − )170 Yb
171
Er(β − )171 Tm
171
Er(β − )171 Tm
170
Yb(n,γ )171 Yb
171
Lu(β + )171 Yb
Hf(α )157 Yb
Gd 35 Cl−158 Gd 37 Cl
158
Gd(d,t)157 Gd−159 Tb()158 Tb
158
Tb(β − )158 Dy
160
Er 35 Cl2 −158 Gd 37 Cl2
Dy(n,γ )163 Dy
163
Er(β + )163 Ho
162
Er(d,p)163 Er
158
Gd(α ,t)159 Tb−164 Dy()165 Ho
162
Er 35 Cl−162 Er 37 Cl
Tm 35 Cl2 −165 Ho 37 Cl2
165
Tm(β + )165 Er
165
Tm−142 Sm1.162
169
169
Er 35 Cl−164 Er 37 Cl
Tm 35 Cl−167 Er 37 Cl
169
416
Nucleus
171
Os
Er
172
Tm
172
Yb
172
Lu
173
Yb
173
Lu
173
Os
173 m
Ir
174
Yb
174
Lu
174
Hf
175
Yb
175
Lu
175
Hf
175
Ir
175 p
Ir
175
Pt
176
Yb
176
Lu
176
Hf
176
Ir
177
Lu
177
Hf
177
Pt
177
Au
177
Aum
178
Lu
178
Lum
178
Hf
179
Lu
179
Hf
179
Ta
179
Au
179
Hg
180
Hf
180
Ta
180
W
180
Au
180
Hg
181
Hf
181
Ta
181
W
181
Hg
181
Tl
182
Ta
182
W
182
Os
182
Ir
183
W
183
Ir
183
Pt
183
Hg
183
Tl
183 m
Tl
184
W
184
Re
184
Os
184
Pt
184
Hg
184
Tl
172
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
Infl.
90.0
87.4
69.9
70.0
100.0
57.0
100.0
43.9
72.1
47.1
100.0
74.8
52.8
77.1
86.3
50.0
75.6
89.8
91.2
41.8
58.3
65.4
56.9
66.9
55.3
95.6
72.6
89.4
65.8
66.5
100.0
33.5
87.8
44.5
74.3
83.6
96.7
73.9
56.5
85.0
83.5
40.1
69.2
83.0
91.6
59.8
97.9
60.6
56.3
52.2
80.8
54.7
59.5
90.5
65.7
93.9
100.0
99.5
57.9
38.9
82.3
Equation
Infl.
Equation
171
10.0
12.6
30.1
26.5
175
28.1
172
28.7
27.9
42.9
173
13.2
47.2
12.8
13.7
50.0
24.4
10.2
8.8
22.5
36.1
34.6
42.9
22.2
28.8
4.4
27.4
10.6
34.2
32.7
174
26.1
12.2
32.8
25.7
16.4
3.3
12.6
40.8
15.0
16.5
34.0
21.8
17.0
6.1
40.2
1.9
39.4
43.7
38.6
19.2
30.7
40.5
9.5
34.3
5.0
C14
181
0.5
42.1
32.1
17.7
188
Os−C14.25
Er(t,p)172 Er
172
Er(β − )172 Tm
172
Yb(n,γ )173 Yb
171
Yb(α ,t)172 Lu−174 Yb()175 Lu
173
Yb(n,γ )174 Yb
172
Yb(α ,t)173 Lu−174 Yb()175 Lu
177
Pt(α )173 Os
177
Aum (α )173 Irm
174
Yb(n,γ )175 Yb
173
Yb(α ,t)174 Lu−174 Yb()175 Lu
176
Hf 35 Cl−174 Hf 37 Cl
174
Yb(n,γ )175 Yb
175
Lu(n,γ )176 Lu
174
Hf(n,γ )175 Hf
175 p
Ir (IT)175 Ir
179
Au(α )175 Ir p
175
Pt(α )171 Os
176
Yb(α ,t)177 Lu−174 Yb()175 Lu
176
Lu(n,γ )177 Lu
176
Hf(n,γ )177 Hf
176
Ir−C14.667
176
Lu(n,γ )177 Lu
177
Hf(n,γ )178 Hf
177
Pt(α )173 Os
181
Tl(α )177 Au
177
Aum (IT)177 Au
179
Hf(t,α )178 Lu−178 Hf()177 Lu
178
Lum (IT)178 Lu
178
Hf(n,γ )179 Hf
180
Hf(t,α )179 Lu−178 Hf()177 Lu
178
Hf(n,γ )179 Hf
179
Ta(ε )179 Hf
183 m
Tl (α )179 Au
179
Hg−208 Pb.861
179
Hf(n,γ )180 Hf
181
Ta(γ ,n)180 Ta
180
W(t,p)182 W
180
Au−C15
180
Hg−208 Pb.865
180
Hf(n,γ )181 Hf
181
Ta(n,γ )182 Ta
181
W(ε )181 Ta
181
Hg(α )177 Pt
181
Tl−133 Cs1.361
181
Ta(n,γ )182 Ta
182
W(n,γ )183 W
182
Os−C15.167
182
Ir−C15.167
183
W O−C2 35 Cl5
183
Ir−C15.25
183
Pt−C15.25
183
Hg−208 Pb.880
183
Tl−133 Cs1.376
187
Bi(α )183 Tlm
183
W(n,γ )184 W
185
Re(d,t)184 Re−187 Re()186 Re
184
Os(n,γ )185 Os
188
Hg(α )184 Pt
184
Hg−C15.333
184
Tl(α )180 Au
170
Infl.
Equation
Pt(α )171 Os
Er(β − )172 Tm
172
Tm(β − )172 Yb
171
Yb(n,γ )172 Yb
3.3
172
Yb 35 Cl2 −168 Er 37 Cl2
Yb(n,γ )173 Yb
11.9
175
Lu 35 Cl−173 Yb 37 Cl
Os−C14.417
Irm (α )169 Re
173
Yb(n,γ )174 Yb
27.4
173
Os(α )169 W
10.0
170
Yb(α ,t)171 Lu−174 Yb()175 Lu
Hf(n,γ )175 Hf
Yb(β − )175 Lu
175
Yb(β − )175 Lu
177
Hf(p,t)175 Hf
175
Ir−C14.583
175 p
Ir (IT)175 Ir
179
Hg(α )175 Pt
176
Yb 35 Cl−174 Yb 37 Cl
175
Lu(n,γ )176 Lu
176
Lu(β − )176 Hf
180
Au(α )176 Ir
177
Lu(β − )177 Hf
177
Lu(β − )177 Hf
177
Pt−C14.75
177
Aum (IT)177 Au
177
Aum (α )173 Irm
178
Lum (IT)178 Lu
176
Lu(t,p)178 Lum
177
Hf(n,γ )178 Hf
12.0
176
Hf(p,t)174 Hf
4.4
175
Lu 37 Cl−142 Nd 35 Cl2
21.8
4.3
176
Lu(β − )176 Hf
Hf 35 Cl−176 Hf 37 Cl
0.2
10.7
16.0
176
0.9
178
Hf 35 Cl−176 Hf 37 Cl
16.3
179
Hf(n,γ )180 Hf
22.7
179
Au(α )175 Irp
7.6
2.7
183
W O2 −180 W 35 Cl
Tl(α )180 Au
8.7
9.0
181
2.3
181
Tl(α )177 Au
0.1
180
W(t,p)182 W
4.7
183
W(n,γ )184 W
14.6
187
Hgm (α )183 Pt
0.8
186
W 35 Cl−184 W 37 Cl
29.0
184
Hg−204 Pb.902
172
173
175
H11 −179 Hf
Ta(p,t)179 Ta
179
Au−C14.917
179
Hg(α )175 Pt
180
Hf(n,γ )181 Hf
180
Ta(β − )180 W
180
Ta(β − )180 W
180
Au(α )176 Ir
184
Pb(α )180 Hg
181
Hf(β − )181 Ta
183
W 35 Cl−181 Ta 37 Cl
182
W(d,t)181 W
181
Hg−208 Pb.870
185 m
Bi (α )181 Tl
182
Ta(β − )182 W
182
Ta(β − )182 W
186
Pt(α )182 Os
186
Au(α )182 Ir
199
Hg−183 W O
187
Au(α )183 Ir
187
Hg(α )183 Pt
187
Pb(α )183 Hg
187
Bi(α )183 Tl
183 m
Tl (α )179 Au
184
W(n,γ )185 W
Pt(α )184 Os
Pt−C15.333
184
Hg−208 Pb.885
184
Tl−C15.333
178
Yb(α ,t)177 Lu−174 Yb()175 Lu
Hf(n,γ )177 Hf
181
Hg(α )177 Pt
176
184
180
Hf(β − )181 Ta
W(d,p)181 W
184
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
Nucleus
Infl.
Equation
Infl.
Equation
184
84.1
92.8
67.9
99.6
67.4
67.7
84.6
64.4
60.6
56.3
67.8
76.1
56.1
80.8
55.7
51.1
62.0
75.3
43.7
66.8
69.3
80.1
64.2
64.4
71.9
78.3
71.0
80.4
60.8
92.6
78.0
57.8
72.6
78.9
63.3
69.0
54.4
69.8
86.0
61.7
45.4
64.3
58.6
81.9
64.5
65.3
86.5
58.0
93.6
83.3
49.9
60.3
93.7
99.9
78.6
93.0
51.7
57.2
93.7
96.6
84.1
184
Pb(α )180 Hg
W(n,γ )185 W
185
W(β − )185 Re
185
Os(ε )185 Re
185 m
Bi (p)184 Pb
186
W(n,γ )187 W
185
Re(n,γ )186 Re
186
Re(β − )186 Os
186
Pt−C15.5
186
Au−C15.5
187
W(β − )187 Re
187
Re(β − )187 Os
186
Os(n,γ )187 Os
187
Au−C15.583
187
Hg−208 Pb.899
187
Hgm (IT)187 Hg
191
Bi(α )187 Tl
191
Bi(α )187 Tlm
187
Pb(α )183 Hg
187
Pbm −133 Cs1.406
187
Bi(α )183 Tl
187
Os(n,γ )188 Os
188
Ir(β + )188 Os
188
Pt(α )184 Os
188
Hg−208 Pb.904
188
Os(n,γ )189 Os
191
Ir(p,t)189 Ir
190
Pt(p,d)189 Pt
189
Hg−C15.75
189
Hgm −208 Pb.909
189
Os(n,γ )190 Os
192
Pt(p,t)190 Pt
190
Hg−208 Pb.913
190
Os(n,γ )191 Os
191
Os(β − )191 Ir
192
Pt(p,d)191 Pt−194 Pt()193 Pt
191
Au(β + )191 Pt
191
Hg−208 Pb.918
191
Bi−133 Cs1.436
191
Po(α )187 Pbm
192
Os(p,t)190 Os
191
Ir(n,γ )192 Ir
192
Ir(β − )192 Pt
192
Os(n,γ )193 Os
192
Ir(n,γ )193 Ir
193
Pt(ε )193 Ir
197
Au(α ,8 He)193 Au
193
Hg(β + )193 Au
194
Pt(n,γ )195 Pt
194
Au(β + )194 Pt
194
Hg−208 Pb.933
198
Po(α )194 Pb
195
Pt(n,γ )196 Pt
195
Au(ε )195 Pt
195
Hg−208 Pb.938
196
Pt(n,γ )197 Pt
197
Au(γ ,n)196 Au
198
Hg 35 Cl−196 Hg 37 Cl
197
Pt(β − )197 Au
197
Au(n,γ )198 Au
196
Hg(n,γ )197 Hg
15.9
7.2
14.7
0.4
32.6
22.7
15.4
35.4
39.4
43.7
32.2
14.4
23.4
19.2
18.4
48.9
38.0
15.0
40.4
33.2
30.7
19.6
35.8
19.7
17.0
21.7
29.0
19.6
39.2
7.4
21.0
23.3
27.4
21.1
35.6
30.6
25.2
22.6
12.4
38.3
27.6
34.8
37.4
18.1
33.4
28.0
13.5
32.3
5.3
16.7
29.9
39.7
6.3
0.1
21.4
6.2
31.0
29.9
6.3
2.8
15.9
185
Pb
W
185
Re
185
Os
185 m
Bi
186
W
186
Re
186
Os
186
Pt
186
Au
187
W
187
Re
187
Os
187
Au
187
Hg
187
Hgm
187
Tl
187 m
Tl
187
Pb
187
Pbm
187
Bi
188
Os
188
Ir
188
Pt
188
Hg
189
Os
189
Ir
189
Pt
189
Hg
189
Hgm
190
Os
190
Pt
190
Hg
191
Os
191
Ir
191
Pt
191
Au
191
Hg
191
Bi
191
Po
192
Os
192
Ir
192
Pt
193
Os
193
Ir
193
Pt
193
Au
193
Hg
194
Pt
194
Au
194
Hg
194
Pb
195
Pt
195
Au
195
Hg
196
Pt
196
Au
196
Hg
197
Pt
197
Au
197
Hg
185
184
Bim (p)184 Pb
W(β − )185 Re
185
Re(n,γ )186 Re
184
Os(n,γ )185 Os
185 m
Bi (α )181 Tl
186
W 35 Cl−184 W 37 Cl
186
Re(β − )186 Os
186
Os(n,γ )187 Os
186
Pt(α )182 Os
186
Au(α )182 Ir
186
W(n,γ )187 W
187
W(β − )187 Re
187
Re(β − )187 Os
187
Au(α )183 Ir
187
Hg(α )183 Pt
187
Hgm (α )183 Pt
187 m
Tl (IT)187 Tl
187 m
Tl −C15.583
187
Pb−133 Cs1.406
191
Po(α )187 Pbm
187
Bi(α )183 Tlm
188
Os(n,γ )189 Os
188
Pt(ε )188 Ir
190
Pt(p,t)188 Pt
188
Hg−C15.667
189
Os(n,γ )190 Os
189
Pt(β + )189 Ir
189
Pt(β + )189 Ir
189
Hgm (IT)189 Hg
189
Hgm (IT)189 Hg
190
Os(n,γ )191 Os
190
Pt(p,t)188 Pt
194
Pb(α )190 Hg
191
Os(β − )191 Ir
191
Ir(n,γ )192 Ir
192
Pt(p,d)191 Pt
191
Hg(β + )191 Au
191
Hg−C15.917
191
Bi(α )187 Tlm
191
Po(α )187 Pb
193
Ir(t,α )192 Os−191 Ir()190 Os
192
Ir(n,γ )193 Ir
192
Pt(n,γ )193 Pt
193
Os(β − )193 Ir
193
Pt(ε )193 Ir
194
Pt(p,d)193 Pt
193
Hg(β + )193 Au
193
Hg−208 Pb.928
194
Pt(p,d)193 Pt
194
Hg(ε )194 Au
194
Hg(ε )194 Au
194
Pb(α )190 Hg
194
Pt(n,γ )195 Pt
195
Hg(β + )195 Au
195
Hg(β + )195 Au
195
Pt(n,γ )196 Pt
196
Au(β − )196 Hg
196
Au(β − )196 Hg
196
Pt(n,γ )197 Pt
197
Pt(β − )197 Au
199
Hg(p,t)197 Hg
417
Infl.
Equation
14.6
185
Re 35 Cl−183 W 37 Cl
9.6
186
W(p,t)184 W
0.2
190
Pt(α )186 Os
9.8
19.7
187
Re 35 Cl−185 Re 37 Cl
Os(n,γ )188 Os
17.2
187
Hg−C15.583
9.7
15.9
187
191
Tlm (IT)187 Tl
Po(α )187 Pb
0.3
188
Ir(β + )188 Os
15.9
11.1
188
Pt(ε )188 Ir
Hg(α )184 Pt
0.6
14.9
192
1.1
0.3
20.4
7.6
1.6
193
18.0
1.0
5.5
192
3.1
5.7
193
9.7
1.1
193
20.1
194
0.8
17.3
12.9
196
0.5
197
185
187
188
190
Os(p,t)190 Os
Pt(α )186 Os
Ir(t,α )192 Os−191 Ir()190 Os
Au(β + )191 Pt
191
Au−C15.917
191
Hg(β + )191 Au
191
Bi(α )187 Tl
191
Os(n,γ )193 Os
Ir(β − )192 Pt
192
Pt(p,d)191 Pt−194 Pt()193 Pt
192
192
192
Os(β − )193 Ir
Pt(p,d)191 Pt−194 Pt()193 Pt
Hg−C16.083
Pt(p,d)191 Pt−194 Pt()193 Pt
Hg−C16.167
Au(β + )196 Pt
Au(β + )196 Pt
196
Hg(n,γ )197 Hg
196
Au(γ ,n)196 Au
418
Nucleus
198
Au
Hg
198
Po
199
Au
199
Hg
200
Hg
201
Au
201
Hg
202
Hg
202
Tl
202
Pb
203
Au
203
Hg
203
Tl
203
Pb
203
Bi
203
At
204
Hg
204
Tl
204
Pb
204
At
205
Hg
205
Tl
205
Pb
205
Bi
206
Tl
206
Pb
207
Tl
207
Pb
207
Bi
207
Po
207
At
207
Fr
208
Pb
208
Fr
209
Pb
209
Bi
209
At
209
Fr
210
Pb
210
Bi
210
Po
210
Fr
211
Pb
211
Bi
211
Fr
212
Pb
212
Bi
212
Po
212
Fr
213
Bi
213
Po
213
Fr
214
Pb
214
Bi
214
Po
215
Po
216
Po
216
At
217
At
218
Po
198
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
Infl.
70.0
70.9
60.6
71.8
42.7
82.3
100.0
52.4
43.0
54.1
65.7
100.0
83.6
75.8
51.4
81.6
99.9
87.1
77.6
78.9
94.0
52.7
56.7
80.9
100.0
84.1
70.0
45.4
88.9
97.4
59.3
81.9
97.4
89.1
69.6
87.0
85.8
100.0
99.0
97.8
50.3
98.5
98.0
94.4
58.2
81.4
54.2
72.6
92.5
97.2
77.7
93.2
100.0
99.1
69.0
97.8
94.9
55.6
100.0
78.8
99.1
Equation
Infl.
Equation
Au(β − )198 Hg
Hg−C16.5
198
Po−208 Pb.952
198
Au(n,γ )199 Au
199
Hg−C2 35 Cl5
199
Hg(n,γ )200 Hg
202
Hg(d,3 He)201 Au−206 Pb()205 Tl
201
Hg(n,γ )202 Hg
201
Hg(n,γ )202 Hg
203
Tl(p,d)202 Tl
204
Pb(p,t)202 Pb
204
Hg(d,3 He)203 Au−206 Pb()205 Tl
203
Hg(β − )203 Tl
203
Tl(n,γ )204 Tl
204
Pb(p,d)203 Pb
207
At(α )203 Bi
203
At−208 Pb.976
204
Hg−C17
204
Tl(β − )204 Pb
204
Pb(n,γ )205 Pb
204
At−C17
204
Hg(d,p)205 Hg
205
Tl(d,t)204 Tl
205
Pb(n,γ )206 Pb
205
Bi(β + )205 Pb
205
Tl(n,γ )206 Tl
206
Pb 35 Cl2 −202 Hg 37 Cl2
207
Tl(β − )207 Pb
206
Pb(n,γ )207 Pb
209
Bi(p,t)207 Bi
207
Po(α )203 Pb
211
Fr(α )207 At
207
Fr(α )203 At
207
Pb(n,γ )208 Pb
208
Fr(α )204 At
209
Pb(β − )209 Bi
209
Bi(n,γ )210 Bi
209
At(α )205 Bi
209
Fr−226 Ra.925
210
Pb(β − )210 Bi
210
Bi(β − )210 Po
210
Po(α )206 Pb
210
Fr−226 Ra.929
215
Po(α )211 Pb
211
Bi(α )207 Tl
211
Fr−226 Ra.934
216
Po(α )212 Pb
212
Bi(β − )212 Po
212
Po(α )208 Pb
212
Fr−226 Ra.938
217
At(α )213 Bi
213
Po(α )209 Pb
213
Fr(α )209 At
218
Po(α )214 Pb
214
Bi(β − )214 Po
214
Po(α )210 Pb
219
Rn(α )215 Po
220
Rn(α )216 Po
216
At(α )212 Bi
221
Fr(α )217 At
222
Rn(α )218 Po
26.7
20.2
39.4
28.2
28.0
7.2
198
34.1
24.7
45.9
26.0
201
198
198
Au(n,γ )199 Au
Hg(n,γ )199 Hg
198
Po(α )194 Pb
199
Au(β − )199 Hg
198
Hg(n,γ )199 Hg
204
Hg 35 Cl2 −200 Hg 37 Cl2
Infl.
Equation
Au(n,γ )198 Au
Au(β − )198 Hg
3.3
4.0
197
15.0
6.8
199
Hg 35 Cl−199 Hg 37 Cl
Hg 35 Cl−200 Hg 37 Cl
202
Pb(ε )202 Tl
202
Pb−C16.833
12.9
20.7
201
8.2
202
11.3
11.1
37.0
18.4
0.1
5.9
18.5
19.3
6.0
47.3
13.5
19.1
204
5.1
8.2
10.3
202
5.3
3.9
1.3
204
11.7
205
15.9
18.5
41.7
10.1
2.6
40.7
18.1
2.6
7.5
9.3
11.1
9.6
210
8.1
12.9
0.6
206
1.7
6.7
1.9
4.2
208
0.9
2.2
33.7
1.5
2.0
5.6
41.8
17.2
45.8
27.4
7.5
2.8
22.3
6.8
209
0.2
208
Fr−209 Fr.498
14.1
209
Bi(n,γ )210 Bi
1.4
211
Fr−220 Fr.240
0.9
31.0
2.0
5.1
44.4
214
0.3
214
Bi(β − )214 Po
21.2
0.9
217
198
202
Hg(d,t)203 Hg
Tl 35 Cl−201 Hg 37 Cl
207
Po(α )203 Pb
203
Bi(β + )203 Pb
207
Fr(α )203 At
204
Hg 35 Cl2 −200 Hg 37 Cl2
203
Tl(n,γ )204 Tl
204
Tl(β − )204 Pb
208
Fr(α )204 At
202
Hg(d,p)203 Hg−204 Hg()205 Hg
205
Tl 35 Cl−203 Tl 37 Cl
204
Pb(n,γ )205 Pb
203
Bi(α )206 Tl
Pb(n,γ )206 Pb
211
Bi(α )207 Tl
207
Pb(n,γ )208 Pb
207
Po(β + )207 Bi
207
Po(β + )207 Bi
207
At(α )203 Bi
208
Fr−209 Fr.498 207 Fr.502
212
Po(α )208 Pb
208
Fr−209 Fr.498 207 Fr.502
208
Pb(d,p)209 Pb
209
Bi(α )205 Tl
205
Fr−213 Fr.196 208 Fr.804
Po(α )210 Pb
210
Bi(α )206 Tl
210
Bi(β − )210 Po
210
Fr−220 Fr.159 208 Fr.841
211
Pb(β − )211 Bi
211
Pb(β − )211 Bi
211
Fr(α )207 At
212
Pb(β − )212 Bi
212
Pb(β − )212 Bi
212
Bi(β − )212 Po
212
Fr−220 Fr.321 208 Fr.679
213
Bi(β − )213 Po
213
Bi(β − )213 Po
198
200
204
Hg 35 Cl−199 Hg 37 Cl
Hg 35 Cl−202 Hg 37 Cl
Pb(ε )202 Tl
Hg(d,p)203 Hg−204 Hg()205 Hg
Hg(β − )203 Tl
203
Pb(ε )203 Tl
203
Hg 35 Cl−202 Hg 37 Cl
Tl(d,t)204 Tl
206
Pb 35 Cl−204 Pb 37 Cl
205
Tl(3 He,d)206 Pb
Pb(n,γ )207 Pb
Tl(t,p)207 Tl
207
Tl(β − )207 Pb
205
Pb 35 Cl−206 Pb 37 Cl
Fr−220 Fr.159 208 Fr.841
213
Po(α )209 Pb
209
Pb(β − )209 Bi
210
214
Pb(β − )214 Bi
Pb(β − )214 Bi
218
Rn(α )214 Po
215
Po(α )211 Pb
216
Po(α )212 Pb
Hg(n,γ )200 Hg
Hg 35 Cl−198 Hg 37 Cl
214
218
At(α )213 Bi
Po(α )214 Pb
207
Fr.502
208
Fr.761
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
Nucleus
218
Rn
Rn
220
Rn
220
Fr
221
Fr
222
Rn
222
Fr
222
Ra
223
Ra
224
Ra
225
Ra
225
Ac
226
Ra
226
Ac
226
Th
227
Ac
227
Th
228
Th
229
Ra
229
Ac
229
Th
229
Pa
230
Th
230
Pa
231
Th
231
Pa
232
Th
233
Th
233
Pa
233
U
234
U
235
U
235
Np
236
U
237
U
237
Np
237
Pu
238
U
238
Pu
239
Np
239
Pu
240
Pu
241
Pu
241
Am
241
Cm
242
Pu
243
Pu
243
Am
244
Pu
246
Pu
246
Amm
246
Cm
247
Cm
248
Cm
219
Infl.
94.0
95.0
55.7
100.0
80.2
99.2
82.2
64.9
95.0
55.8
94.9
63.7
98.9
86.1
58.9
95.6
95.0
56.1
91.5
55.8
68.2
92.9
59.9
86.7
83.7
50.5
69.5
92.9
74.9
48.0
49.7
31.7
86.2
58.7
82.5
97.8
94.0
54.3
76.0
98.0
44.3
37.5
62.4
97.6
95.0
61.0
74.9
96.3
65.2
54.2
56.6
98.7
63.4
67.5
Equation
Infl.
Equation
Rn(α )214 Po
Ra(α )219 Rn
224
Ra(α )220 Rn
220
Fr(α )216 At
225
Ac(α )221 Fr
226
Ra(α )222 Rn
222
Fr−226 Ra.982
222
Ra(α )218 Rn
227
Th(α )223 Ra
228
Th(α )224 Ra
229
Th(α )225 Ra
229
Pa(α )225 Ac
230
Th(α )226 Ra
230
Pa(α )226 Ac
226
Th(α )222 Ra
231
Pa(α )227 Ac
227
Ac(β − )227 Th
230
Th(p,t)228 Th−232 Th()230 Th
229
Ra−133 Cs1.722
229
Ra(β − )229 Ac
233
U(α )229 Th
231
Pa(p,t)229 Pa
230
Th(p,t)228 Th−232 Th()230 Th
230
Pa(ε )230 Th
230
Th(n,γ )231 Th
231
Th(β − )231 Pa
236
U(α )232 Th
232
Th(n,γ )233 Th
237
Np(α )233 Pa
233
Pa(β − )233 U
234
U(n,γ )235 U
234
U(n,γ )235 U
235
Np(ε )235 U
240
Pu(α )236 U
236
U(n,γ )237 U
241
Am(α )237 Np
241
Cm(α )237 Pu
242
Pu(α )238 U
238
Pu(α )234 U
239
Np(β − )239 Pu
239
Pu(α )235 U
240
Pu(n,γ )241 Pu
240
Pu(n,γ )241 Pu
241
Pu(β − )241 Am
241
Cm(ε )241 Am
241
Pu(n,γ )242 Pu
242
Pu(n,γ )243 Pu
243
Am(α )239 Np
244
Pu(d,t)243 Pu
244
Pu(t,p)246 Pu
246
Amm (β − )246 Cm
246
Cm(α )242 Pu
247
Cm(α )243 Pu
248
Cm(α )244 Pu
6.0
5.0
44.3
222
19.8
0.8
17.8
35.1
5.0
44.2
5.1
18.3
0.8
13.7
41.1
4.4
5.0
43.9
8.5
44.2
27.3
7.1
21.2
13.3
12.0
41.7
22.6
7.1
14.8
25.4
36.2
24.1
13.8
31.5
17.5
2.2
6.0
34.1
24.0
2.0
41.3
31.3
34.9
2.0
5.0
38.4
13.5
3.7
32.4
45.8
43.4
0.9
24.1
22.7
221
218
223
419
Infl.
Equation
17.9
0.1
0.3
225
4.3
229
Th(α )225 Ra
14.4
230
Th(n,γ )231 Th
4.3
3.9
18.3
231
10.2
15.3
13.7
22.3
233
8.9
236
Ra(α )218 Rn
Rn(α )215 Po
220
Rn(α )216 Po
219
Fr(α )217 At
Rn(α )218 Po
226
Ac(α )222 Fr
226
Th(α )222 Ra
223
Ra(α )219 Rn
224
Ra(α )220 Rn
225
Ra(β − )225 Ac
225
Ac(α )221 Fr
226
Ra(α )222 Rn
226
Ac(β − )226 Th
226
Ac(β − )226 Th
227
Ac(β − )227 Th
227
Th(α )223 Ra
228
Th(α )224 Ra
229
Ra(β − )229 Ac
229
Ac(β − )229 Th
230
Th(d,t)229 Th
229
Pa(α )225 Ac
234
U(α )230 Th
230
Pa(α )226 Ac
235
U(α )231 Th
235
Np(α )231 Pa
C24 H16 −232 Th 37 Cl 35 Cl
233
Th(β − )233 Pa
233
Th(β − )233 Pa
233
U(α )229 Th
234
U(α )230 Th
239
Pu(α )235 U
235
Np(α )231 Pa
235
U(n,γ )236 U
241
Pu(α )237 U
237
Np(α )233 Pa
237
Pu(α )233 U
C24 H20 −238 U 35 Cl2
238
Pu(n,γ )239 Pu
243
Am(α )239 Np
239
Pu(n,γ )240 Pu
240
Pu(α )236 U
241
Pu(n,γ )242 Pu
241
Am(α )237 Np
241
Cm(α )237 Pu
242
Pu(α )238 U
243
Pu(β − )243 Am
243
Pu(β − )243 Am
248
Cm(α )244 Pu
246
Pu(β − )246 Amm
246
Pu(β − )246 Amm
246
Cm(d,p)247 Cm
246
Cm(d,p)247 Cm
248
Cm(d,t)247 Cm
222
Ra(β − )225 Ac
Fr−226 Ra.934
226
Ac(α )222 Fr
211
Th(β − )231 Pa
Pa(p,t)229 Pa
C18 H16 −232 Th
231
Pa(β − )233 U
Pu(α )233 U
238
Pu(α )234 U
235
U(n,γ )236 U
237
U(α )232 Th
11.6
C18 H22 −238 U
14.0
31.2
2.2
0.4
238
0.5
7.9
242
2.4
244
0.3
12.5
9.8
248
Pu(n,γ )239 Pu
Pu(n,γ )240 Pu
241
Pu(β − )241 Am
241
Cm(ε )241 Am
239
247
Pu(n,γ )243 Pu
Cm(α )243 Pu
Pu(t,p)246 Pu
Cm(p,t)246 Cm
Cm(d,t)247 Cm
248
Cm(p,t)246 Cm
248
420
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
Table III. Nuclear-reaction and separation energies
EXPLANATION OF TABLE
We present, for all nuclei for which such data can be derived, separation energies (in keV) of
particles or groups of particles and nuclear-reaction energies obtained as the following combinations of atomic masses (see accompanying diagram):
Q(β − )
Q(2β − )
Q(4β − )
Q(β − n)
S(n)
S(p)
Q(ε p)
S(2n)
Q(d,α )
S(2p)
Q(p,α )
Q(n,α )
Q(α )
=
=
=
=
=
=
=
=
=
=
=
=
=
M(A, Z) − M(A, Z + 1) (in part I)
M(A, Z) − M(A, Z + 2)
M(A, Z) − M(A, Z + 4)
M(A, Z) − M(A − 1, Z + 1)−n
− M(A, Z) + M(A − 1, Z)+n
− M(A, Z) + M(A − 1, Z − 1)+1 H
M(A, Z) − M(A − 1, Z − 2)−1 H
− M(A, Z) + M(A − 2, Z)+2n
M(A, Z) − M(A − 2, Z − 1)−2 H−4 He
− M(A, Z) + M(A − 2, Z − 2) + 21 H
M(A, Z) − M(A − 3, Z − 1)−4 He+p
M(A, Z) − M(A − 3, Z − 2)−4 He+n
M(A, Z) − M(A − 4, Z − 2)−4 He
Z
c
b
d
a
h
e
A
N
Elt
N
Z
k
i
f
m
l
j
g
(a)
(b)
(c)
(d)
(e)
(f)
(g)
(h)
(i)
(j)
(k)
(l)
(m)
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
A
Elt.
Z
2224.57 0.04
421
Mass number.
Element symbol (for Z > 103 see part I, sect. 2).
Atomic number.
2224.57 ± 0.04 keV. The errors are derived from the adjusted masses and the
correlation matrix. For the most precise very light nuclides the precisions are
often better than 5 eV and could not be given conveniently in this table. In
Table B, the correlation matrix for these nuclides allows easy derivation.
∗ in place of value: not calculable from the present input data.
# in place of decimal point: values and errors estimated from systematic
trends.
Other reaction energies can be derived from the given data with the help of the following relations:
Q(γ ,p)
Q(γ ,n)
Q(γ ,2p)
Q(γ ,pn)
Q(γ ,d)
Q(γ ,2n)
Q(γ ,t)
Q(γ ,3 He)
Q(γ , α )
=
=
=
=
=
=
=
=
=
− S(p)
− S(n)
− S(2p)
Q(d,α )
Q(d,α )
− S(2n)
Q(p,α )
Q(n,α )
Q(α )
Q(p,n)
Q(p,2p)
Q(p,pn)
Q(p,d)
Q(p,2n)
Q(p,t)
Q(p,3 He)
=
=
=
=
=
=
=
Q(β )
− S(p)
− S(n)
− S(n)
Q(β − n)
− S(2n)
Q(d,α )
Q(n,2p)
Q(n,np)
Q(n,d)
Q(n,2n)
Q(n,t)
Q(n,3 He)
=
=
=
=
=
=
Q(ε p)
− S(p)
− S(p)
− S(n)
Q(d,α )
− S(2p)
Q(d,pn)
Q(d,t)
Q(d,3 He)
=
0
= − S(n)
= − S(p)
− 26071.0935 ± 0.0008
− 23846.5275 ± 0.0007
− 19813.8608 ± 0.0023
− 20577.6162 ± 0.0025
−
782.3466 ± 0.0005
+ 2224.5660 ± 0.0004
−
782.3466 ± 0.0005
+ 8481.7987 ± 0.0025
− 18353.0502 ± 0.0025
+
782.3466 ± 0.0005
+
2224.5660 ± 0.0004
− 17589.2948 ± 0.0023
+ 7718.0433 ± 0.0025
−
+
+
2224.5660 ± 0.0004
6257.2327 ± 0.0024
5493.4773 ± 0.0024
Q(3 He,t) =
Q(β − )
3
Q( He,α ) = − S(n)
−
18.5912 ± 0.0011
+ 20577.6162 ± 0.0025
Q(t,α )
+ 19813.8608 ± 0.0023
= − S(p)
422
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
A Elt. Z
S(n)
0.0
∗
Q(4β − )
S(p)
1 n
H
0
1
0.0
2 H
1
2224.57
0.00
3 H 1
He 2
Li 3
6257.23
∗
∗
0.00
∗
0.0
Q(n,α )
∗
∗
∗
∗
∗
∗
∗
∗
∗
∗
2224.57
0.00
∗
23846.53
0.00
∗
5493.48
∗
0.00
∗
∗
∗
17589.29
18353.05
∗
0.00
0.00
0.00
210
∗
∗
∗
∗
0.0
∗
∗
∗
∗
∗
∗
7150
7460
20040#
5 H
He
Li
Be
1 1080
2 −890
3 21720
4
∗
140
50
220
∗
21800
−1970
−5380#
110
50
4000#
6 H
He
Li
Be
B
1 −900
2 1860
3 5660
4 27690#
5
∗
280
50
50
4000#
∗
22590
4590
590
1680#
100
50
50
4060#
7 H
He
Li
Be
B
1
800# 1040#
∗
2 −435
17
23050
3 7249.97
0.08 9975.9
4 10676
5
5605.73
5 23810#
700# −2200
8 He
Li
Be
B
C
2 2574
3 2032.61
4 18899.68
5 13020
6
∗
18
24830# 1010# −3496
0.05 12443
17
∗
0.11 17255.44
0.09
∗
70
137.5
1.0
∗
60
70
∗
9 He
Li
Be
B
C
2 −1270
3 4063.9
4 1665.3
5 18577.1
6 14255
29
1.9
0.4
1.4
23
∗
13933
16888.2
−185.0
1300.0
12029
∗
∗
∗
∗
29
7
0.4
1.0
2.4
10 He
Li
Be
B
C
N
2
200
3
−25
4 6812.29
5 8436.3
6 21283.1
7
∗
80
∗
15
15180
0.06 19636.6
1.1
6585.9
2.2
4006.0
−2600
30
1.9
0.6
1.1
400
33110
−5750
∗
∗
∗
∗
11 Li
Be
B
C
N
3
325
4
504
5 11454.12
6 13119.7
7 22570
15300
20165
11227.7
8689.4
−1320
70
16
0.6
0.9
50
16490
∗
∗
∗
∗
12 Li
Be
B
C
N
O
3 −1230#
4 3169
5 3370.3
6 18721.7
7 15040
8
∗
∗
23010
14094
15956.9
601.2
−460
24
7
0.4
1.4
50
1000#
16
1.5
1.0
50
Q(p,α )
0.0
4 H 1 −2880
100
∗
He 2 20577.62
0.00 19813.86
Li 3 11420# 2010# −3100
25
6
0.16
0.9
400
Q(d,α )
270
0.8
0.10
70
−1740#
∗
∗
∗
∗
750#
∗
2400
22372.68
3760
∗
21270# 1010#
∗
∗
3920
∗
14230
∗
14800
∗
580#
24
450
14062.5
1565.69
15257
2200#
0.0
50
50
4470#
100
0.02
210
100
50
50
4000#
19813.86
∗
∗
22690
0.0
∗
∗
3110
∗
∗
0.00
100
0.0
50
∗
20577.62
∗
∗
0.0
23680
∗
∗
4190
∗
0.00
0.0
210
50
∗
7509.4
0.8
4019.63
0.02
−5430# 2000#
∗
∗
∗
4783.39
0.02
9090
5
20580# 2120#
∗
5060
17347.28
−4690
∗
∗
∗
−5350
18991.52
8190
260
3570
0.8
14420
0.04 −1870
6
−10210#
700#
∗
100
0.08
210
100
0.11
220
100
50
50
4000#
∗
−6300
−800
16890
2750#
100
50
50
4000#
2520#
9564
7150.3
7356.5
11750
1010#
17
0.4
1.0
70
3940
12223.2
2124.9
−1095
−9830#
270
2.1
0.4
6
700#
∗
−11260
−601.1
3975.3
16182
260
0.9
1.0
6
70
400
∗
12163
2370.6
17819.9
3488.0
14420
17
0.4
0.4
1.1
400
4540#
11814
2562.6
1144.8
−7310
∗
1010#
22
0.4
0.4
70
∗
−10440#
−7848
2789.0
5575.0
16580
1010#
17
0.4
0.4
410
50
10570
5931
8031.1
8945.5
6100
40
7
0.6
1.4
50
14063
4091
8590.3
−7407.1
−5930
20
6
0.4
1.4
50
∗
−5778
−6632.5
11355.1
7030
9
0.4
1.0
50
32760# 1000# 12000#
−6971
24
2737
∗
11473.0
∗
−1339.9
∗
12350.2
∗
3960
1000#
21
1.5
0.4
1.1
400
14020#
4986
6885.3
−7551.6
−6708.4
∗
1000#
15
1.5
1.0
2.4
∗
−10220
−5939.0
−5701.2
10568.8
8784
30
2.4
0.4
1.4
19
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
A Elt. Z
S(2n)
Q(2β − )
Q(α )
S(2p)
423
Q(β − n)
Q(ε p)
1 n
H
0
1
∗
∗
∗
∗
∗
∗
∗
∗
∗
∗
∗
∗
2 H
1
∗
∗
∗
∗
∗
∗
3 H 1
He 2
Li 3
8481.80
∗
∗
4 H 1
He 2
Li 3
3380
∗
∗
0.00
100
∗
7718.04
0.00
−6800# 2000#
∗
∗
2390
5 H
He
Li
Be
1 −1800
2 19690
3 33130#
4
∗
100
50
2000#
∗
∗
17850
−8490#
6 H
He
Li
Be
B
1
180
2
972.4
3 27380
4
∗
5
∗
280
0.8
210
∗
∗
26390
−1372
−3700#
7 H
He
Li
Be
B
1 −100#
2 1430
3 12910
4 38370#
5
∗
1000#
50
50
4000#
8 He
Li
Be
B
C
2 2140
3 9282.58
4 29576
5 36820#
6
∗
9 He
Li
Be
B
C
2 1300
3 6096.5
4 20565.0
5 31600
6
∗
10 He
Li
Be
B
C
N
210
∗
∗
∗
∗
0.0
∗
50
4000#
∗
890
1970
∗
−13720# 2000#
∗
∗
0.0
50
50
580
∗
∗
240
∗
∗
8240# 2000#
∗
∗
3080
210
∗
∗
∗
2900
−34310#
∗
21210
110
∗
22400
−26610# 4000#
∗
−22010
∗
−21510
110
∗
∗
28280# 4000#
∗
100
2000#
100
220
100
5
730#
∗
∗
−1473.84
∗
∗
260
∗
5
∗
700# −26090
−300
24640#
22410
−2160
100 −31980#
50
∗
700#
∗
270
50
4000#
100
50
90
∗
34230# 1010#
∗
∗
10331
17
∗
−2466.58
0.08 −12960
70 −34240
−1586.10
0.11
∗
−9114.0
−3220# 2000#
∗
6490
23470#
3943
260 −11538
0.8 −35910#
70
∗
1010#
17
5
700#
7
∗
0.09 35490
5
27231.4
700#
5743.2
−2141
260
0.8
1.0
24
∗
−7380
91.84
−4830
∗
30
1.9
0.4
70
∗
38760#
29331
17070.4
1437.5
1010#
17
1.0
2.1
∗
−10360
−2460
−1690
−11510#
100
50
50
4000#
2 −1070
3 4039
4 8477.6
5 27013.4
6 35538
7
∗
70
15
0.4
1.1
23
∗
∗
33569
23474.1
3820.9
−1300
7
0.4
0.4
400
∗
−11240
−7413.4
−4461.0
−5101
−7230#
270
0.9
0.4
5
810#
11 Li
Be
B
C
N
3
300
4 7316
5 19890.4
6 34402.8
7
∗
19
6
1.1
2.3
∗
35340
30864.3
15275.2
2690
30
2.0
1.0
50
−10760#
−8352
−8665.1
−7544.6
−5990
1010#
18
0.4
1.0
80
12 Li
Be
B
C
N
O
3 −900#
4 3673
5 14824.5
6 31841.3
7 37600
8
∗
1000#
15
1.5
0.4
400
∗
38310
34260
27184.6
9290.6
−1771
70
15
0.4
1.1
18
∗
−8946
−10002.9
−7366.59
−8008.3
−5471
∗
∗
32560
10190
−1610
27780
−780
0.02 −29520#
∗
∗
7
∗
8619
1.0 −35480# 1010# −2894.51
23 −28448
17 −31000
724.4
1.0
∗
12035
23
∗
7
0.09
70
29592
12538.6
−17562.8
∗
∗
29
∗
2.1
∗
2.2 −27539
−15820.1
16679.8
11921
11941.3
7 −19645.2
1.0 −30750
2.1
∗
29
1.9
1.1
23
36200
21000
−3092.0
−26750
∗
∗
70
∗
15
∗
0.6 −35622
400 −20192.5
−2937.9
19100
15780
13632
29
−7880.3
2.0 −24931.1
0.6
∗
400
∗
70
15
0.9
2.2
26656
100
−1974.6
0.04 −30152
210
∗
∗
32129
9524
−15640
∗
∗
19
6
50
∗
−35920
−31672
−9245.3
4960
36730# 1000#
∗
17
25077
15
∗
1.4
−3969.2
1.7 −34717
0.04 −32048
18 −27463
1.4
∗
1381.2
30
∗
14109
20119
70
52
15 −15102.07
1.0 −36220
50
∗
21850#
8337
19
−5352.8
6 −32370
1.1
∗
18
∗
19
6
0.20
400
1000#
15
1.7
50
424
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
A Elt. Z
S(n)
Q(4β − )
S(p)
13 Be
B
C
N
O
4 −100
5 4878.1
6 4946.31
7 20063.9
8 17007
14 Be
B
C
N
O
F
4 1360
150
∗
5
970
21
16870
6 8176.43
0.00 20831.2
7 10553.38
0.27 7550.56
8 23176
10
4627.10
9
∗
−2260#
15 Be
B
C
N
O
F
4
5
6
7
8
9
Q(d,α )
Q(p,α )
Q(n,α )
5060
8819.6
−4061.7
−5489.1
−10820
70
1.2
0.4
0.5
400
−9910
−10842
−3835.3
−1058.8
13060
100
15
0.4
0.5
10
70
1.1
0.00
0.29
400#
31950 130
570# 1010#
4020
−8990# 400# 9298
26
8354
∗
361.8
1.4
−784.0
∗
13574.22
0.00 −2922.9
∗
1380.1
1.0 −11430
∗
11320#
400#
∗
130
22
0.4
1.0
50
∗
−11487
−11508
−158.1
3003.4
14000#
29
6
0.4
1.0
400#
∗
18270
21080
10207.42
7296.8
−1480
130
21
0.00
0.5
130
46940# 500#
12200 140
∗
∗
∗
∗
4570# 1120#
∗
80
8760
27
−15480#
1.3
1368.3
1.6
−9557
0.00
4965.49
0.00 −7621.1
0.6
−9618.4
1.1
8502.0
130
−10410
140
5080
1000#
15
1.4
0.5
130
∗
20010#
22567
11478.5
12127.41
−536
70
62420# 500#
∗
510#
26400
60
7840
23
−10302
21
741
2.7
∗
13374.6
0.00
∗
3110.39
8
∗
13384
140
∗
2050#
150
22
2.6
0.00
8
400#
∗
8700
1996
7422.7
−5218.43
−7568
∗
∗
90
∗
4
−13910
2.6
−5232.1
0.27 −2215.61
13
10981
6530
70
2.8
0.00
8
23
17 B
5 1380
180
C
6
727
18
N
7 5884
15
O
8 4143.13
0.11
F
9 16800
8
Ne 10 15610
30
21200#
23330
13112
13781.4
600.27
1508
530#
60
15
2.6
0.25
28
530#
8680
28
2239
15
9716
0.11
1191.82
0.5
−1191.60
140
−11330#
220
∗
27
−13270
15
−10146
0.11
1817.70
0.27
4734.69
400#
14100
130
26
0.11
0.25
27
18 B
5 −480#
C
6 4180
N
7 2828
O
8 8044.0
F
9 9149.3
Ne 10 19215
Na 11
∗
820#
30
24
0.6
0.6
27
∗
26130
15213
15942
5606.5
3923.5
−440
170
25
15
0.5
0.4
60
51450# 800# 5360#
19610
30 −1440
−11080
50 10131
∗
4245.6
∗
16321.5
∗
5348
∗
10900
950#
70
19
2.7
0.5
8
50
7390#
820
8105
3981.1
2882.2
−6590
∗
950#
40
19
0.6
0.7
130
19 B
5 1030#
C
6
580
N
7 5324
O
8 3954.9
F
9 10432.4
Ne 10 11637.0
Na 11 19330
Mg 12
∗
900#
90
25
2.8
0.5
0.4
50
∗
27190#
16350
17069
7994.8
6411.2
−321
−1560
810#
30
19
0.6
0.6
12
260
60850# 400#
∗
30670 100
−640
2935
20
5534
−29710 250
6174
∗
10032.23
∗
10510.5
∗
7177
∗
∗
200
24
15
0.13
0.4
30
6550#
200
7032
2515
8113.67
−4065
−6206
∗
640#
∗
120
−19610#
17
−15570
4
−4713
0.07 −1524.6
8
12134.84
24
7893
14690
510#
60
5
2.6
0.29
15
250
29100#
17940
19354
10641.2
12843.52
2193
2645
470#
44600
110
14920
16
−13773
2.8
∗
0.07
∗
7
∗
30
∗
840#
60
19
0.6
0.5
7
60
−1350
5590
790
5655.46
−4129.58
−4749
∗
290
∗
60
−16360
15
−11595
0.13 −2242
0.25
−586.72
28
10542
6760
180
17
15
0.11
7
40
70
24140# 1000#
1.8 15803
15
0.00 17532.9
1.4
1.0
1943.49
0.27
21
1515
10
−1770# 520#
2760
30
1218.1
0.8
10833.30
0.00
13223.1
0.5
23950# 420#
16 Be 4
190#
B
5
−40
C
6 4250
N
7 2489.1
O
8 15663.9
F
9 14170
Ne 10
∗
710#
60
4
2.6
0.5
130
20 C
6 2930
260
N
7 2170
60
O
8 7608.7
2.9
F
9 6601.33
0.03
Ne 10 16864.69
0.29
Na 11 14150
14
Mg 12 23540
250
10140
∗
∗
∗
∗
41820
4580
∗
∗
∗
∗
70
170
30
240
60
27
3160
7099
5167.9
5405.9
9520
∗
6440
4021.8
7687.23
8220.9
4370
4680#
2777
8709
9800.56
9806.9
10400
−4050#
7550
1394
11474.9
2795.2
12241
4090
70
6
0.4
1.0
50
∗
−19230#
−10211
−5008.3
6418.7
8108.0
13060
500#
29
1.0
0.5
0.6
140
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
A Elt. Z
S(2n)
Q(α )
S(2p)
70
1.0
1.0
50
∗
38813
31627
17900.4
2116
13 Be
B
C
N
O
4 3070
5 8248.4
6 23668.0
7 35100
8
∗
14 Be
B
C
N
O
F
4 1260
130
5 5848
21
6 13122.74 0.00
7 30617.3
1.0
8 40183
18
9
∗
15 Be
B
C
N
O
F
4 −410# 510#
∗
5 3733
22
∗
6 9394.5
0.8 37950
7 21386.68 0.27 31038.7
8 36399
10
14847.3
9
∗
3150
∗
41010# 1000#
36635
15
25083.4
1.4
6570.59
0.11
−740#
400#
−11280
−11812
−12011.7
−11612.2
−10116.2
−8570#
∗
−14250
70
−12726
1.1 −10991.4
0.5 −10219.7
130
−9950
80
30120
2.2
11216.7
0.4 −19987
1.0
∗
10
∗
Q(ε p)
Q(β − n)
70
∗
11810
1.1 −40820# 1000#
8490.8
10
−29240
15
−22284.4
−15312.4
1.4 −34774
15823
10
∗
70
1.1
1.0
18
150
36930
130
∗
15320
130
26
20800
21
∗
12467
21
0.4 −4987.46 0.11 −37520
70
−10396.90 0.27
0.4 −29800# 400# −20987.7
1.1 −28320
10
0.4
∗
−2406.63
0.11
∗
570#
∗
20020#
400#
∗
39930# 500#
∗
30
28871
22
∗
6
7017.5
0.9 −37370
0.4 −16670
130
−30851
1.1
∗
−7453.3
140
∗
6620
18060# 500#
17881
22
130
−1061.6
0.8
21
−15977.23 0.11
0.5 −37870# 400#
130
∗
∗
∗
40840
130
32558
21
22334.83
0.00
6761
8
−1411
20
∗
43980#
−15440# 1000#
31400
−13807
15
18431
−10110.2
3.0 −4997
−7161.92
0.00 −28733
−9083
8
∗
−10476
28
∗
500#
60
4
9
20
∗
∗
−43390#
−30578
−21899.1
3290
13852
20640# 500#
19140
60
500#
5521
4
23
−5243.3
2.7
0.8 −29580
130
8
∗
20
∗
17 B
5 1340
170
C
6 4977
17
N
7 8373
15
O
8 19807.1
0.5
F
9 30970
130
Ne 10
∗
∗
43340#
500#
35679
27
25259.9
0.8
12727.68
0.25
973
27
∗
−14630
−11116
−6358.74
−5818.7
−9076
170
17
15
27
∗
−43930#
−36500
−21792
−11020.9
13909
22010
500#
7284
60
4537
4
−19560
2.6 −30116
27
∗
18 B
5
900# 800#
C
6 4910
30
N
7 8712
19
O
8 12187.2
0.6
F
9 25949
8
Ne 10 34822
20
Na 11
∗
∗
47330#
500#
38550
60
29054
4
19387.9
2.7
4523.77
0.28
1070
50
∗
−17450
−12974
−6226.3
−4414.6
−5115.1
−10890#
19 B
5
550#
C
6 4760
N
7 8152
O
8 11999.0
F
9 19581.72
Ne 10 30852
Na 11
∗
Mg 12
∗
440#
100
22
2.8
0.26
27
∗
∗
42490
32282
23937
12017.7
3603
−2000
∗
43500# 400#
∗
−19800#
510#
29090
100
∗
170
−15535
28
17350
16
−43750#
18
−8963.2
2.9
1583.4
2.8 −28880
15
−4013.74
0.07 −14414
12
−21891
0.3 −3529.1
0.6 −31290
250
−4756.0
12
−6270
130
∗
4764
250
∗
∗
20430
26370#
11230
800#
8572
30
−5610.1
19
−14875.87
0.7 −30510
12
∗
250
∗
400#
100
16
2.8
0.29
50
20 C
6 3510
240
N
7 7490
60
O
8 11563.7
0.9
F
9 17033.7
0.5
Ne 10 28501.73 0.28
Na 11 33480
50
Mg 12
∗
∗
45140#
35710
27710
20838.4
8604
2325
−22550#
560#
33760
240
800# −17740
80
21780
60
30
−12322
4
10839.4
1.1
19
−8126.0
2.6 −6865
7
0.6 −4729.85
0.00 −24612
27
7
−6257
11
∗
27
−8850
30
∗
13620
400#
10360
100
−2786.5
16
−9840.16
2.8 −28040
7
−34260
27
∗
240
60
1.1
0.29
12
250
16 Be 4
B
5
C
6
N
7
O
8
F
9
Ne 10
−1580# 520#
2720
60
5468
4
13322.4
2.6
28886.99 0.11
38120# 400#
∗
−10120
19
−10817.0
6
−10647.6
0.5 −9495.1
10
−8223
Q(2β − )
425
35900
70
21848
15
5920
0.11 −17270
0.4
∗
29
∗
39210# 800#
∗
140
25710
30
∗
28
12241
19
−37950
0.6 −6098.7
0.7 −29109
0.5 −23320
50
−14287
0.3
∗
−1163.0
400#
∗
14950
∗
−44890#
−35910
−23169
−17665.8
1046
8530
170
18
15
8
20
23210# 800#
8980
30
170
5852
19
17
−10804.5
0.7
15
−23659
27
0.3
∗
50
∗
426
A Elt.
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
Z
S(n)
21 C
N
O
F
Ne
Na
Mg
Al
6 −330#
7 4590
8 3806
9 8101.5
10 6761.16
11 17103
12 14730
13
∗
22 C
N
O
F
Ne
Na
Mg
Al
Si
6
7
8
9
10
11
12
13
14
23 N
O
F
Ne
Na
Mg
Al
Si
Q(4β − )
S(p)
Q(d,α )
Q(p,α )
Q(n,α )
∗
51690# 500# −2690# 640#
19600
260
27440 100
3540
140
20990
60
−2848
20
2912
20
11134.0
2.1 −26170# 300# 7328
3
13003.34
0.08
∗
6466.42
0.08
2431.2
0.7
∗
6775.2
0.8
3226
18
∗
8695
20
−1260# 300#
∗
3790# 390#
−1500#
5190
−188
5598.0
−1741.4
−2637.3
−8420
∗
950#
100
22
1.9
0.5
0.8
50
∗
−21420#
−11220
−7516
696.1
2588.5
11240
7580#
810#
30
19
0.6
0.9
16
300#
750# 1030#
1280
210
6850
60
5230
13
10364.26
0.04
11069.6
0.8
19379
16
16010#
310#
∗
∗
21210#
23260
12558
15266.1
6739.6
5501.8
20#
1240#
540#
110
17
1.8
0.4
1.5
100#
360#
−1220#
4480
−1710
4323
−1673.27
−2069.8
−8460
−9990#
∗
990#
∗
220
−21680#
60
−17490
13
−7422
0.07 −5713.2
0.5
1951.4
12
3498.0
270#
10900#
4770#
440#
110
21
2.8
0.4
1.4
90#
320#
7
8
9
10
11
12
13
14
1710#
2740
7530
5200.65
12418.7
13148.1
19490#
16460#
360#
130
80
0.10
0.4
1.9
100#
280#
22170#
24710
13240
15236
8794.11
7580.3
122
1700#
950#
47930# 300#
230
20090 120
100
−3440
80
12
−28930# 200#
0.02
∗
1.4
∗
19
∗
220#
∗
5700#
−2290
4400
−272.59
2376.13
−7457
−5940
∗
380#
∗
130
−17300
270
80
−12790
100
0.13 −3305.1
1.1
0.00 −3866.05
0.08
7
7214.6
1.3
30
5568
20
11850# 200#
24 N
O
F
Ne
Na
Mg
Al
Si
P
7
8
9
10
11
12
13
14
15
−1080#
3610
3840
8868.8
6959.58
16531.1
14898
21090#
∗
500#
270
110
0.4
0.08
1.3
19
200#
∗
55960# 400# 4970#
26620# 380#
33000 240 −2260
14340
140
7620
70
8990
16570
80
−16706
19
1966
10553.04
0.13 −40420# 500# 10317.41
11692.68
0.01
∗
1959.7
1872
3
∗
11051
3304
27
∗
3280#
−940# 540#
∗
10540#
990#
6450#
300
−1320
90
4360
12
−1039.9
0.08
2177.72
0.4
−6885.4
3
−6103
100# −10500#
540#
∗
640#
∗
250
−21240# 560#
70
−12050
120
1.8
−8368
12
0.09 −2724.2
1.8
0.7
−2555.39
0.04
17
7773.6
2.9
300#
5491
25
11520# 590#
25 N
O
F
Ne
Na
Mg
Al
Si
P
7 −890#
8 −300#
9 4360
10 4228
11 9011.0
12 7330.58
13 16930.5
14 15002
15 21200#
640#
100#
120
26
1.2
0.03
2.8
22
540#
∗
65860#
27390# 480#
40640#
15090
260
20190
16960
80
−5932
10695.3
1.3 −28230#
12063.68
0.08
∗
2271.6
0.5
∗
3408
10
∗
−830# 200#
∗
26 O
F
Ne
Na
Mg
Al
Si
P
S
8
9
10
11
12
13
14
15
16
−200#
1070
5530
5576
11093.07
11365.5
19040
15970#
∗
140#
190
40
6
0.03
0.5
10
280#
28080#
16460#
18130
12043
14145.7
6306.45
5517
140#
190#
560#
110
12
1.8
0.04
7
30
61310# 900#
∗
37220 190
5190
310
9680
60 −1770
80
−15390# 90# 9707
12
−40190# 200# 2703.50
0.08
∗
12570.3
0.4
∗
3466
7
∗
11320# 100#
∗
∗
500#
260#
100
28
200#
3150# 590#
70
150
5980
80
5604.3
1.8
6912.73
0.04
7421.2
1.5
6570
25
8360# 360#
∗
−240# 390#
7370
160
5270
80
6507.0
1.2
7047.83
0.03
7268.4
1.4
7766
21
5810# 280#
570#
51930# 260# −1120# 480#
310#
30480 170
9910
290
100
7574
27
3580
80
26
−17840# 200# 9800
6
1.2 −42190# 300# 2914.34
0.08
0.05
∗
12434.06
0.06
3
∗
3623
4
200#
∗
10930# 200#
360#
∗
4680# 590#
8090#
270#
6850
−37
3531.0
−3146.3
−3655.2
−9490#
−8430#
2180#
8520
1960
3156
−1820.67
−1872.5
−9050
−7940#
∗
1030#
320#
110
28
1.2
0.4
1.4
90#
280#
∗
−20190# 940#
−15120
220
−5750
60
−6505
12
478.29
0.04
1912.7
0.6
9868
10
6340# 220#
390#
∗
210
−14480#
80
−8540
6
−4550
0.03 −5414.14
1.3
2965.95
19
3976
280#
9850#
7850#
340#
120
80
0.11
0.06
3
200#
360#
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
A Elt.
Z
S(2n)
S(2p)
21 C
N
O
F
Ne
Na
Mg
Al
6
7
8
9
10
11
12
13
2600# 510#
6750
100
11415
12
14702.8
1.8
23625.85
0.29
31254
12
38270
250
∗
∗
48690#
38940
30488
23644.6
15274.7
5419
1390#
22 C
N
O
F
Ne
Na
Mg
Al
Si
6
7
8
9
10
11
12
13
14
420# 940#
5870
200
10660
60
13332
12
17125.42
0.02
28173
7
34110
27
∗
∗
23 N
O
F
Ne
Na
Mg
Al
Si
7
8
9
10
11
12
13
14
24 N
O
F
Ne
Na
Mg
Al
Si
P
7
8
9
10
11
12
13
14
15
Q(2β − )
Q(α )
427
Q(β − n)
Q(ε p)
410#
100
17
2.8
0.7
16
300#
∗
37900# 500#
∗
−20940
200
25300 100
∗
−15401
21
13795
12 −36780
−10344
15
2136.6
1.9 −29100
−7347.88
0.12 −16642
16 −16818.2
−6560.8
0.7 −28300# 300# −9455.7
−7980
30
∗
10663
∗
∗
11980#
∗
∗
42850
33550
26400.1
19743.0
7933.0
3240#
−20#
3000# 310#
9590
120
12770
80
15564.90
0.11
23488.3
0.7
32527
16
35490# 300#
∗
∗
45930#
36500
27795
24060.2
14319.9
5624
1720#
640#
6360
11380
14069.4
19378.3
29679.2
34380#
37550#
∗
440#
240
70
0.4
0.4
1.3
90#
200#
∗
48790# 930#
39060
210
29810
60
25789
12
20486.79
0.02
9452.5
2.8
3426
20
760# 510#
∗
39980# 410#
∗
24860# 420#
−20910
340
25020 240
∗
7670 250
−16630
90
15980
70 −38130# 310#
4640
70
−12173.9
1.1
7982.0
0.4 −27850
120
−4493.0
0.4
−10825.63
0.11 −8361.2
2.8 −19040
80
−11015.7
1.3
−9316.55
0.01 −24688
19 −16068.49
0.11 −28774
19
−9330
7
−32050# 500#
2183.9
2.8 −31900# 200#
−9240
30
∗
8939
20
∗
∗
∗
17940# 500#
∗
25 N
O
F
Ne
Na
Mg
Al
Si
P
7 −1970#
8
3310#
9
8200
10 13097
11 15970.6
12 23861.7
13 31828
14 36090#
15
∗
590#
280#
130
26
1.2
1.3
19
200#
∗
∗
41700# 310#
31300
120
27270
80
22616.72
0.11
13964.3
0.5
5280
10
2480# 200#
∗
45230#
−20940# 570#
29550#
−16400
140
20630
−12596
28
11085
−11735.2
2.2
−441.6
−9885.97
0.05 −17017
−9156.9
0.8 −27790#
−9511
19
∗
−9670# 360#
∗
26 O
F
Ne
Na
Mg
Al
Si
P
S
8
9
10
11
12
13
14
15
16
∗
43850#
33220
29000
24841.0
18370.14
7789
3550#
−640#
−19990#
−16190
−11280
−12081
−10614.78
−9452.8
−9173
−9640#
−8620#
−500# 100#
5430
180
9762
27
14587
6
18423.65
0.03
28296.0
2.8
34042
20
37170# 540#
∗
240
60
1.1
0.7
16
300#
16120# 510#
13380 100
9
12
−1076.9
1.8
−20651
7
−27826
27
∗
∗
250
60
1.1
0.4
1.3
90#
200#
∗
−22710#
−18070
−12746
−9668.1
−8481.1
−8139.0
−8430#
∗
44000# 910#
∗
29250 190
∗
17310
60 −43970#
7976
12 −29750
−7627.8
1.3 −23377
−23370# 90# −12423.9
−32560# 200# −1954.2
∗
13080#
∗
13970#
510#
100
12
1.8
1.3
90#
200#
19960# 910#
15900 190
1260
60
454
12
−13911.9
0.7
−24164
16
−34590# 300#
∗
∗
520#
120
12
1.8
1.3
19
200#
−23390# 500#
35070# 310#
∗
−20230
160
19770 120 −45960#
−14960
80
12860
80 −36000
−10913.8
2.8
319.7
1.3 −21730
−10467.38
0.07 −16299
19 −19612
−9650.1
1.3 −29250# 200# −4738.0
−8582
22
∗
4663
−11690# 320#
∗
16880#
910#
210
60
12
1.3
19
200#
21040# 300#
3750 120
3280
80
−8042.9
0.4
−17204.2
1.3
−31730# 90#
−33470# 200#
∗
430#
240
70
0.4
0.10
3
200#
300#
820#
60
22
0.6
0.7
1.4
110#
510#
260#
100
26
1.3
10
200#
∗
∗
−43560#
−28470
−24210
−14530.3
−7787.0
10469
11640#
410#
240
70
0.4
0.5
10
200#
29360#
11810#
9150
−1761
−3495.6
−21207.2
−27742
−36240#
∗
940#
35280# 260#
250
25130 170
60
16644
27
14
5348
6
0.03 −9070
3
0.4 −23180# 200#
3
−33120# 300#
220#
∗
360#
∗
∗
−45520#
−34300#
−25420
−21395
−10141.5
−1241
12600#
14860#
530#
260#
100
26
1.2
3
200#
300#
16370# 280#
12310 170
1716
27
−1741
6
−15369.7
0.5
−24106
10
−34090# 200#
∗
∗
560#
270#
100
26
1.2
2.8
19
500#
428
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
A Elt. Z
S(n)
Q(4β − )
S(p)
Q(d,α )
Q(p,α )
Q(n,α )
27 O
F
Ne
Na
Mg
Al
Si
P
S
8
9
10
11
12
13
14
15
16
−1170#
1420
1430
6726
6443.39
13057.67
13311
19760#
16500#
570#
410
110
7
0.04
0.13
3
200#
360#
∗
18080#
18490
13236
15013
8271.05
7462.96
861
720#
59540#
460#
42120
200
19450
27
−4800
6
−32130#
0.12
∗
0.16
∗
27
∗
280#
∗
500#
380
110
27
200#
−840#
8200#
6510
7301
5482.0
6706.97
7242.7
6169
9380#
710#
460#
150
26
1.2
0.12
0.5
28
280#
2280#
10720
4370
5298
−1304.48
1600.96
−7463.3
−6610
−9590#
640#
∗
440
−16970#
130
−6350
4
−7430
0.09 −2988.7
0.12 −3132.14
2.8
7195.67
30
4986
540#
12440#
550#
260
70
0.4
0.14
0.15
26
200#
28 O
F
Ne
Na
Mg
Al
Si
P
S
Cl
8 −820#
9 −230#
10 3900
11 3543
12 8503.3
13 7725.10
14 17179.81
15 14513
16 21540#
17
∗
780#
640#
180
14
2.0
0.06
0.15
27
260#
∗
19020#
20970
15350
16790
9552.76
11585.11
2063
2500
−1730#
68870#
720#
50080#
400
32740
110
6170
4
−19090
0.14 −43410#
0.12
∗
3
∗
160
∗
540#
∗
600#
∗
510# 8220#
150
3680
13
9292
160
2554
500# 10074.95
1428.32
10697
3810#
11300#
570#
220
30
6
0.13
0.06
4
250#
590#
2210#
10650#
4840
5983
−796.8
1206.44
−7712.6
−6119
−9940#
∗
780#
∗
570# −17630#
180
−10550#
29
−6620
2.3
−7264
0.13 −1846.2
0.5
−2653.57
11
7404
250#
5900
13330#
720#
300#
100
26
1.2
0.03
3
160
540#
29 F
Ne
Na
Mg
Al
Si
P
S
Cl
9 1000#
10 1260
11 4417
12 3672
13 9436.2
14 8473.57
15 17865
16 15300
17 21490#
770#
310
18
14
1.2
0.02
3
170
540#
20840#
22460#
15870
16919
10485.7
12333.58
2748.8
3290
−1780#
830#
58510# 580#
580#
39950 270
150
19618
13
19
−7460
50
2.3 −31360# 200#
0.13
∗
0.6
∗
50
∗
250#
∗
6050#
3840
6310
5609
7082.1
6012.42
6142.5
8270
6310#
770#
460
110
14
1.2
0.12
0.6
60
280#
9450#
4650
7099
1107
2863.3
−4820.68
−4944
−9270#
−7960#
630#
∗
320
−12010#
30
−9960
15
−5400
1.2
−5707
0.06
−34.06
3
904.1
200#
9630
360#
7820#
370#
170
30
6
0.03
0.6
50
280#
30 F
Ne
Na
Mg
Al
Si
P
S
Cl
Ar
9
10
11
12
13
14
15
16
17
18
−540#
3030
2375
6363
5728
10609.20
11319.3
18970
16770#
∗
830#
630
28
16
14
0.02
0.7
50
280#
∗
24480#
16990
18865
12542
13506.6
5594.5
4399
−310#
350#
810#
270
16
20
1.2
0.3
3
200#
360#
64780#
47530
28562
5152
−20320#
−44520#
∗
∗
∗
∗
600#
570
25
9
200#
300#
5770#
590#
7830
2789
9857
3128.32
12003.0
3807
11080#
4240#
840#
770#
150
16
14
0.13
0.3
4
250#
590#
8810#
3040
6160
1471
3578
−2372.22
−2952.2
−8481
−8240#
∗
780#
∗
680
−16210#
110
−10920
9
−10330
14
−4709
0.12 −4199.88
0.3
2642.5
27
3968
280#
10810#
8190#
760#
380
110
14
0.06
0.3
3
200#
360#
31 F
Ne
Na
Mg
Al
Si
P
S
Cl
Ar
9
10
11
12
13
14
15
16
17
18
690#
840#
330# 1070#
3780
210
2378
15
7153
25
6587.40
0.03
12311.6
0.4
13053
3
19580#
200#
16860#
360#
∗
71240#
25350# 1080#
53790#
17740
610
37100
18867
28
15827
13332
22
−7890
14366
14
−34240#
7296.93
0.19
∗
6133.0
1.5
∗
290
50
∗
440#
280#
∗
600#
900#
210
12
50
210#
32 Ne
Na
Mg
Al
Si
P
S
Cl
Ar
K
10 1640# 1210#
11 1660
410
12 5809
21
13 4180
90
14 9203.22
0.03
15 7935.65
0.04
16 15042.4
1.5
17 14330
50
18 21560#
210#
19
∗
∗
7300#
840#
∗
1260# 1070#
2480# 1040# −17360# 1080#
5310
340
6270
260
−14930#
550#
4828
18
2636
18
−8820
150
6376
25
4929
20
−8318
24
5977.1
1.2
−1234.51
0.14 −2284.0
2.0
8164.97
0.18
1915.97
0.18 −1944.04
0.23
8618.8
1.6
−7022
4
8094.6
1.5
6800
70
−6280
170
5740
50
8860#
280# −10400#
540#
12870#
260#
26300# 1000#
61360# 800# −910# 1000#
1850#
19070#
970#
43370 360
6670
670
5870
20900
210
25061
18
1390
30
1244
15130
90
2270
90
8560
90
4420
16416
20
−21880.7
1.8 2502
14
−1001.5
8645.18
0.19 −44720# 500# 10838.52
0.19
2453.88
8863.78
0.21
∗
4895.7
0.3
−4199.0
1574
7
∗
11444
7
−5310
2420
50
∗
4070#
200# −10480#
−1840#
540#
∗
11050#
590#
∗
990#
∗
450
−15590#
22
−13370
90
−8080
1.2
−7815
0.19
−443.5
0.6
1525.75
50
9269
200#
6610
12920#
680#
270
90
14
1.2
0.14
7
50
540#
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
A Elt. Z
S(2n)
S(2p)
27 O
F
Ne
Na
Mg
Al
Si
P
S
8
9
10
11
12
13
14
15
16
−1370#
2490
6960
12302
17536.46
24423.1
32351
35730#
∗
570#
390
110
4
0.05
0.5
10
200#
∗
46160#
34950#
31370
27057
22416.8
13769.42
6379
860#
630#
280#
100
26
1.2
0.15
26
200#
28 O
F
Ne
Na
Mg
Al
Si
P
S
Cl
8
9
10
11
12
13
14
15
16
17
−1990#
1190#
5330
10270
14946.7
20782.77
30491
34270#
38040#
∗
650#
540#
150
14
2.0
0.14
3
200#
340#
∗
∗
39050#
33840
30026
24566
19856.16
9526
3360
−1010#
29 F
Ne
Na
Mg
Al
Si
P
S
Cl
9
10
11
12
13
14
15
16
17
770# 690#
5150
290
7960
14
12175
14
17161.3
1.2
25653.38
0.15
32378
26
36850# 210#
∗
∗
41470#
36840
32270
27276
21886.34
14333.9
5350
720#
30 F
Ne
Na
Mg
Al
Si
P
S
Cl
Ar
9
10
11
12
13
14
15
16
17
18
470#
4290
6792
10035
15165
19082.76
29184
34280
38260#
∗
790#
590
28
9
14
0.03
3
160
540#
∗
45330#
39440#
34730
29461
23992.2
17928.1
7148
2980#
−1430#
31 F
Ne
Na
Mg
Al
Si
P
S
Cl
Ar
9
10
11
12
13
14
15
16
17
18
150#
3360#
6150
8741
12881
17196.59
23630.9
32030
36350#
∗
150#
940#
210
18
20
0.03
0.6
50
200#
∗
∗
42220#
35850
32197
26908
20803.5
11727.5
4690
130#
32 Ne
Na
Mg
Al
Si
P
S
Cl
Ar
K
10
11
12
13
14
15
16
17
18
19
1970#
5440
8187
11330
15790.61
20247.3
28096
33920#
38430#
∗
980#
360
20
90
0.04
0.4
3
200#
300#
∗
44420# 690#
38630
570
34000
90
29748
8
23011
14
16160.71
0.14
7707
7
2716
3
−1400# 540#
Q(α )
∗
−15890#
−9970
−11270
−11857.52
−10091.72
−9335.4
−9910
−8650#
Q(2β − )
429
Q(ε p)
37880#
480#
30440
160
21660
80
11679
0.12 −2202.35
0.12 −16480
1.3 −29930#
30
∗
280#
∗
520#
380
110
4
0.16
26
200#
∗
∗
−35930# 280#
−31080
170
−22305
27
−17623
6
−3458.69
0.15
4204
26
17400# 200#
∗
−16740#
300# −10250
170
−10970
27
−11492.0
6
−10857.24
0.03 −9984.14
3
−9527
160
−9110
540#
−7870#
42610#
650#
34220#
280
26260
70
15861
2.0
6474.2
0.15 −9692
0.01 −25570
4
−33720#
160
∗
710#
∗
610#
510#
150
13
2.0
3
160
500#
570#
380
110
4
0.05
0.6
50
200#
−18630#
−11810#
−11030
−10936
−11282.4
−11127.14
−10461.4
−9410
−8150#
770#
37630#
370#
28680
100
20880
29
11276
1.7
−1262.7
0.04 −18740
0.8 −30100#
50
∗
280#
∗
830#
510#
150
19
2.0
0.3
3
200#
340#
∗
−15040#
−12340
−11765
−11435
−10643.26
−10415.2
−9343
−8960#
−8310#
620#
270
24
14
1.2
1.5
50
210#
Q(β − n)
18610#
16430
5860
2626
−10447.66
−18123
−31430#
−34760#
∗
530#
380
110
4
0.07
3
200#
300#
∗
∗
−41000#
−33210
−29380
−18622
−14195.12
2749
9170
19990#
20850#
18090#
520#
8690
380
5526
110
−5893.3
4
−12537.46
0.05 −28847
3
−32770#
160
∗
500#
∗
710#
520#
150
13
2.0
0.11
26
200#
580#
270
13
14
1.3
50
200#
∗
−43080#
−37850#
−29150
−24515
−14165.4
−7391.2
11040
13010#
650#
510#
150
13
2.0
0.6
50
200#
20980#
10980
9612
−1840
−4793.8
−22808
−29100
−37790#
∗
600#
270
13
14
1.2
3
160
510#
40540#
630#
32010
170
24234
28
15522
15
4328
0.04 −10370
0.3 −24640#
4
−34150#
280#
∗
420#
∗
600#
570
29
8
14
3
200#
300#
∗
∗
−39220#
−34260
−25826
−21103
−9274.2
544
14110#
15950#
580#
270
19
14
1.2
3
200#
300#
22770#
12370
10909
1233
−2049
−15551.6
−25110
−35280#
∗
∗
650#
570
29
8
14
0.6
50
200#
∗
43630#
−16540# 1030#
34060#
−14700
430
27610
−12710
110
19732
−11861
21
9487
−10787.27
0.06 −3904.4
−9669.14
0.22 −17370
−9085.3
1.5 −30340#
−8780
60
∗
−8680#
290#
∗
630#
900#
210
12
20
1.5
50
210#
∗
∗
−43540#
−33610
−30600
−21327
−15857
−1900.7
5840
18070#
630#
570
30
8
14
1.5
50
210#
25120#
14410#
13490
4584
1408
−10819.7
−18450
−31560#
−35220#
∗
830#
900#
210
19
20
0.3
3
200#
300#
∗
−44510#
−39090#
−31010
−28152
−16641
−10355.66
3822
9555.5
20200#
16550# 830#
700#
14210
360
900#
5928
27
230
3820
90
12
−7711.34
0.19
20
−13331.9
1.5
0.14 −27020
50
7
−32690# 210#
2.3
∗
510#
∗
−19000# 1000#
38230# 800#
−16590#
620#
30130
370
−14620
150
23126
18
−12500
90
13240
90
−11487.2
2.0
1934.79
0.15
−9879.69
0.23 −10975
7
−6947.82
0.14 −23815.5
1.8
−8596
7
−33750# 500#
−8700
160
∗
−8560#
710#
∗
430
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
A Elt. Z
S(n)
S(p)
Q(4β − )
Q(d,α )
33 Ne
Na
Mg
Al
Si
P
S
Cl
Ar
K
10
11
12
13
14
15
16
17
18
19
−650# 1130#
2250
940
2222
26
5540
110
4483
16
10103.6
1.1
8641.61
0.03
15745
7
15255.3
1.8
21730#
540#
∗
66490# 800#
19680# 1190#
51230 870
21460
360
31480
20
14860
70
12470
70
16720
90
−11109
16
9545.6
1.1 −33100# 200#
9569.75
0.22
∗
2276.7
0.4
∗
3343
7
∗
−1670#
200#
∗
34 Ne
Na
Mg
Al
Si
P
S
Cl
Ar
K
Ca
10
11
12
13
14
15
16
17
18
19
20
950# 1140#
200#
200#
4160
230
2470
130
7535
21
6291
5
11417.11
0.09
11507.7
0.5
17064.4
0.5
16320#
360#
∗
∗
73080# 810#
∗
20530# 1200#
57320# 900# 6190# 1200#
23370
910
38740 230
450
420
15120
110
21510 110
8730
110
18720
70
−1580
14
1820
90
11354
17
−23080# 300# 10234
5
10883.3
1.1 −43080# 300# 5084.24
0.21
5142.75
0.12
∗
12286.73
0.13
4662.8
0.6
∗
5663
7
−610#
300#
∗
11430#
300#
900#
360#
∗
3450#
590#
35 Na
Mg
Al
Si
P
S
Cl
Ar
K
Ca
11
12
13
14
15
16
17
18
19
20
1250#
730#
5270
2470
8371
6985.88
12645.08
12741.5
17760#
16620#
300#
460#
210
40
5
0.04
0.18
0.8
300#
360#
20830# 1240#
64440#
23900#
980#
45000#
16230
290
28880
18720
120
8690
12190
14
−13689
11578
5
−33450#
6370.72
0.10
∗
5896.6
0.8
∗
81
20
∗
1210#
360#
∗
950#
400#
180
40
20
200#
36 Na
Mg
Al
Si
P
S
Cl
Ar
K
Ca
Sc
11
12
13
14
15
16
17
18
19
20
21
−300#
2800#
2160
6190
3465
9889.04
8579.63
15255.4
14329
19110#
∗
100#
640#
280
130
13
0.21
0.06
0.7
21
200#
∗
68200#
25450# 1070#
52090#
17660#
450#
35300
19640
210
17750
13180
40
−2825
13095.3
1.9 −24220
7964.47
0.11 −43420#
8506.97
0.05
∗
1668
8
∗
2560
40
∗
−2010#
540#
∗
950# 5540# 1250#
500# −630# 1030#
210
7680
320
120
1160
170
15 10417
19
40
4604
5
500# 11120.74
0.12
4919.04
0.18
11662
8
5750#
300#
11460#
590#
37 Na
Mg
Al
Si
P
S
Cl
Ar
K
Ca
Sc
11
12
13
14
15
16
17
18
19
20
21
750#
180#
250# 1030#
3910
390
2170
210
6810
40
4303.60
0.06
10310.99
0.08
8787.44
0.21
15445
8
14790
50
19130#
590#
∗
74270#
25990# 1310#
56150#
18770#
600#
41710
19650
270
24370
13800
130
5810
13934
13
−13735
8386.43
0.19 −34600#
8714.77
0.22
∗
1857.63
0.09
∗
3025
24
∗
−1990#
300#
∗
960#
900#
330
170
40
22
300#
420# 1000#
4760# 1260#
2950
210
5400
70
5172
26
7322.3
1.1
8565.70
0.21
8752.0
1.6
8390
50
6180#
280#
Q(p,α )
1960#
6650
1400
5250
244
2959.5
−1521.4
−2077
−8960#
−8460#
1000#
1040
30
70
21
1.1
0.3
3
200#
360#
Q(n,α )
∗
−18370# 1060#
−12560
570
−11240
80
−5936
18
−4819
14
3493.33
0.14
4843.5
0.6
10325
3
7970#
280#
1700# 1000#
∗
6780# 1270# −17880# 1080#
1020
310
−16390#
930#
5150
110
−9940
240
−139
25
−11093
19
3255
5
−3958
21
−626.85
0.20 −1336.38
0.11
−531.1
1.5
5647.51
0.24
−6450
50
6313.8
1.6
−7910#
360#
11230#
300#
∗
7510#
360#
4300# 1240#
7170# 1240#
∗
1970#
960#
1950#
540# −15480#
5690
180
5690
180
−13550
4880
80
1570
90
−7760
6346
16
4087.2
1.9
−8150
8201.9
1.1
322.92
0.20
880.95
8283.26
0.13
1866.21
0.13
938.08
8666.8
0.9
−4854
7
8614.7
8926
20
−4105
20
7807
8550#
280# −10950#
540#
12450#
900#
400
40
90
0.11
0.19
0.8
21
200#
6820# 1240#
∗
1400# 1010# −18930#
5750
220
−13460
910
140
−11730
5106
21
−6080
537.5
1.1
−4525
1928.19
0.15
2462.0
−4364.1
0.5
2000.86
−3178
8
9224
−8340#
200#
8590
∗
12780#
950#
900
120
70
16
1.1
0.14
8
40
540#
∗
380# 1310#
4510#
520#
4260
240
6080
50
8672.2
1.9
7795.63
0.11
8776.69
0.21
8958.0
0.8
8720
30
8950#
360#
7020# 1250#
∗
1350# 1270# −18230# 1210#
6000
400
−17170#
960#
1220
200
−9740
290
5830
40
−10420
120
2525
5
−1293
14
3034.31
0.12 −1557
5
−1643.83
0.27
4630.53
0.23
−1558.9
0.4
5285.98
0.20
−6820#
300#
10862
22
−5450#
420#
9970#
420#
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
A Elt. Z
S(2n)
S(2p)
Q(α )
33 Ne
Na
Mg
Al
Si
P
S
Cl
Ar
K
10
11
12
13
14
15
16
17
18
19
990# 1210#
3910
900
8031
23
9720
80
13686
16
18039.2
1.1
23684.0
1.5
30080
50
36820#
210#
∗
∗
45980#
40530#
35760
31853
25962
18214.93
11140.5
4917.4
750#
34 Ne
Na
Mg
Al
Si
P
S
Cl
Ar
K
Ca
10
11
12
13
14
15
16
17
18
19
20
300#
2450#
6380
8010
12018
16395
20058.73
27253
32319.6
38040#
∗
100#
970#
230
140
14
5
0.09
7
1.8
590#
∗
∗
43050#
36570
33580
28070
20428.82
14712.50
6939.5
2730#
−780#
∗
−18570#
830# −16720
370
−13720
23
−13471
90
−11110
0.12 −7923.78
0.25 −6664.1
0.4 −6740
300#
−8350#
300#
−9360#
35 Na
Mg
Al
Si
P
S
Cl
Ar
K
Ca
11
12
13
14
15
16
17
18
19
20
1450#
4890#
7740
10010
14662.9
18403.00
24152.7
29805.9
34070#
∗
360#
400#
190
40
2.2
0.10
0.5
0.9
200#
∗
44420#
39600
33830
30910
22932
17254.0
11039.4
4743
590#
900#
890
40
70
16
1.1
0.8
20
200#
−19130#
−17120#
−15210
−13570
−12329
−8322.27
−6997.57
−6427.7
−6530
−9120#
36 Na
Mg
Al
Si
P
S
Cl
Ar
K
Ca
Sc
11
12
13
14
15
16
17
18
19
20
21
950#
3530#
7430
8670
11836
16874.92
21224.72
27997.0
32090#
35740#
∗
320#
550#
240
120
14
0.22
0.19
0.4
300#
300#
∗
46280#
41560#
35870
31900
25285
19542
14877.69
7564
2640
−800#
950#
920#
260
110
14
5
0.11
8
40
590#
∗
−18280#
−15710
−13950
−11610
−9008.08
−7641.55
−6640.76
−6521
−6660
−8950#
37 Na
Mg
Al
Si
P
S
Cl
Ar
K
Ca
Sc
11
12
13
14
15
16
17
18
19
20
21
450#
3050#
6070
8360
10280
14192.64
18890.63
24042.9
29774
33910#
∗
150#
990#
370
170
40
0.22
0.06
0.8
20
200#
∗
∗
44210#
37310#
33440
27110
21481.7
16679.24
10364.60
4692
570#
1060#
900#
220
20
20
0.14
0.5
1.6
200#
Q(2β − )
∗
41100#
−17830# 1050#
33420
−15590
270
25387
−13620
70
17810
−12299
21
6093
−10547.1
1.6 −5334.1
−7115.86
0.14 −17201.9
−6475.7
0.8 −27770#
−8650
50
∗
−8810#
280#
∗
∗
−19170#
1000# −17370
440# −13900
180
−12890
40
−8829
1.9 −7849.0
0.23 −6786.58
0.10 −6221.7
22
−6203
300#
−6350#
431
Q(β − n)
Q(ε p)
800#
880
25
70
16
1.2
0.5
200#
∗
∗
−39670#
800#
−34880
360
−26827
24
−22560
90
−9794.06
0.14
−3987.2
0.5
9342.6
0.5
12800#
200#
44310#
1080#
35690#
620
28770
120
21630
16
9975
15
−118
0.11 −11554.6
0.4 −22960#
3
−31530#
360#
∗
420#
∗
840#
910#
230
110
14
5
0.4
300#
300#
∗
∗
−44480#
−35110
−32140
−23320
−16728
−5391.3
919.8
12230#
15250#
20160# 1190#
19800#
900#
830#
9270
240
880
9490
110
24
−1691
14
70
−6043
5
16
−16999.7
0.4
1.1 −23127.0
0.5
0.4 −33210#
200#
300#
∗
300#
∗
1120#
39710#
990#
30510#
270
24730
40
14490
20
4155.8
0.11 −5798.9
0.19 −17845
1.7 −27650#
50
∗
280#
∗
960#
400#
180
40
1.9
0.8
20
200#
∗
−44260#
−40180#
−30460
−29210
−16179
−11745
−404.6
5982
15690#
900#
910#
230
110
14
5
0.8
20
200#
22700#
11010#
11760
2130
−2997.3
−12477.90
−18707.6
−29640#
−32390#
∗
970#
420#
180
40
1.9
0.15
0.4
300#
300#
980#
520#
220
120
13
0.19
8
40
500#
∗
∗
−41090#
−35920#
−27410
−23590
−11953.1
−8674.15
4298
9320
17780#
23730#
13480#
970#
12070
420#
4300
180
524
40
−9721.85
1.9 −14545.8
0.10 −27134
8
−30100#
40
∗
500#
∗
1030#
530#
220
120
13
0.19
0.7
20
200#
45330# 1010#
1210#
35830#
920#
940
28940
330
170
20320
170
80
12770
40
16
4051.30
0.28
1.1 −6961.33
0.11
0.25 −17786
22
0.5 −27640#
300#
22
∗
360#
∗
∗
∗
−45300#
−35290#
−32070
−21700
−18800
−7572.55
−2567.31
9781
12980#
25780#
15400#
1010#
14360
530#
5600
220
3600
120
−5445.82
13
−9601.31
0.27 −21593
0.12 −26430
22
−35130#
300#
∗
1080#
930#
350
170
40
0.20
0.05
8
40
500#
42170#
950#
33910#
420
26030
120
18180
90
9271
0.20 −432.53
0.20 −12096
0.14 −23790
10
−31320#
40
∗
710#
∗
18860#
17770
7880
7480
−4259
−8393.1
−21328
−26874.5
−37870#
∗
880#
880
90
70
16
1.1
7
1.8
500#
432
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
A Elt. Z
S(n)
S(p)
Q(4β − )
Q(d,α )
Q(p,α )
Q(n,α )
500# −2250# 1080#
280# 1070#
∗
730
5340#
890#
4760#
830# −17890#
140
860
250
930
220
−14570#
100
8440
160
4470
110
−8980
8
4101
15
2861
7
−6850
300# 11576.78
0.20 3912.31
0.14
706.0
250# 5518.1
0.3
−837.0
0.3
−221.8
12141.7
0.4
−889.2
0.9
5859.3
6078
9
−6026
21
6635
12210#
300# −4670#
360#
11880#
5910#
560#
∗
10150#
38 Mg
Al
Si
P
S
Cl
Ar
K
Ca
Sc
Ti
12
13
14
15
16
17
18
19
20
21
22
2320# 1030#
1970
800
5560
220
3830
110
8036
7
6107.88
0.08
11838.2
0.4
12071.8
0.5
16969
23
15850#
420#
∗
27570# 1080#
61860#
20490# 1160#
45850
21300
360
30650
15470
200
14040
15160
40
−4802
10190.71
0.21 −24860#
10242.0
0.3 −43820#
5142.0
0.5
∗
4548
5
∗
−940#
300#
∗
1030#
390#
∗
39 Mg
Al
Si
P
S
Cl
Ar
K
Ca
Sc
Ti
12
13
14
15
16
17
18
19
20
21
22
−500#
2730
2080
6190
4370
8073.4
6599
13077.6
13286
17300#
15670#
∗
66730# 520# −1000# 1090#
480# 1080#
∗
20890# 1560#
51200 1470
2860# 1730#
4840# 1560# −20910# 1750#
21410
800
35170
340
2690
470
1010
400
−13850#
610#
16100
170
20930
100
4420
200
4470
160
−13010
240
15690
110
4110
50
6540
60
1950
50
−5030
130
10228
7
−15632
24
7807.0
1.7
5727.9
1.7
−3903
13
10733
5
−34740# 210# 9230
5
1144
5
3068
5
6381.43
0.29
∗
7851.45
0.28 1288.58
0.19
1361.25
0.20
5762.7
1.9
∗
8236.6
1.9 −4984
8
8603.5
1.9
−602
24
∗
9700
30
−2860
50
8905
25
850#
360#
∗
9370#
360# −7530#
540#
13590#
210#
40 Mg
Al
Si
P
S
Cl
Ar
K
Ca
Sc
Ti
V
12 1400# 1040#
13
170# 1630#
14 4530
650
15 3300
170
16 7780
150
17 5830
30
18 9869
5
19 7799.51
0.07
20 15643.2
1.9
21 14427
24
22 18420#
260#
23
∗
∗
73100#
21560#
870#
56850#
23220
1570
40510
17320
370
25430
17280
180
11980
11680
60
−7030
12528.7
1.7 −26190
7582
5
−43870#
8328.23
0.09
∗
538
3
∗
1970
160
∗
−1540#
540#
∗
41 Al
Si
P
S
Cl
Ar
K
Ca
Sc
Ti
V
13
14
15
16
17
18
19
20
21
22
23
1660# 1060#
−20
1930
5240
260
4220
180
7820
80
6098.9
0.3
10095.19
0.08
8362.80
0.13
16190.5
2.8
14920#
190#
18610#
540#
21820# 1210#
63010# 800#
23020# 1970#
46630 1840
18030
600
30280
220
18200
180
16120
120
11730
160
1340
70
12800
30
−17370# 100#
7808.15
0.19 −35350# 210#
8891.52
0.17
∗
1085.09
0.08
∗
2470#
100#
∗
−1360#
260#
∗
42 Al
Si
P
S
Cl
Ar
K
Ca
Sc
Ti
V
Cr
13
14
15
16
17
18
19
20
21
22
23
24
100# 1210#
3200# 1910#
1860
500
6730
170
5680
160
9427
6
7533.80
0.11
11480.63
0.06
11550.16
0.16
17490#
100#
16040#
280#
∗
∗
68590#
24560#
950#
52860#
19910
1900
35960
19690
250
20870
13180
190
7210
14400
70
−9301
9243.1
0.4 −26850#
10276.97
0.19 −44540#
4272.45
0.12
∗
3768
5
∗
−240#
220#
∗
1100#
360#
∗
100#
1640
360
150
50
1.7
5
0.4
5
300#
320#
920#
∗
700# 5010#
560
130
140
6670
140
2600
30 10010
160
5469.01
500# 11890.15
4665.2
12247
6800#
11940#
−180# 1320#
860#
4910# 1140#
920
380
650
200
3340
220
180
990
150
30
4200
30
0.10 1585.69
0.05
0.30 2276.51
0.28
0.4 −5182.02
0.23
5
−2497
23
340# −6830#
340#
560#
∗
2850#
950#
2880
2360
3510
400
4570
160
6570
80
7443.5
1.8
8394
5
9380.06
0.16
9342.8
1.9
9180#
100#
9010#
290#
5570#
2380
3650
600
4420
1594.7
4019.5
−1473.0
−1719
−5900#
−4440#
950#
1980
260
160
70
0.3
0.3
0.4
5
310#
320#
1200#
420#
200
40
1.9
0.4
0.4
5
300#
320#
∗
−20330# 1190#
−18140# 1060#
−12410
360
−10640
220
−2920
50
−2497.13
0.20
3872.73
0.20
1747.79
0.29
9923.4
2.8
9960
160
13140#
590#
∗
−15790# 1910#
−15680
760
−9310
180
−6900
120
−560
7
−114.57
0.22
5223.2
0.3
5804.7
0.4
12010#
100#
10380#
360#
920# 4150# 1280#
4970# 1040#
∗
500# −150#
860#
1900# 1560# −19490#
720#
450
6180
710
3870
560
−14810
1540
120
1140
190
60
160
−13960
360
140
8660
200
3110
150
−6390
180
8
3850
30
242
6
−5610
50
200# 10729.15
0.22 3085
5
425.0
1.7
300# 5698.94
0.18
123.99
0.17
341
5
13435.84
0.18
17.2
1.9
7332.17
0.19
6112
6
−6089
25
7799
6
11390#
250# −4810#
280#
11650#
200#
6370#
590#
∗
10140#
360#
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
A Elt. Z
S(2n)
S(2p)
Q(2β − )
Q(α )
∗
46480# 1200#
40070#
520#
35120
240
28960
120
24125
13
18628.4
0.4
13856.8
0.5
6406
5
2090#
300#
−960#
260#
−20550#
950#
39060#
−19140# 1160#
30810
−15300
270
22790
−14250
150
15040
−9329
16
7853
−7665
5
−997.4
−7207.7
0.4 −12655
−6785.8
0.5 −23860#
−6107
5
−31160#
−5880#
420#
∗
−6480#
390#
∗
∗
48460#
41900#
37400
31160
25380
20924
16623.42
10904.7
3946
−80#
∗
−20610#
−16650#
−15170
−11230
−7367.4
−6821
−7218.39
−6651.9
−5420
−5530#
38 Mg
Al
Si
P
S
Cl
Ar
K
Ca
Sc
Ti
12
13
14
15
16
17
18
19
20
21
22
2570#
5870
7730
10650
12340
16418.87
20625.6
27517
31760
34980#
∗
710#
760
180
100
7
0.12
0.3
8
40
590#
39 Mg
Al
Si
P
S
Cl
Ar
K
Ca
Sc
Ti
12
13
14
15
16
17
18
19
20
21
22
1820#
4690
7630
10020
12410
14181.3
18437
25149.45
30255
33150#
∗
1040#
1510
380
110
50
1.7
5
0.21
22
300#
40 Mg
Al
Si
P
S
Cl
Ar
K
Ca
Sc
Ti
V
12
13
14
15
16
17
18
19
20
21
22
23
900# 1030#
2900# 1010#
6610
570
9490
170
12150
140
13900
30
16468.0
0.3
20877.1
0.4
28930
5
31730#
300#
34090#
300#
∗
∗
∗
44110#
38740
33380
27380
22757
18315.05
14709.7
6300.5
1370
−690#
41 Al
Si
P
S
Cl
Ar
K
Ca
Sc
Ti
V
13
14
15
16
17
18
19
20
21
22
23
1840#
4510
8550
12000
13650
15968
17894.70
24006.0
30617
33340#
∗
1680#
1880
240
130
70
5
0.10
1.9
24
230#
∗
44580#
41250
35530
29010
24480
20336.8
16474
9413.32
3000#
620#
1910#
1490
360
120
50
1.7
5
0.12
100#
210#
−22000#
−18110#
−17650
−14860
−10740
−8596.0
−6222.46
−6615.0
−6267.11
−4960#
−5470#
42 Al
Si
P
S
Cl
Ar
K
Ca
Sc
Ti
V
Cr
13
14
15
16
17
18
19
20
21
22
23
24
1760#
3180#
7100
10950
13500
15525
17628.99
19843.43
27740.6
32410
34640#
∗
1140#
750#
470
190
150
6
0.13
0.14
2.8
160
540#
∗
46380#
42940#
37720
31380
26130
22040
18085.12
13163.98
4853
2220#
−260#
1030#
830#
570
200
140
30
0.25
0.20
5
200#
340#
∗
−18990#
−17540
−16040
−12580
−9986
−7648.37
−6257.4
−5745.5
−5487
−5660#
−5540#
1760#
970#
350
180
40
5
0.20
1.9
24
210#
∗
−21080#
750# −18380#
740
−16310
200
−12810
110
−9730
7
−6800.74
0.21 −6438.26
0.3 −7039.65
2.9 −5522
160
−4840
590#
−5990#
520#
740
140
100
7
0.5
5
300#
250#
433
Q(β − n)
Q(ε p)
∗
16980#
−46510# 1210#
14560
−40610#
910#
6860
−31990
350
4070
−27570
170
−3171
−18090
40
−6921.76
−15107.2
0.4 −17985.7
−4328.1
0.4 −23710
1599
5
−32970#
12570#
300#
∗
14970#
250#
∗
600#
750
140
100
7
0.22
0.3
22
300#
41640#
610#
1750#
34270
1480
520#
25090
340
200
16930
100
60
10080
50
2.5
4006.8
1.7
5
−5968
5
0.19 −19639
24
2.0 −28770#
210#
30
∗
280#
∗
∗
∗
−40360#
−36210
−26380
−22330
−13670
−11297.88
151.2
7344
16270#
44770#
1180#
37400#
750#
28330
260
19450
190
12170
30
5980
0.19 −193.62
0.20 −13012.0
0.21 −26000
8
−30850#
160
∗
710#
∗
∗
20770#
∗
19300#
−45390#
760#
10270
−36790
1480
6980
−32080
370
−1140
−21970
110
−2390
−19170
50
−9304.20
−11024.0
1.7 −14332.1
−8893
5
−28750
5994.8
2.8 −30090#
11140
160
∗
17210#
500#
∗
1730#
780#
570
150
140
30
0.19
1.9
24
210#
1250#
40980#
830#
2050#
32580
1850
400
22030
230
210
14050
120
80
8250
70
0.4
2070.3
0.4
0.20 −6916.68
0.16
0.3 −19440#
100#
0.24 −28440#
210#
100#
∗
360#
∗
∗
−43960#
−41860#
−31780
−26490
−17490
−15290
−7386.83
−2396.16
11860#
13030#
2050#
730#
570
160
140
30
0.24
0.14
100#
210#
22170#
13600
9520
470
−340
−7603.6
−8784.12
−22685.8
−27860
−34100#
∗
980#
1850
260
120
70
0.4
0.13
2.8
160
510#
42740#
36110#
25850
16750
10110
4124
−2900.32
−13426
−23950#
−31110#
∗
∗
∗
∗
−42050#
−38530
−26930
−22690
−15000
−12768.6
−3851.14
2727
13180#
14400#
22040#
15640#
920#
11890
1850
1560
260
80
120
−6935
70
−7955.11
0.4 −17976.00
0.21 −24490#
5
−32990#
200#
∗
310#
∗
2050#
550#
460
140
140
6
0.21
0.16
100#
210#
710#
860
190
180
9
0.24
0.3
0.5
7
360#
390#
1060#
710#
570
140
140
30
0.21
2.8
160
500#
1010#
520#
470
120
140
6
0.24
5
200#
300#
19450#
890#
17390
1480
610#
8610
350
740
5920
100
150
−1440
50
100
−3157.0
1.8
9
−12513
5
0.21 −19819
5
1.9 −30410#
300#
24
−31340#
250#
210#
∗
434
A Elt.
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
S(p)
Q(4β − )
Q(d,α )
Z
S(n)
43 Si
P
S
Cl
Ar
K
Ca
Sc
Ti
V
Cr
14
15
16
17
18
19
20
21
22
23
24
−190#
860#
3240
1070
2360
240
7330
210
5658
8
9643
9
7932.88
0.17
12138.0
1.9
12271
9
17930#
300#
16190#
370#
24270# 1140#
58710#
19960# 1090#
42360
20190
490
26440
13780
200
12020
14390
140
−2689
9460
11
−18570#
10676.05
0.28 −36280#
4929.8
1.9
∗
4489
7
∗
190#
230#
∗
1250#
290#
∗
700#
970
200
160
9
230#
220#
44 Si
P
S
Cl
Ar
K
Ca
Sc
Ti
V
Cr
Mn
14
15
16
17
18
19
20
21
22
23
24
25
1920# 1060#
1740# 1190#
5220
440
4130
190
8735
6
7290
40
11131.16
0.23
9699.5
2.6
16299
7
14160#
260#
19400#
230#
∗
∗
21890#
22170
15550
15790
11090
12164
6696.4
8649.5
2080
2730#
−1240#
990#
1050
230
160
40
9
1.7
2.0
120
240#
550#
65520#
47910#
32350
17590
4875.4
−11690
−28010#
−44220#
∗
∗
∗
∗
800# −120#
700# 4380#
390
660
110
8160
1.7 2950
130
9320
50# 4263.9
500# 11441.8
5283.6
11720
5420#
11120#
45 P
S
Cl
Ar
K
Ca
Sc
Ti
V
Cr
Mn
Fe
15
16
17
18
19
20
21
22
23
24
25
26
2270# 1060#
2210
1790
6200
160
5168.9
1.7
8870
40
7414.79
0.17
11323.0
1.9
9528.6
1.2
15830
120
13580#
510#
19590#
590#
∗
22230#
22640#
16540
16830
11224
12290
6888.3
8478.6
1620
2140
−1060#
110#
1130#
1880#
410
110
10
40
0.8
2.0
17
520
300#
550#
54510# 800#
37560 1740
22710
120
9235.1
1.1
−4729
20
−21850
500
−35950# 300#
−52590# 220#
∗
∗
∗
∗
46 P
S
Cl
Ar
K
Ca
Sc
Ti
V
Cr
Mn
Fe
15
16
17
18
19
20
21
22
23
24
25
26
470# 1210#
4120# 1880#
4420
730
8020
40
6881
18
10394.4
2.3
8760.64
0.10
13189.0
0.8
13265
17
18580
500
15330#
320#
20900#
420#
∗
24490#
18740
18650
12937
13816
8234.1
10344.6
5356.2
4883
690#
1420#
1060#
1880
130
16
10
0.8
0.6
1.0
26
520#
460#
60920#
43830#
27050
14400
1655
−13661
−29390#
−44880#
∗
∗
∗
∗
47 S
Cl
Ar
K
Ca
Sc
Ti
V
Cr
Mn
Fe
Co
16
17
18
19
20
21
22
23
24
25
26
27
770# 1060#
3880#
930#
4260
110
8349
16
7276.36
0.27
10646.3
2.0
8880.29
0.29
13000.4
0.6
13156
24
17960#
190#
15450#
440#
∗
24790# 1210#
50340#
18500#
920#
33820#
18490
720
19020
13270
40
6306
14211
16
−7782
8486.0
1.2 −22070#
10464.2
0.7 −38310#
5167.60
0.07 −52710#
4774
14
∗
80#
160#
∗
1540#
280#
∗
−2660#
620#
∗
Q(p,α )
1700# 1060#
2270#
990#
2910
2080
5160
1120
4020
300
1010
250
5560
200
3560
210
6010
70
410
30
7185
9
3311
9
7861.24
0.25
−9.38
0.25
9660.6
1.9
3522.4
1.9
10032
7
−3934
7
8390#
250# −4310#
280#
8780#
300# −7600#
550#
Q(n,α )
−17890# 1140#
−17880# 1190#
−11790
590
−10410
210
−3500
140
−3390
30
2277.7
0.3
2993.7
1.9
11172
7
8150# 230#
12360# 270#
1210#
860#
600
160
140
40
0.4
1.7
0.7
120
200#
590#
2000#
3400#
1020
3650
−500
2120
−1045.4
2185.7
−4042.0
−3550#
−8390#
∗
1130#
1970#
450
160
70
40
0.3
1.8
0.7
160#
210#
∗
−17960# 1060#
−17030 1890
−9310
240
−8010
120
−2860
80
−2754.6
0.5
3389.4
1.8
3235.7
0.7
10170
120
7890# 110#
12250# 540#
1920#
1690
4310
5110
6112
6492
8051.7
7893.0
8152
9770#
7730#
∗
1060#
1990
240
160
12
9
0.8
2.1
18
550#
370#
4330#
670
4180
10
2679
−926.3
2343.3
−2020.4
−1894
−5930#
−6240#
∗
950#
1800
180
140
12
0.4
0.8
1.0
18
540#
420#
−20130# 1210#
−16040# 1810#
−13660
460
−6450
120
−6050
140
−743
6
−399.8
0.8
5187.7
1.0
5888
17
11800
500
8700# 360#
13240# 370#
900# 3370#
700# −690#
720
5120
40
1220
16
7966
20
3390
110# 10422.2
350# 4403.5
11186.3
5350
11800#
5070#
1210#
990#
820
120
16
40
0.8
1.9
1.2
120
120#
620#
3670#
−200#
2120
−690
1456
−1678
1515.6
−3071.4
−2888
−6590#
−5370#
∗
1140#
1190#
750
160
16
9
0.8
2.0
7
230#
250#
∗
−20350# 990#
−14830 1210
−12110
210
−5600
160
−5479
6
483
9
−68.4
0.8
4761.3
2.1
5494
21
11300# 260#
8530# 420#
800#
600#
100
8
14
160#
260#
500#
1130#
1840#
160
8
10
2.0
0.7
0.8
22
530#
400#
550#
770#
3460#
−810
1841
−1670
2000.4
−2252.2
410.5
−5580
−3940#
−8160#
∗
1060#
720#
150
8
40
2.0
1.9
1.1
120
170#
570#
−19200# 1130#
−16970# 920#
−11150
410
−9820
110
−4020.7
2.8
−2880
40
2182.5
0.8
1460.4
1.9
8636
14
7500# 200#
12480# 270#
9950# 710#
810#
3450#
3170
4785
4979
7190.6
6846.2
7714.5
8032
7410#
9200#
7830#
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
A Elt.
Q(α )
Q(2β − )
Q(β − n)
Q(ε p)
Z
S(2n)
43 Si
P
S
Cl
Ar
K
Ca
Sc
Ti
V
Cr
14
15
16
17
18
19
20
21
22
23
24
3010# 1970#
5100
990
9090
230
13000
170
15085
5
17177
9
19413.51
0.18
23688.2
1.9
29760#
100#
33960#
310#
∗
∗
−19300# 870#
38660#
44520# 1260# −18060 1760
29930
40110 1860 −16320
390
20040
33470
270 −13720
190
12430
27570
120 −11270
50
6399
23860
70
−9218
9
−405
19919.1
0.4 −7592
5
−9088
15206.8
1.9 −4805.8
1.9 −18160#
8761
7
−4472
7 −27190#
3960# 230# −6280# 230#
∗
1010# 240# −6060# 300#
∗
730#
980
200
160
5
9
7
230#
220#
∗
17690#
−45200# 1330#
15370
−37690# 540#
4880
−32400
470
2180
−21620
120
−5060
−18970
140
−6117
−11275
6 −14358.72
−8455.3
1.9 −19138
1937
7 −29220#
6810# 230# −32090#
15700# 220#
∗
44 Si
P
S
Cl
Ar
K
Ca
Sc
Ti
V
Cr
Mn
14
15
16
17
18
19
20
21
22
23
24
25
1730#
4980#
7580
11460
14393
16930
19064.04
21837.5
28570
32090#
35590#
∗
∗
−19820# 1210#
41960#
46160# 1140# −19620# 990#
32330#
42130# 640# −17010
680
23560
35750
460 −14550
180
15580
29570
120 −12230
140
8795.4
25470
150 −10680
50
2010
21624
6
−8853.5
0.4 −3920.0
17372.5
1.8 −6705.8
1.8 −13700
13579.3
0.7 −5127.1
0.7 −24090#
6570
120
−6020
120 −30520#
2920#
50# −7040# 170#
∗
10# 540# −6360# 710#
∗
890#
710#
390
110
1.6
40
0.8
120
50#
520#
∗
∗
−43100#
−33290
−28000
−18930
−16748
−8512
−6428.8
4780
8570#
17140#
45 P
S
Cl
Ar
K
Ca
Sc
Ti
V
Cr
Mn
Fe
15
16
17
18
19
20
21
22
23
24
25
26
4010# 1260#
7430
1750
10340
200
13903
5
16158
14
18545.95
0.29
21022.5
2.0
25827
7
30000#
230#
32980#
550#
∗
∗
∗
−20230# 1130#
36270# 810#
44530# 1880# −19240 2540
26520 1740
38710
980 −15510
250
18250
120
32380
200 −13180
120
11041.4
0.6
27020
160 −11730
70
4460
10
23380
5 −10169.4
0.5 −1806.2
1.0
19052
9
−7933.6
0.8 −9188
17
15175.0
1.0 −6292.9
1.0 −20040
500
10270
17
−5662
17 −26770# 300#
4220
500
−5690# 510# −32550# 550#
1670# 380# −7330# 360#
∗
−1130
40
∗
∗
46 P
S
Cl
Ar
K
Ca
Sc
Ti
V
Cr
Mn
Fe
15
16
17
18
19
20
21
22
23
24
25
26
2740#
6330#
10620
13190
15750
17809.2
20083.7
22717.6
29100
32160#
34910#
∗
1140#
800#
730
40
40
2.3
1.9
1.1
120
50#
520#
∗
−20600# 1280#
40210# 1150#
∗
46720# 1060# −20160# 860#
30420# 700#
∗
41390# 1000# −18070
850
20710
720 −39900# 1080#
35180
400 −14470
130
13410
40 −33760 1740
29770
110 −12930
140
6339
16 −24340
120
25040.0
2.8 −11137
6
988.3
2.2 −20653.5
2.3
20530
40
−9160.5
0.8 −4684.1
0.9 −12438
10
17232.9
0.8 −8001.3
0.8 −14650
20 −10600.4
0.9
13834.9
2.0 −7376.7
1.0 −24700# 110# −3294.2
0.9
6503
20
−6777
21 −30230# 360#
2243
20
2830# 170# −6630# 230#
∗
12220# 110#
360# 360# −7660# 460#
∗
12430# 620#
47 S
Cl
Ar
K
Ca
Sc
Ti
V
Cr
Mn
Fe
Co
16
17
18
19
20
21
22
23
24
25
26
27
4890#
8300#
12280
15231
17670.8
19407.0
22069.3
26265
31740
33290#
36350#
∗
1920#
610#
100
13
2.3
2.0
0.8
17
500
340#
340#
∗
−21120# 1060#
33910#
43000# 1000# −18710# 1140#
25180#
37230 1750 −16370
230
16430
31910
120 −13950
160
8636
27147.5
2.3 −12755
6
2592.3
22302
10 −10164
9
−2330.1
18698.4
0.9 −8948.7
0.8 −10374
15512.2
0.6 −8239.0
2.0 −19740#
10131
14
−7662
16 −27940#
4960# 160# −6660# 280# −32970#
2240# 570# −6920# 340#
∗
−1240# 590#
∗
∗
950#
830#
410
180
6
40
0.29
1.8
5
230#
300#
S(2p)
435
810#
600#
100
8
2.1
1.9
14
160#
260#
530#
830#
980
250
160
5
9
0.21
6
200#
380#
19010#
15990#
6980
3710
−4151
−5470
−13351.9
−16566
−27600#
−30060#
∗
∗
1260#
730#
420
110
9
40
1.9
7
230#
250#
∗
18950#
−43390# 1920#
8910
−37750# 710#
6240
−27940
390
−2030
−23670
110
−3211
−15427.9
1.6 −11067.2
−12550
40 −11590.7
−4826.2
1.0 −22960
−1353
17 −26490#
11290
500 −33440#
11710# 320#
∗
19750# 230#
∗
890#
1750
120
40
10
1.8
1.1
120
50#
710#
800#
970
200
160
5
9
0.7
120
50#
550#
20690#
10990#
6990
−1180
−2678
−10138.6
−10822.7
−20315
−26180
−32430#
−34020#
∗
1960#
710#
720
40
16
2.2
0.5
17
500
300#
250#
∗
14640#
−43310# 1080#
11130#
−33900# 710#
1440
−28280
720
−633
−19910
40
−8654.3
−16203
16
−8280.0
−9086.3
2.1 −15930.7
−7533.9
0.6 −20600
2276
14 −30260#
7520# 160# −31090#
15560# 260#
∗
15780# 520#
∗
1080#
600#
100
8
2.2
1.9
0.7
20
110#
390#
436
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
S(p)
Q(4β − )
Q(d,α )
Q(p,α )
Q(n,α )
A Elt.
Z
S(n)
48 S
Cl
Ar
K
Ca
Sc
Ti
V
Cr
Mn
Fe
Co
Ni
16
17
18
19
20
21
22
23
24
25
26
27
28
2870#
1210#
2260#
920#
5880#
310#
4499
25
9945
4
8235
6
11626.65
0.04
10544.7
2.4
16332
16
15130#
190#
19610#
270#
17140#
640#
∗
∗
20000#
20490#
13510
15807
9445
11444.6
6832.0
8106
2050
3190#
−970#
−410#
1060#
670#
100
7
6
1.9
2.4
7
110
170#
480#
710#
57410#
39790#
24770#
12351
−1395
−15170
−30330#
−46120#
−61220#
∗
∗
∗
∗
900# −1590# 1280#
700#
5310#
990#
300#
1700#
780#
24
8310
50
8
1915
15
110
9350
6
70#
3980.2
0.7
400# 10358.8
2.4
500#
4965
7
10860
110
4920#
130#
11600#
540#
∗
160# 1210#
∗
3410# 1880# −16960# 1060#
−490#
320# −14820# 1770#
2511
24
−8110
130
−2742
11
−8797
4
1180
5
−2242
11
−2555.9
0.7 −2029.4
0.9
−605.6
2.6
2238.8
2.5
−6075
19
1833
7
−5490
520
8200
110
−8180#
310#
6450#
510#
−7080#
460#
12400#
500#
∗
10460#
550#
49 S
Cl
Ar
K
Ca
Sc
Ti
V
Cr
Mn
Fe
Co
Ni
16
17
18
19
20
21
22
23
24
25
26
27
28
−730#
300#
∗
3070#
1060#
20190#
2500#
590#
20730#
6270
70
13890#
5146.45
0.18 16454
10128
6
9627.2
8142.39
0.03 11352
11552.9
2.6
6758.2
10583
8
8144
16360
110
2085
14490#
170#
2550#
19290#
480#
−1300#
17470#
640#
−70#
1210#
860#
310#
24
2.9
5
0.8
3
25
190#
270#
570#
63290#
46850#
30410#
17640
4041
−8937
−23980#
−38380#
−54330#
∗
∗
∗
∗
950#
800#
500#
70
5
24
150#
260#
400#
∗
3010# 1130#
3080#
780#
6300
120
5118
7
6499
4
6484.1
1.9
7686.3
0.8
7382.4
2.4
7654
28
8390#
220#
7760#
370#
9010#
640#
1360# 1310#
∗
4460# 1060# −19560# 1210#
1430#
880# −13200#
860#
4260
80
−9960
720
−1007
15
−5920
40
1447
4
−5488
15
−1937.6
0.7
222.7
2.1
1030.5
0.9
−553.4
1.1
−3393.4
2.5
4439.3
2.4
−3280
30
5104
24
−7350#
190#
10540#
150#
−5470#
440#
8440#
280#
∗
13890#
540#
50 Cl
Ar
K
Ca
Sc
Ti
V
Cr
Mn
Fe
Co
Ni
17
18
19
20
21
22
23
24
25
26
27
28
1070#
1210#
4430#
860#
3100
290
6353
8
6056
15
10939.19
0.04
9335.9
1.3
13000.3
2.2
13083
24
17970#
160#
15690#
310#
20860#
480#
21990#
22090#
14500#
16540
10537
12163
7951.7
9591.5
4585.3
4150
−100#
1500#
1310#
1060#
580#
70
15
4
1.0
1.3
2.2
60
220#
370#
51840#
36920#
23870
10689
−1910
−16950
−32030#
−46470#
∗
∗
∗
∗
900#
700#
280
9
16
60
170#
260#
4810# 1280#
910#
990#
9080#
410#
3264
25
10388
15
3780
5
9977.0
1.0
4926.7
2.6
10903
7
5560
130
11680#
180#
5280#
480#
4170# 1210#
∗
880#
920# −16860# 1060#
5420
300
−9190#
660#
989
11
−8020
100
2667
16
−3194
16
−2230.5
1.9 −3440.1
2.1
574.9
1.0
757.0
2.1
−3393.4
1.0
319.3
1.0
−3204
14
5021.6
1.1
−7350#
170#
5730
60
−5710#
310#
10710#
230#
−9630#
570#
8480#
370#
51 Cl
Ar
K
Ca
Sc
Ti
V
Cr
Mn
Fe
Co
Ni
17
18
19
20
21
22
23
24
25
26
27
28
1880#
1350#
1370#
990#
4720#
580#
4360
90
6753
25
6372.5
0.5
11051.15
0.08
9260.62
0.20
13685.8
0.4
13820
60
18150#
220#
15720#
370#
∗
56720# 1000#
22390#
1140#
41930# 700#
14790#
860#
30200# 500#
17800
290
15590
90
10936
22
5023
20
12480
16
−9506
15
8063.7
1.0 −24930# 150#
9516.22
0.25 −40010# 260#
5270.81
0.30
∗
4884
15
∗
90#
160#
∗
1530#
310#
∗
2210# 1380#
2620# 1060#
6850#
710#
5170
120
8782
20
7535
4
7068.2
1.0
7218.9
1.3
7799.9
2.2
8104
28
8020#
210#
8850#
370#
5160# 1350#
∗
1770#
990# −15350# 1140#
6580#
590# −11650#
860#
1120
100
−6500#
310#
5860
20
−5450
30
−368
5
133
4
1150.4
1.0 −2059
5
−2109.4
2.6
2685.3
1.0
−558
7
1880.4
2.6
−6030
110
8243
17
−4250#
170#
7700#
190#
−8210#
480#
12370#
270#
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
S(2n)
Q(α )
Q(2β − )
Q(β − n)
Q(ε p)
A Elt.
Z
48 S
Cl
Ar
K
Ca
Sc
Ti
V
Cr
Mn
Fe
Co
Ni
16
17
18
19
20
21
22
23
24
25
26
27
28
3640# 1140#
∗
−22070# 1210#
36920#
6140# 1000#
44790# 1140# −19230# 990#
27420#
10140#
300#
38990# 760# −17030# 490#
20500#
12848
28
31990
720 −14320
110
12372
17222
4
29070
40 −13966
4
4274
18882
5
23656
16 −11110
40
−21
20506.94
0.29 19930.6
2.1 −9444.2
0.8 −5669
23545.0
2.5
17296.2
2.5 −9084
3 −15150
29488
21
13274
7
−7696
7 −24660#
33100#
160#
6830
110
−7630
160 −30960#
35060#
360#
3270#
70# −7120#
90# −36560#
∗
570# 420# −7190# 640#
∗
∗
−3070# 620#
∗
∗
49 S
Cl
Ar
K
Ca
Sc
Ti
V
Cr
Mn
Fe
Co
Ni
16
17
18
19
20
21
22
23
24
25
26
27
28
2140# 1240#
∗
5330# 1000#
∗
8380#
510#
40730#
10770
70
34380#
15092
4
29960
18363
4
25434
19769.04
0.05 20796.6
22097.5
0.9
18202.8
26915
14
14976.0
31500#
160#
10191
34100#
300#
4600#
36420#
570#
1890#
∗
−1040#
50 Cl
Ar
K
Ca
Sc
Ti
V
Cr
Mn
Fe
Co
Ni
17
18
19
20
21
22
23
24
25
26
27
28
4140# 1140#
6930#
760#
9370
280
11499
8
16183
16
19081.58
0.05
20888.8
2.6
23583
7
29450
110
32460#
90#
34980#
430#
38330#
570#
∗
−20630# 1280#
32660#
42280# 1140# −17630# 990#
25070#
35230# 750# −13070
770
19180
30430# 300# −12280
40
11856
26991
28 −11543
21
4685
21790
4 −10716.5
2.1 −1167.2
19303
5
−9889.4
1.1 −6594.7
16349.7
1.0 −8561.0
1.0 −15780
12729.4
2.6 −7978.7
1.2 −25430#
6230
60
−7430
60 −30680#
2450# 200# −7250# 200#
∗
210# 270# −6970# 440#
∗
51 Cl
Ar
K
Ca
Sc
Ti
V
Cr
Mn
Fe
Co
Ni
17
18
19
20
21
22
23
24
25
26
27
28
2940#
5790#
7830#
10720
12808
17311.7
20387.1
22261.0
26768
31780#
33840#
36580#
∗
∗
35500# 1120#
∗
19930# 1220#
44380# 1180# −18220# 1060#
28070# 710#
∗
9480# 750#
36880# 950# −13910# 780#
21220# 500# −36590# 1030#
9500# 500#
32300# 510# −12380
140
13860
90 −28650# 710#
600
90
27480
70
−9947
21
8983
20 −25160
280
137
20
23017
4
−9812.6
2.2
1721.0
1.1 −17446
9
−8577.6
1.1
20227
4 −10294.2
2.1 −3960.0
0.4 −14953
16 −10013.2
0.3
17467.9
1.0 −8941.3
1.0 −11226
15
−7311.1
1.0 −16893.3
0.3
14862.3
1.3 −8664.2
1.0 −20970# 150# −6308.8
0.4 −21840
60
9470
15
−8089
21 −28780# 260#
2748
15 −31100# 170#
4240# 150# −7440# 220#
∗
8060# 150# −31550# 300#
1440# 300# −7240# 370#
∗
15750# 270#
∗
1280#
860#
510#
90
20
0.5
1.3
2.2
24
150#
300#
480#
S(2p)
437
950#
600#
100
7
2.1
2.0
2.4
24
150#
310#
480#
950#
700#
300#
24
4
6
7
110
70#
420#
510#
∗
∗
−39010#
−28900#
−25600
−16089
−13436.6
−7432
−5176
5390
9110#
16610#
17730#
860#
600#
100
9
2.1
3
7
110
70#
430#
570#
15650# 1080#
13130# 710#
3910# 300#
2145
24
−7953
4
−7635
5
−14557.0
0.3
−17988
14
−28630# 160#
−30770# 280#
−36940# 510#
∗
∗
∗
40150# 1080#
∗
18630# 1180#
−20030# 1130#
30620# 800#
∗
15940# 860#
−17320# 1810#
23140# 500# −38630# 1030#
5910# 500#
−14380
140
16230
70 −32900# 700#
5820
70
−13944
4
7270
4 −24860# 300# −4864
5
−12369
11
1405
4 −21717
24
−6136
4
−10171.8
0.9 −3228.3
2.4 −11634
4 −12154.7
2.4
−9314.1
1.1 −10341
24 −10750
5 −13209
7
−8749.7
2.5 −20750# 150# −4131.7
2.4 −24080
110
−8161
29 −28040# 260#
−429
24 −27530#
70#
−8040# 530# −33580# 430#
10950# 150# −34290# 430#
−6890# 400#
∗
12460# 280# −36040# 570#
−7010# 460#
∗
19870# 410#
∗
950#
700#
280
9
16
1.0
0.4
60
170#
270#
∗
17380# 1030#
−43790# 1180#
7750# 700#
−32940# 850#
7870
280
−28710# 500# −1090
9
−21510
70
−4049
16
−17426
4 −11541.0
0.8
−9958
4 −11962.4
2.2
−8989.7
1.0 −20715
24
−1958.8
1.3 −26120# 150#
3570
60 −32970# 270#
13130# 170# −34270# 430#
13500# 300#
∗
438
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
S(n)
S(p)
Q(4β − )
A Elt.
Z
52 Ar
K
Ca
Sc
Ti
V
Cr
Mn
Fe
Co
Ni
Cu
18
19
20
21
22
23
24
25
26
27
28
29
3270#
1140#
23790#
2270#
860#
15690#
4720
700
17800#
5210
190
11780
7808
7
13536
7311.24
0.13
9002.4
12039.4
1.0
10504.5
10535.4
2.0
6545.6
16181
16
7379
14710#
160#
980#
19290#
270#
2670#
∗
−1520#
1350#
990#
860#
210
22
1.1
1.0
2.1
7
70#
170#
370#
46470#
35240#
22910
10350
−1133
−17530#
−32760#
−48080#
∗
∗
∗
∗
53 Ar
K
Ca
Sc
Ti
V
Cr
Mn
Fe
Co
Ni
Cu
18
19
20
21
22
23
24
25
26
27
28
29
470#
1350#
∗
3870#
990#
16290#
3460#
860#
18990#
5340#
360#
12400#
5440
100
13760
8479
3
9673
7939.12
0.14 11132.4
12053.8
1.9
6559.9
10685
7
7528.9
16800#
70#
1602
14790#
180#
2740#
18910#
370#
−1910#
1140#
860#
760#
220
8
1.0
0.3
2.5
19
170#
270#
51430# 1000#
39850# 700#
27390# 500#
17070# 300#
4120
100
−9204
18
−25920# 160#
−41230# 260#
∗
∗
∗
∗
54 K
Ca
Sc
Ti
V
Cr
Mn
Fe
Co
Ni
Cu
Zn
19
20
21
22
23
24
25
26
27
28
29
30
1480#
1140#
4070#
860#
4670#
480#
6840
160
6113
15
9719.12
0.12
8938.8
1.1
13378.4
1.6
13436
18
17910#
170#
16310#
340#
∗
17290#
19180#
13610#
15260#
10350
12373
7559.6
8853.5
4353.2
3850
−390#
400#
1350#
990#
630#
320#
100
3
1.0
0.5
1.6
50
270#
480#
44490#
33040#
21340
10660
−1881
−17720
−33860#
−49690#
∗
∗
∗
∗
55 K
Ca
Sc
Ti
V
Cr
Mn
Fe
Co
Ni
Cu
Zn
19
20
21
22
23
24
25
26
27
28
29
30
2940#
1350#
2300#
990#
3430
820
4150
200
7330
100
6246.26
0.19
10226.5
1.1
9298.23
0.20
14089.3
0.4
14200
50
18000#
370#
16430#
470#
∗
20000#
12980#
14740
10850
12506
8067.0
9213.0
5064.1
4615
−300#
520#
1140#
1020#
400
160
15
0.4
1.1
0.3
11
300#
330#
48880# 1000#
36990# 700#
28130
740
15810
150
4880
100
−9772
11
−26090# 300#
−42560# 250#
∗
∗
∗
∗
56 Ca
Sc
Ti
V
Cr
Mn
Fe
Co
Ni
Cu
Zn
Ga
20
21
22
23
24
25
26
27
28
29
30
31
3400#
1140#
20460#
1350#
41840#
3760#
1020#
14440#
990#
31640#
5340
250
16650
760
21670
5000
230
11700
250
9960
8245.1
2.0
13420
100
−1378
7270.45
0.13
9091.2
0.4 −18310#
11197.30
0.25 10183.74
0.17 −34880#
10083.1
2.0
5849.0
2.0 −51300#
16639
16
7165
11
∗
15050#
330#
560#
140#
∗
18880#
360#
1390#
400#
∗
∗
−2890#
360#
∗
Q(d,α )
900#
410# 1280#
700# 9020#
990#
700
3550
750
190
9930
190
10
5783
17
70# 10696.2
1.0
80# 4515.4
1.0
260# 10264.9
2.0
5006
7
11270#
90#
5250#
190#
11880#
370#
Q(p,α )
Q(n,α )
1570# 1210# −19350# 1310#
6810#
860# −10850# 1060#
2670
700
−8720#
860#
5800
190
−4390
210
1952
8
−2529
8
1981.5
1.0
757
4
−2595.9
1.3 −1211.7
1.0
−511
3
2897.9
2.2
−5852
25
2645
7
−4470#
160#
9350#
70#
−8210#
270#
7580#
170#
−6760#
480#
12600#
370#
1820# 1410#
6510#
990#
4810#
710#
8950#
310#
7100
100
8590
3
7627.4
1.0
7471.7
1.0
8006.8
1.9
8288
23
8620#
220#
8690#
370#
2160# 1350#
∗
7370#
990# −13650# 1140#
2320#
580#
−7750#
860#
6810#
300#
−6630#
410#
2570
100
−1610
100
4442
3
−1666
16
−1199.1
1.0
1788.3
1.0
435.7
1.0
180.1
1.0
−3454.5
1.9
4960.6
1.9
−3310
60
5628
18
−7310#
230#
10750#
170#
−4810#
370#
9380#
310#
900# 8310# 1280#
700# 3020#
990#
370
9000
790
120
5470
230
15 10285
17
50
5219.6
1.0
210# 10572.4
1.0
400# 5163.8
1.8
11033
7
5420#
80#
11670#
230#
6770#
480#
7260# 1140# −13250# 1350#
2970#
860# −10450#
990#
6510
380
−6570#
630#
2490
130
−4080
160
4701
15
−1026
25
132.9
1.0 −1558.3
1.1
757.5
1.4
2292.4
1.4
−3147.1
0.9
842.8
0.9
−2923
15
5878.2
0.9
−7070#
160#
6660
50
−5390#
340#
11230#
260#
∗
10520#
480#
5840# 1410#
4590#
990#
9030#
890#
6660#
340#
8390
140
7452
3
8285.0
0.4
7919.3
0.5
7628.6
1.7
8020
21
8460#
340#
9250#
360#
900# 2670# 1280#
700# 9330#
990#
200
5990
420
200 10230
240
11
5321
15
140# 10733.6
0.4
260# 5660.8
1.1
260# 10923.9
2.0
4817
11
11320#
150#
6680#
340#
12540#
480#
7590# 1350#
2950#
990#
7790
1010
3550
250
5180
100
1197.9
1.0
2570.4
0.4
−1909.9
1.8
−832
7
−6560#
70#
−4110#
310#
−7430#
360#
∗
−9470# 1140#
−7740# 1020#
−3510
710
−3150
220
4
7
−622.9
0.9
3584.0
0.4
2324.3
1.9
8642
13
7940#
310#
13380#
270#
3420# 1140# −12400# 1350#
7490#
860#
−7630#
990#
3550#
360#
−5390#
540#
5610
230
−2810#
360#
1432
4
−2810
100
3239.1
0.4
586
3
−1053.4
0.5
325.8
0.4
−230.0
2.6
4295.0
2.1
−6395
21
2688
11
−4370#
210#
9690#
140#
−7400#
370#
9290#
310#
∗
14370#
370#
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
Q(α )
Q(2β − )
Q(ε p)
Q(β − n)
A Elt.
Z
S(2n)
52 Ar
K
Ca
Sc
Ti
V
Cr
Mn
Fe
Co
Ni
Cu
18
19
20
21
22
23
24
25
26
27
28
29
4640# 1140#
6990#
750#
9080
700
11960
190
14181
7
18362.39
0.15
21300.1
1.0
24221.3
2.1
30000
60
32860#
180#
35010#
270#
∗
∗
−18620# 1280#
29510# 1140#
∗
10930# 1030#
38080# 1140# −13920# 990#
24160# 730# −36990# 1220#
11590#
710#
32580# 990# −11220# 760#
16960
700 −32000# 990#
2640
700
29580
340 −10660
190
11080
190 −25640# 540#
1300
190
24472
12
−7676
8
5952
7 −20890
90
−5335
7
21482
16
−9370
5
−735.9
2.1 −15512
20
−8063.82
0.27
18568.2
1.0 −9354.1
1.0 −7085
7 −12978.1
1.1 −15246.9
1.0
16061.8
2.1 −8655
3 −16790#
70# −5793.0
2.1 −18554
15
12650
7
−7937
10 −25680#
80# −4172
7 −29130#
150#
5870#
70# −7020# 130# −31290# 270#
7040#
70# −30550#
270#
2760# 100# −6920# 110#
∗
10280#
90#
∗
10# 310# −6690# 480#
∗
17360# 300#
∗
53 Ar
K
Ca
Sc
Ti
V
Cr
Mn
Fe
Co
Ni
Cu
18
19
20
21
22
23
24
25
26
27
28
29
3740#
6140#
8180#
10550#
13240
15790
19978.6
22589.2
26866
31510#
34070#
∗
∗
−19820# 1380#
32500# 1120#
∗
12730#
40070# 1220# −14720# 1060#
25630# 760#
∗
12440#
34680# 860# −12180# 710#
18930# 510# −32190# 1030#
4390#
30200# 590# −9730# 310#
14230# 300# −28710# 760#
3770#
25540
140
−7960
100
8460
100 −21610
710
−3460
23209
21
−7721
5
2839
3 −18780
190
−4503
20134.8
1.1 −9150.9
1.0 −4339.4
1.7 −13109
7 −12650.6
17064.5
1.0 −9155.9
1.3 −12043
18 −10535.6
1.0 −14428
14074.5
1.9 −8039.8
2.9 −21580# 160# −2817.4
1.7 −25100#
8981
18
−7450
30 −29190# 260#
772
18 −28060#
3730# 160# −7210# 220#
∗
11670# 160# −34820#
760# 300# −6310# 370#
∗
13170# 270#
∗
1220#
990#
540#
300#
100
3
1.9
7
70#
90#
310#
54 K
Ca
Sc
Ti
V
Cr
Mn
Fe
Co
Ni
Cu
Zn
19
20
21
22
23
24
25
26
27
28
29
30
5350# 1140#
7530#
990#
10000
420
12270
120
14592
15
17658.25
0.19
20992.6
2.1
24063
7
30240#
70#
32700#
100#
35210#
340#
∗
∗
−15130# 1280#
28820#
35470# 1140# −11810# 990#
21700#
32600# 790# −11290
460
15670
27660
710
−8450
130
11340
24110
190
−7779
22
5664
22046
7
−7930.8
1.0
−680.1
18692.0
1.4 −8758.7
1.4 −7545.8
15413.5
0.5 −8417.9
0.9 −17040
11882.0
1.8 −7807.6
0.9 −26320#
5460
50
−7160
80 −32640#
2360# 220# −6920# 270#
∗
−1510# 410# −5200# 480#
∗
1030#
760#
380
120
15
0.4
2.0
18
160#
270#
55 K
Ca
Sc
Ti
V
Cr
Mn
Fe
Co
Ni
Cu
Zn
19
20
21
22
23
24
25
26
27
28
29
30
4420# 1220#
6360#
860#
8100#
790#
10980
180
13450
100
15965.38
0.22
19165.3
0.5
22676.7
1.6
27525
18
32110#
160#
34310#
400#
∗
∗
−16190# 1410#
29310# 1240#
∗
15550# 1220#
37300# 1220# −12750# 990#
23550# 720#
∗
8030#
790#
32160# 1020# −10000# 890#
19570
740 −31470# 1170#
7940
750
28350# 530# −8230
180
13440
150 −25070# 720#
150
150
26110# 310# −8360
100
8560
100 −22220
380
−290
100
22860
100
−7804.6
1.1
2371.9
0.4 −16800
120
−7623.4
1.0
20440
3
−7934.1
0.9 −3683.0
0.4 −15109
15
−9529.44
0.26
16772.6
0.4 −8455.5
0.9 −12144
11
−7835.8
0.4 −17541.14
0.28
13917.6
0.6 −8211.1
0.9 −22400# 300# −5761.2
1.1 −22890
50
8968
11
−7538
19 −30410# 250#
3628
11 −31710#
220#
3560# 300# −6780# 330#
∗
9100# 300# −33130#
500#
130# 300# −5910# 360#
∗
17000# 260#
∗
56 Ca
Sc
Ti
V
Cr
Mn
Fe
Co
Ni
Cu
Zn
Ga
20
21
22
23
24
25
26
27
28
29
30
31
5690#
7200#
9490
12330
14491.3
17497.0
20495.5
24172.4
30840
33050#
35300#
∗
∗
−12870# 1280#
25500#
34450# 1140# −11500# 990#
20810#
29620# 730# −8850
730
16340
26440
420
−8150
280
10830
24260
120
−8241
7
5324.1
21597
15
−7893.3
1.0
−870.4
18250.7
0.4 −7613.3
0.4 −6702
15061.9
2.3 −7758.8
2.7 −17440#
12229
11
−7997
13 −28180#
5170# 140# −7110# 150# −33860#
1100# 270# −5500# 270#
∗
−2380# 340# −4540# 370#
∗
1220#
860#
510#
300#
100
3
1.0
1.0
15
150#
310#
1140#
790#
230
200
2.0
1.1
0.3
2.0
50
260#
480#
S(2p)
439
980#
710#
370
120
15
0.4
1.1
50
210#
400#
930#
730#
200
200
2.0
2.0
11
140#
260#
300#
∗
14420#
−35780# 1220#
5660#
−29510# 790#
4540
−24990# 520# −1820
−19560# 300# −2678
−17390
100 −10316.0
−10996
3 −12681.4
−8256.7
0.5 −21679
−610.6
0.6 −26710#
4450
50 −33820#
13660# 220#
∗
15510# 430#
∗
∗
8070# 1170#
−32290# 1220#
8330#
720#
−28110# 730#
2140
220
−23790
760
960
200
−20900
150
−5642.0
2.0
−15050
100
−7501.66
0.23
−12786.8
0.4 −14649.1
0.4
−5617.7
2.0 −18775
11
−3713
11 −30350#
300#
8140# 140# −31750#
290#
12320# 260#
∗
19590# 400#
∗
440
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
S(p)
Q(4β − )
Q(d,α )
Q(p,α )
Q(n,α )
A Elt.
Z
S(n)
57 Ca
Sc
Ti
V
Cr
Mn
Fe
Co
Ni
Cu
Zn
Ga
20
21
22
23
24
25
26
27
28
29
30
31
1750# 1350#
3490#
990#
2680
500
6180
310
5314.2
2.6
8648.4
1.9
7646.10
0.03
11376.2
2.1
10250
11
16780#
140#
15140#
280#
19230#
370#
∗
45400# 1000#
14540# 1140#
36800# 700#
15560#
830#
26640
460
12540
300
15160
230
13730
200
3557.8
2.6
9494.5
2.6 −10177
16
10559.39
0.21 −27380# 100#
6027.8
0.5 −43440# 260#
7331.6
2.7
∗
695
19
∗
1490#
170#
∗
−2540#
370#
∗
58 Sc
Ti
V
Cr
Mn
Fe
Co
Ni
Cu
Zn
Ga
Ge
21
22
23
24
25
26
27
28
29
30
31
32
2560# 1060#
5300#
830#
4090
340
7380
200
6490
30
10044.60
0.18
8573.0
1.2
12217.0
1.8
12424
16
17570#
110#
16160#
340#
∗
15340#
17370#
13950
14930
10670
11955.6
6954.7
8172.5
2869.1
2280
−1530#
−240#
1280#
990#
520
310
30
1.9
1.2
0.5
2.3
50
240#
410#
40730#
31390#
19640
8390
−4240
−19860
−35860#
−51850#
∗
∗
∗
∗
800# 8980# 1210#
700# 5220#
990#
250
9440
320
200
4960
290
30 10090
30
50
5467.10
0.28
210# 11470.3
1.2
320# 6522.5
2.1
12952
11
7010#
150#
12450#
340#
7080#
410#
7810# 1060#
3680# 1020#
6330
290
2180
230
4060
30
421.22
0.25
2497.6
1.2
−1336.1
0.6
−1462
11
−5810#
300#
−4200#
330#
∗
−9260# 1280#
−7000# 990#
−4980
780
−4520
250
−1110
100
−1399.5
0.5
3511.1
1.2
2898.1
0.6
8011.9
1.6
8680
50
13290# 370#
12200# 400#
59 Sc
Ti
V
Cr
Mn
Fe
Co
Ni
Cu
Zn
Ga
Ge
21
22
23
24
25
26
27
28
29
30
31
32
2940# 1210#
2520#
990#
4930
390
4130
320
7640
40
6581.01
0.11
10453.9
1.1
8999.27
0.05
12766.5
1.5
13030
60
18210#
270#
16700#
420#
∗
17330#
13590#
14970
10930
12050
7364.0
8598.8
3418.5
2890
−890#
300#
1060#
760#
350
210
30
0.6
1.1
0.5
40
180#
350#
45440#
35450#
25160
13260
880
−13400
−28110#
−44160#
∗
∗
∗
∗
900#
700#
310
240
30
40
170#
280#
60 Sc
Ti
V
Cr
Mn
Fe
Co
Ni
Cu
Zn
Ga
Ge
As
21
22
23
24
25
26
27
28
29
30
31
32
33
2030# 1280#
4500# 1060#
3580
570
6680
320
5770
90
8820
3
7491.92
0.07
11387.75
0.05
10058.2
1.7
15000
40
13950#
200#
18840#
360#
∗
∗
49180#
18900# 1210#
39760#
14650#
850#
29070
16730
370
17970
12580
260
5170
13220
30
−7224
8274.9
0.6 −21650#
9532.64
0.19 −36700#
4477.4
1.6 −51950#
5120
11
∗
30#
120#
∗
940#
290#
∗
−3310#
660#
∗
3860# 1410#
8140#
990#
6750
870
8190
280
7340
100
8331.5
1.9
8241.26
0.17
8846.0
0.6
8656.4
1.9
8737
19
9540#
320#
9730#
360#
3150#
8070#
5540
6270
2231
4309.8
239.3
1772.3
−3208.4
−3230
−6240#
−4470#
1350#
990#
590
260
15
1.9
1.1
0.6
1.9
50
240#
480#
∗
−9640# 1140#
−4010# 830#
−4320
440
−1280
120
−1949
15
2398.8
0.4
1857.6
1.2
5816.9
1.9
6346
16
12060# 110#
11440# 340#
7790#
6180#
7190
7010
7760
7534.5
8662.5
8899.4
10435.6
10760
9390#
9610#
1350#
990#
550
340
30
1.9
0.5
0.5
1.9
40
200#
380#
8260#
4920#
6730
3050
4670
1110.6
3241.0
−252.2
2411
−3800#
−3530#
−7390#
1280#
990#
360
320
30
0.3
0.5
2.1
11
150#
310#
380#
∗
−6130# 1140#
−6150# 760#
−3310
310
−3750
210
264.5
2.0
327.7
0.6
5096.1
0.5
5328.5
2.1
12290
40
10130# 220#
14380# 380#
910#
∗
800# 4240#
470
8900#
210
4420
90
9370
11
5210
110# 11215.2
230# 6084.6
600# 12594.4
8185
13010#
6930#
12690#
1130#
850#
330
220
30
0.6
1.1
1.6
11
120#
320#
680#
7990#
3910#
5830
2550
4210
939
3395.2
−263.8
2601.9
−2014
−2340#
−7000#
∗
1350#
1060#
660
320
90
4
0.6
0.5
2.4
19
150#
350#
∗
−8880# 1280#
−6240# 850#
−7310
500
−3340
250
−3241
4
1484.2
1.9
1354.5
0.5
6646.5
1.6
7541
11
12960# 110#
10680# 250#
15150# 650#
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
Q(α )
S(2p)
Q(2β − )
441
Q(β − n)
Q(ε p)
A Elt.
Z
S(2n)
57 Ca
Sc
Ti
V
Cr
Mn
Fe
Co
Ni
Cu
Zn
Ga
20
21
22
23
24
25
26
27
28
29
30
31
5150# 1220#
7250# 1020#
8020
480
11180
250
13559.3
2.0
15918.9
1.9
18843.40
0.25
21459.3
0.6
26889
11
31830#
300#
34020#
270#
∗
∗
−14150# 1410#
26420# 1100#
∗
10080#
35000# 1220# −11120# 990#
23500# 740#
∗
10180#
30000# 830# −8070# 680#
18980
460 −27390# 1010#
4460
29190
770
−8990# 380#
13300
230 −26210# 740#
3020
25430
150
−8120
100
7656.0
2.0 −20880
200
−3685.7
22910
100
−8063
4
1857.4
1.9 −18700
200
−4952.8
19650.6
0.4 −7320.3
0.4 −4098.2
1.9 −12187.9
2.0 −12212.1
16211.6
0.6 −7081.2
0.7 −12035
16
−9723.5
0.6 −13512
13180.5
1.9 −7561.6
2.5 −23280# 100# −2765.6
1.9 −25550#
7860
16
−7090
24 −31410# 260#
1441
16 −29650#
2040# 100# −5860# 190#
∗
13820# 100# −36130#
−1150# 400# −4870# 370#
∗
15410# 300#
∗
58 Sc
Ti
V
Cr
Mn
Fe
Co
Ni
Cu
Zn
Ga
Ge
21
22
23
24
25
26
27
28
29
30
31
32
6050# 1060#
7970#
730#
10270
320
12700
200
15140
30
17690.70
0.19
19949.2
2.3
22467
11
29200#
140#
32710#
270#
35390#
340#
∗
∗
−12200# 1210#
25040#
31900# 1140# −9300# 990#
21070#
29520# 740# −8410
450
15700
27480
280
−8670
240
10320
24400
210
−8440
30
3940
21450.1
2.0 −7645.8
0.4 −1925.7
17514.1
1.2 −6715.4
1.6 −8183.8
14200.3
0.5 −6400.2
0.6 −17930
10200.6
2.5 −6077.4
1.6 −27680#
2970
50
−5510
70 −33920#
−40# 260# −4720# 300#
∗
−2780# 410# −4230# 510#
∗
840#
730#
250
200
30
0.6
1.8
50
210#
320#
∗
10300#
−30940# 1220#
5350#
−26810# 740#
4240
−25580
500
−2420
−19010
230
−3800
−16918.2
2.0 −10880.5
−9648.0
2.2 −11835.2
−7336.5
0.5 −20989
393.2
1.5 −26930#
6500
50 −34470#
16040# 220#
∗
17140# 330#
∗
59 Sc
Ti
V
Cr
Mn
Fe
Co
Ni
Cu
Zn
Ga
Ge
21
22
23
24
25
26
27
28
29
30
31
32
5500# 1140#
7810#
830#
9020
390
11510
240
14140
30
16625.62
0.21
19026.8
0.5
21216.3
1.8
25190
16
30600#
110#
34360#
310#
∗
∗
−12200# 1350#
27030#
32670# 1220# −9520# 990#
22680#
30960# 760# −9910
800
18410
28930
520
−8650
290
12770
25870
230
−8750
100
6750
22716.9
2.0 −7980.5
0.5
492.5
19319.6
1.9 −6942.7
0.6 −5871.2
15553.5
0.5 −6101.2
0.6 −13900
11591.0
0.7 −4754.6
0.8 −22240#
5760
40
−4350
40 −30260#
1390# 170# −4920# 340#
∗
−1220# 300# −4500# 380#
∗
950#
740#
310
240
30
0.6
0.5
40
170#
280#
∗
∗
−29180#
−24410#
−22560
−16120
−13610
−6291.2
−3800.3
5680
10250#
18010#
60 Sc
Ti
V
Cr
Mn
Fe
Co
Ni
Cu
Zn
Ga
Ge
As
21
22
23
24
25
26
27
28
29
30
31
32
33
4970# 1210#
7020# 1060#
8510
540
10810
290
13410
90
15401
3
17945.8
1.1
20387.02
0.07
22824.7
2.1
28030
50
32160#
240#
35540#
390#
∗
∗
∗
31980#
30320#
27550
24160
20320
16896.6
13076.2
8538
2910#
50#
−3010#
930#
730#
260
200
30
0.6
1.9
11
110#
240#
630#
860#
740#
250
200
30
0.6
1.2
40
170#
280#
1220#
730#
500
230
2.0
1.9
2.0
11
140#
260#
280#
920#
740#
250
200
30
0.6
2.1
16
100#
270#
12650# 1140#
6920#
740#
6700
370
−60
250
−1400
30
−8888.6
1.2
−10072.03
0.19
−17564.9
1.4
−22130
50
−31350#
220#
−33820#
360#
∗
∗
28580# 1020#
∗
13150# 1140#
−10630# 1210#
24860# 830#
∗
7350#
860#
−9730# 850#
20600
480 −29830# 1020#
7240
530
−9990
290
14910
210 −28580# 730#
900
220
−9520
220
8470
90 −23400
320
−590
90
−8556
4
3060
3 −20810
240
−7255
3
−7164.2
0.6 −3304.9
1.6 −13460
30
−8564.68
0.20
−6291.6
0.5 −10284
11 −11097.9
0.6 −16186.2
0.5
−4729.7
2.6 −18350# 110# −3404.7
1.6 −19150
40
−2709
15 −26420# 230#
−321
11 −28140#
170#
−3820# 180# −33600# 610#
9070# 110# −31070#
300#
−4470# 350#
∗
12200# 240#
∗
−4080# 650#
∗
20430# 620#
∗
442
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
Q(4β − )
S(p)
Q(d,α )
Q(p,α )
Q(n,α )
A Elt.
Z
S(n)
61 Ti
V
Cr
Mn
Fe
Co
Ni
Cu
Zn
Ga
Ge
As
22
23
24
25
26
27
28
29
30
31
32
33
2070# 1210#
4860#
620#
3750
330
6450
240
5581
20
9320.7
0.8
7820.13
0.05
11710.9
1.9
10229
19
15160#
120#
14030#
380#
19720#
840#
18940# 1280#
43270#
15000#
900#
33540#
16890
540
22040
12340
310
10430
13030
90
−2576
8776
4
−15810
9860.85
0.21 −30490#
4800.5
1.0 −43930#
5290
16
∗
190
50
∗
1020#
320#
∗
−2430#
640#
∗
900#
400#
250
230
26
50
300#
600#
62 Ti
V
Cr
Mn
Fe
Co
Ni
Cu
Zn
Ga
Ge
As
22
23
24
25
26
27
28
29
30
31
32
33
4080# 1280#
3130#
640#
6310
420
4550
320
8051
25
6604
20
10596.52
0.29
8886
4
12897
19
12980
60
16590#
330#
14980#
670#
∗
16060#
18340#
13150
14630
9799
11136.6
5866
6477
2940
2440#
−1480#
900# 3050#
500# 7940#
340
2870
220
9180
18
4990
30 10691
140# 5613.7
300# 12385
7883
12898
8470#
13520#
63 Ti
V
Cr
Mn
Fe
Co
Ni
Cu
Zn
Ga
Ge
As
22
23
24
25
26
27
28
29
30
31
32
33
1620# 1350#
4560#
780#
3180#
450#
6380
340
4720
170
8480
28
6837.78
0.06
10853
4
9113
10
12618
28
12740#
240#
16930#
590#
∗
50350# 1010#
∗
3660# 1350#
∗
16550# 1080#
40930# 600# 5450# 1080#
5600# 1000# −11270# 1080#
18390#
590#
29990# 300# 4540#
500#
1910#
560#
−8230# 860#
13230
420
19230
260
6540
360
5020
340
−8130
540
14800
280
6670
170
6720
280
2500
190
−3400
270
10229
25
−5293
20
7792
28
4435
20
−3020
90
11370
20
−18600# 200# 8096.7
0.7
1000.5
0.3
1546
3
6122.41
0.06 −31760# 500# 9352.17
0.30 3756.60
0.30
1715.9
0.3
6704
4
∗
10481.4
1.6
995.1
2.2
7905.5
1.6
2665
10
∗
10509
16
2505
11
7443.4
2.1
2200#
200#
∗
10890#
200# −2050#
230#
12920# 200#
−1130#
520#
∗
10620#
590# −1190#
550#
11820# 520#
64 V
Cr
Mn
Fe
Co
Ni
Cu
Zn
Ga
Ge
As
23
24
25
26
27
28
29
30
31
32
33
2560#
5700#
4340
7300
6024
9658.04
7916.03
11861.9
10358.6
15510#
13770#
17490# 1220#
44400#
19530#
720#
33950#
14380#
400#
22810
15710
380
11230
11540
170
−958
12548
20
−12750
7200.66
0.09 −25900#
7713.0
0.7
∗
3910.3
2.5
∗
5090
30
∗
−100#
300#
∗
700# 6970# 1140#
5120#
400# 1980#
640#
1070#
270
8510
430
4430
280
3980
360
1650
20
9819
25
3993
30
5043
20
663.2
360# 12032.66
0.11 3660.7
7505
4
844.1
13048
10
2375
8360
40
−2400
13430#
380#
−930#
1140#
570#
370
360
28
0.7
0.3
0.7
16
60
470#
∗
−11860#
−7610#
−6940
−2590
−2531
3120.6
3863.7
8795.7
7640
13220#
65 V
Cr
Mn
Fe
Co
Ni
Cu
Zn
Ga
Ge
As
Se
23 3930# 1060#
24 2720#
640#
25 6130
600
26 4180
370
27 7449
24
28 6098.09
0.14
29 9910.7
0.7
30 7979.32
0.17
31 11894.2
2.1
32 10140
100
33 15530#
470#
34
∗
∗
19690#
14810#
15550
11690
12622
7453.4
7776.3
3942.5
4870
−80#
690#
800# 4660#
500# 3830#
540
5570#
240
6180
13
7090
100
7425
300# 8959.7
600# 10378.7
10266.7
10840
10640#
11610#
1210#
710#
630
330
20
20
0.7
4
10
100
330#
670#
∗
−10500# 1030#
−10600# 740#
−4820
420
−5480
220
−579
14
−186
20
6480.9
0.7
5787
4
10400
100
10670# 300#
14970# 610#
920#
500#
370
320
28
0.19
0.09
1.5
2.4
200#
620#
1030#
520#
340
230
28
0.7
4
10
30
150#
420#
860#
670#
360
280
20
0.7
0.7
0.6
100
300#
700#
47250#
37010#
26330
14760
2271
−9430
−24500#
−37830#
∗
∗
∗
∗
47920#
37330#
26590
15030
3487
−8710
−20280#
−32990#
∗
∗
∗
∗
5100# 1280#
4390#
6570#
810#
6270#
5600
400
2890
7050
330
5140
7270
40
1850
8475.5
1.0
4119.1
8718.33
0.20
489.0
9882.8
1.0
3108.1
10723
16
181
10880
60
70
11100#
340# −4880#
9660#
660# −4810#
1280#
950#
580
310
90
20
0.3
4
10
30
180#
380#
1280#
780#
610#
350
170
20
0.7
0.7
1.6
100
360#
780#
3250#
5660#
1520
4720
1440
4096
346.4
3222
50
120
−3260#
−3100#
5270#
1490#
4610
2020
4595
1170
4346.5
1750
3378
450
130#
−3090#
1210#
810#
360
310
40
0.9
1.1
1.0
16
70
370#
680#
∗
−8540#
−5770#
−5700
−1440
−1350
3578.9
3508.6
9529
10220
14220#
11580#
1280#
860#
460
330
30
20
0.3
4
10
50
220#
410#
∗
−8740# 1030#
−9550# 780#
−5330
380
−5360
240
−310
40
−436.6
0.6
5077
4
5631
10
10003
28
10660# 150#
14800# 340#
900#
740#
340
200
30
0.6
1.5
16
50
300#
630#
990#
480#
380
230
20
0.7
0.7
2.2
40
360#
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
Q(α )
Q(2β − )
Q(β − n)
Q(ε p)
A Elt.
Z
S(2n)
61 Ti
V
Cr
Mn
Fe
Co
Ni
Cu
Zn
Ga
Ge
As
22
23
24
25
26
27
28
29
30
31
32
33
6580# 1140#
8440#
510#
10430
350
12220
230
14401
20
16812.6
0.8
19207.88
0.07
21769.1
1.1
25230
40
29110#
180#
32870#
410#
∗
∗
33900#
31540#
29070
25610
22000
18135.7
14333.2
9768
5310
1050#
−1490#
62 Ti
V
Cr
Mn
Fe
Co
Ni
Cu
Zn
Ga
Ge
As
22
23
24
25
26
27
28
29
30
31
32
33
6150# 1210#
7990#
690#
10050
400
11000
240
13632
15
15925
20
18416.65
0.29
20596
4
23126
15
28150#
120#
30620#
270#
34710#
670#
∗
∗
35010# 1030# −11680#
33350# 870# −12070#
30040
520 −10250
26970
210
−9490
22830
90
−7950
19912
3
−7017.6
15727
4
−5377
11277
10
−3369
8234
28
−2763
2630# 140# −2370#
−460# 320# −3400#
63 Ti
V
Cr
Mn
Fe
Co
Ni
Cu
Zn
Ga
Ge
As
22
23
24
25
26
27
28
29
30
31
32
33
5690# 1350#
7690#
720#
9490#
390#
10940
340
12770
170
15085
20
17434.30
0.30
19738.5
1.0
22010
16
25600
50
29320#
360#
31910#
780#
∗
∗
34460#
31570#
27940
24860
21169
17259.0
12570.1
9141.4
5140#
1310#
950#
480#
310
230
20
0.7
1.6
1.6
200#
510#
64 V
Cr
Mn
Fe
Co
Ni
Cu
Zn
Ga
Ge
As
23
24
25
26
27
28
29
30
31
32
33
7120#
8880#
10720
12010
14504
16495.82
18769
20975
22977
28250#
30700#
∗
36080#
32770#
28930
26330
22776
18571
13835.4
10614
7760
2100#
−13830# 1140#
27220#
990# −13930# 900#
21620#
570# −12460
540
17180
440 −10690
350
12330
220
−9040
90
5632
14
−8112
3
−1095.7
20
−6200.1
0.4 −6589.9
0.7 −3956.4
0.7 −11650
5
−2915.1
2.6 −19310#
30
−2590
30
∗
360# −1950# 380#
∗
750#
490#
270
280
20
0.7
2.1
30
360#
∗
12060#
−35240# 1070#
5130#
−28990# 650#
4860
−26530# 410# −1000
−20730
260
−2351
−18840
170
−9591.06
−10873
20 −11282.5
−7780.0
0.7 −17527.8
−543.8
2.1 −20000#
570
30 −28600#
9740# 360#
∗
760#
480#
320
280
20
0.19
1.6
1.5
200#
500#
65 V
Cr
Mn
Fe
Co
Ni
Cu
Zn
Ga
Ge
As
Se
23
24
25
26
27
28
29
30
31
32
33
34
6480# 1000#
8410#
590#
10460
600
11470
300
13472
24
15756.13
0.24
17826.8
0.7
19841.2
1.5
22252.7
1.5
25650#
220#
29300#
590#
∗
∗
∗
29420#
37180# 1120# −14570# 1030#
23080#
34340# 800# −13740# 670#
18500
29930# 390# −11120
350
14250
27400
260 −10040
230
8094
24160
170
−8630
20
785.5
20001
20
−6790.2
1.0 −4606.5
14977.0
0.7 −4115.6
0.7 −9500
11655.6
0.9 −3098.4
1.0 −15680#
8780
100
−2490
100 −23500#
5010# 300# −2320# 310#
∗
590# 630# −1620# 670#
∗
960#
560#
540
240
13
0.7
0.7
100
300#
600#
∗
∗
−32560#
−25020#
−23840
−17640
−14760
−6101.3
−4521.9
2300
4560#
14140#
900#
570#
600
240
13
0.24
0.4
2.1
30
370#
860#
520#
350
280
28
0.20
4
10
28
140#
470#
S(2p)
443
−10950# 1350#
26530#
990# −11100# 810#
22200#
740# −11060
520
16740
380
−9790
330
11340
250
−8822
20
5300
30
−7836.5
2.0
−914.8
0.6 −6465.7
0.5 −7875
1.0 −5064.4
1.1 −14890
16
−2688
16 −22620#
50
−2210
50 −29040#
300# −3360# 320#
∗
620# −4580# 650#
∗
28760#
950#
23620#
780#
18490
330
13390
200
7845
40
1366
0.6 −5575
4 −10797
10 −18930#
28 −27040#
150#
∗
370#
∗
940#
460#
260
230
20
1.2
16
50
300#
600#
∗
−32650#
−27820#
−26270
−19710
−17010
−10098
−7623.6
838
3960
13170#
14660#
960#
550#
340
220
14
20
10
28
140#
300#
∗
∗
−32050#
−25970#
−24010
−17160
−15114
−7188
−4240
2694
6810#
14840#
∗
30330# 1040#
∗
−13300# 1080#
25440# 650#
∗
−12740# 760#
20020# 340# −31160#
−11710
400
15490
260 −29220#
−10080
300
9970
170 −22420
−8790
40
3739
20 −21090
−7274.4
0.6 −3299.5
1.6 −13901
−5776.0
0.3 −9032.4
1.4 −11437
−3482.3
1.6 −15300# 200# −2755.9
−2614.8
1.5 −22730# 500# −1038
−2070# 200#
∗
6970#
−2130# 530#
∗
10890#
990#
840#
530
210
90
3
1.0
16
50
300#
610#
8860#
9070#
2930
1780
−5344
−6497.7
−13948.1
−15867
−24420#
−27390#
−35400#
∗
1020#
450#
270
230
20
0.8
1.6
11
110#
240#
670#
960#
460#
260
230
20
4
10
28
140#
300#
9640#
9690#
3070
2810
−4074
−5282
−12833.8
−14524
−22150
−26340#
−32260#
∗
990#
560#
410
220
14
20
1.0
17
50
300#
610#
950#
570#
380
220
14
20
1.6
4
200#
500#
11160#
11430#
4440#
4480
−2190
−3166
−10786
−12479
−18284
−22380#
−30020#
∗
1120#
690#
370#
260
170
20
4
10
28
140#
360#
880#
470#
270
280
20
0.7
0.9
100
300#
600#
13830#
6750#
6030
840
−142
−7773.13
−9331.4
−15148.6
−16380
−24970#
∗
∗
444
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
S(n)
S(p)
Q(4β − )
Q(d,α )
Q(p,α )
Q(n,α )
A Elt.
Z
66 Cr
Mn
Fe
Co
Ni
Cu
Zn
Ga
Ge
As
Se
24
25
26
27
28
29
30
31
32
33
34
5070#
3650#
6770
5010
8951.6
7065.93
11059.1
9139
13280
12590#
16870#
780#
670#
390
250
1.5
0.09
1.0
3
100
740#
670#
20830# 1000#
41210#
15750#
640#
30010#
16190
620
19330
12520
350
7610
14125
13
−4380
8421.2
0.7 −14760
8924.7
1.0 −27180#
5102
3
∗
6260
30
∗
2380
690
∗
2030#
420#
∗
600# 1310#
400# 7610#
300
3750
250
9370
30
4497
680 11551.8
300# 7235.6
12990
7920
13560
8510#
67 Cr
Mn
Fe
Co
Ni
Cu
Zn
Ga
Ge
As
Se
Br
24 2320#
25 5220#
26 4190
27 7020
28 5808
29 9131.8
30 7052.33
31 11227
32 9100
33 13220
34 12840#
35
∗
920#
640#
510
410
3
1.4
0.22
3
30
690
360#
∗
15900#
16730#
12780
14920
8601.5
8911.1
5269.2
6222
2310
2280#
−1640#
44690#
780#
33920#
580#
22190
440
11820
250
−1085
1.8 −10670
1.0 −21390#
1.2 −34080#
6
∗
100
∗
710#
∗
590#
∗
700# 2910# 1060#
1210#
500# 5100#
710#
4610#
420
5690
680
1790
320
6530
400
4570
5
6138
13
914
100
8518.1
1.4
4644.6
200# 10094.0
1.0
2407.9
500# 9742.7
1.4
3988.0
10710
5
1041
10480
140
2570
11200#
360# −2110#
10830#
780#
∗
990#
∗
640# −12360#
490
−6890#
420
−6800
20
−3330
1.4 −1880
0.8
4865.2
1.4
4191.0
5
8992
100
7830
410#
13510#
12370#
68 Mn
Fe
Co
Ni
Cu
Zn
Ga
Ge
As
Se
Br
25
26
27
28
29
30
31
32
33
34
35
3270#
5510
4360
7792
6319.6
10198.10
8277.8
12393
10320
15800#
13920#
780#
810
450
4
2.0
0.19
1.7
8
110
200#
620#
16840#
17010#
12950
15690
9113
9977.4
6494.6
7389
3530
4860
−560#
920#
36970#
860#
26880
520
15740
320
3516
3
−6670
1.5 −15790
1.2 −28440#
6
∗
40
∗
110
∗
300#
∗
600# 6910#
700
3840#
320
8930
7
3360
40 11150.1
30
6961.9
360# 12524.1
7455
13440
8000
13790#
780# −11700# 1000#
880
−9690#
860#
400
−5030
620
13
−6940
240
1.7
−751
13
1.0
765.2
0.8
1.6
5823.9
1.6
6
4578
6
110
9400
40
300#
7850
110
700#
13990#
470#
69 Mn
Fe
Co
Ni
Cu
Zn
Ga
Ge
As
Se
Br
Kr
25
26
27
28
29
30
31
32
33
34
35
36
4770#
1000#
3340#
860#
6720
460
4586
5
8240.5
2.1
6482.07
0.16
10313.0
1.9
8192
6
12260
50
10160
50
15910#
370#
∗
∗
17090#
14160
15920
9561
10139.9
6609.5
7303.5
3400
4690
−450#
1080#
40440#
780#
30020#
770
19330
320
7122
3
−2650
1.9 −12120
1.5 −22850#
2.0 −34670#
30
∗
50
∗
100#
∗
540#
∗
800# 4460# 1060#
500# 5720#
710#
340
6400
530
4
5790
320
30
8717
3
30
9611.6
1.6
110# 9263.5
1.5
400# 10489.9
1.8
10280
30
11060
110
10730#
220#
11070#
640#
70 Fe
Co
Ni
Cu
Zn
Ga
Ge
As
Se
Br
Kr
26
27
28
29
30
31
32
33
34
35
36
5580#
3710
7240
5311.2
9218.0
7653.65
11533.8
9330
13820
13020#
17310#
17890# 1000#
33670# 600# 3410#
840#
2370#
14540#
980#
23270 840
8200
1090
4910
16440
480
11410 350
2910
470
780
10286
4
1370
50 11198
3
5631
11117.4
2.4 −7520
60
6713.2
2.5
2618.2
7781.1
1.5 −17480# 310# 11807.9
1.5
3834.4
8524.3
1.6 −28890# 390# 7233.8
1.7
1180.6
4530
50
∗
13350
50
3180
6250
70
∗
7560
80
−530
2410#
310#
∗
13500#
310#
−70#
2490#
400#
∗
7680#
530# −4010#
780#
900
350
2.1
2.1
0.17
1.7
60
70
320#
560#
920#
980#
570#
4140#
400
1640
370
4300
20
698
0.7
4118.3
0.8
1544.2
3
3353
30
−210
680
270#
470# −3040#
840#
4060#
810#
2410
440
4390
250
570
2.1
4423.1
1.0
2120.5
1.2
3689.5
7
541
50
2380
680
−2370#
470#
−860#
840# −13950# 1160#
500#
−9700#
720#
400
−8400#
430#
300
−4110
360
20
−4810
170
0.7
1229
20
0.8
2259.5
0.8
3
7502
3
30
6240
30
710#
10690
680
590#
10840#
360#
860#
580#
420
280
20
0.8
1.3
5
100
200#
620#
∗
−7950#
−8100#
−4760
−3980
3234.7
2576.9
7445.2
6280
10970
10670#
14930#
780#
520#
300
250
1.7
1.4
1.6
30
50
690#
500#
780# −11200#
940
−6590#
470
−7810
3
−2270
2.3
−176
1.5
4055.1
1.2
2963.7
50
8180
120
6260
360#
10870#
630#
10460#
920#
980#
540
320
3
1.7
1.2
50
60
320#
430#
4360# 1000#
2720#
640#
4430
450
1000
250
5134.1
2.0
2704.4
1.1
4435.7
1.5
1488
3
3400
40
60
680
110#
320#
∗
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
S(2n)
Q(α )
S(2p)
Q(2β − )
445
Q(β − n)
Q(ε p)
A Elt.
Z
66 Cr
Mn
Fe
Co
Ni
Cu
Zn
Ga
Ge
As
Se
24
25
26
27
28
29
30
31
32
33
34
7790#
9780#
10950
12460
15049.6
16976.7
19038.5
21033
23420
28120#
∗
720#
480#
410
250
1.5
0.7
1.0
4
40
770#
∗
35430#
31000#
28070
25810
21044
16378.1
12878
10200
7250
1950#
−15570# 1080#
24780#
810# −14260#
640#
19860#
500# −11580
450
16430
370
−10500
340
10150
280
−9530
15
2893.1
20
−7252
20
−2534
0.8 −4578.2
0.8 −7280
3
−3352
5
−12220
30
−2880
30
−19900#
680
−1930
680
∗
300#
−1900#
330#
∗
670#
470#
300
250
1.7
3
30
680
300#
∗
−32290#
−29070#
−22730
−22420
−14377
−11062.3
−3750
−3000
3870
7400#
900#
590#
590
240
13
0.8
3
30
680
310#
7810#
6550#
1530
940
−6813.9
−8418.0
−14313.6
−15380
−22720#
−26660#
∗
800#
470#
300
250
1.6
0.3
1.1
100
300#
900#
67 Cr
Mn
Fe
Co
Ni
Cu
Zn
Ga
Ge
As
Se
Br
24
25
26
27
28
29
30
31
32
33
34
35
7400#
8870#
10960
12030
14759.3
16197.8
18111.5
20365.1
22390
25810#
29720#
∗
860#
740#
480
320
3.0
1.4
1.0
1.5
100
320#
630#
∗
36730#
32480#
28970
27440
22727
17332.3
14194.0
11324
8570
4650#
400#
950#
650#
620
240
13
0.8
1.4
5
100
220#
590#
−16280# 1220#
26640#
−14920#
780#
21660#
−12590#
510#
18050
−11130
410
12260
−10620
170
4138
−7903
20
−439.1
−4792.8
0.8 −5223
−3725.1
1.3 −10230
−2870
5
−16170#
−2530
100
−23850#
−2010#
280#
∗
−1400#
710#
∗
810#
600#
420
320
3
1.8
5
100
200#
510#
∗
∗
−28190#
−26100#
−21460
−18500
−9163.1
−7910.4
−1047
−210
7850#
11420#
9130#
8100#
730#
2350
510#
2870
300
−5555.7
250
−6490.7
1.7 −12227
1.4 −13330
5
−19230
100
−23000#
200#
∗
850#
∗
810#
590#
490
320
3.0
1.5
3
30
680
310#
68 Mn
Fe
Co
Ni
Cu
Zn
Ga
Ge
As
Se
Br
25
26
27
28
29
30
31
32
33
34
35
8490#
9700
11380
13600
15451.4
17250.43
19504
21500
23540
28640#
∗
720#
760
410
3
1.7
0.29
3
30
680
300#
∗
32910#
29680#
28470
24030
18578.9
15405.8
12658
9750
7170
1720#
−15620#
920# −12400#
510# −11160
300
−11120
250
−8199
1.7 −5332.9
1.6 −4086.8
6
−3401
40
−2490
40
−2290
770#
−1550#
920#
22750#
810#
20340
420
14220
280
6543
20
1519.1
0.8 −3027
1.4 −8190
6
−12760
40
−20260#
50
∗
510#
∗
680#
700
320
3
2.2
6
40
30
360#
∗
−31370#
−25240#
−25060
−17790
−13554
−7056.3
−6388
690
1150
10720#
990#
600#
420
320
3
2.0
6
40
30
370#
9020#
3860
4320
−4216
−5757.9
−11198.9
−12500
−18400
−20480#
−29490#
∗
730#
770
320
3
1.8
1.2
5
100
200#
500#
69 Mn
Fe
Co
Ni
Cu
Zn
Ga
Ge
As
Se
Br
Kr
25
26
27
28
29
30
31
32
33
34
35
36
8040#
8850#
11080
12379
14560.1
16680.17
18590.7
20585
22580
25950#
29820#
∗
950#
650#
460
5
1.8
0.25
1.7
5
100
200#
510#
∗
33930#
31180#
28860
25250
19253
16586.9
13798.1
10780
8220
4410#
520#
−16470# 1130#
24700#
860# −13030#
710#
21580#
610# −11750
630
15730
420
−11530
240
8439
320
−8991
13
3591.5
3
−5716.8
0.8 −1317.4
1.7 −4489.0
1.4 −6240
1.6 −3613.9
1.5 −10800
30
−2850
30
−16610#
30
−2310
110
−23870#
150#
−1920#
320#
∗
450#
−1940#
720#
∗
870#
500#
340
4
1.8
1.6
30
30
110#
400#
∗
∗
−28700#
−24140
−21670
−12243
−11049.7
−4382.4
−3290
3390
5130#
14490#
9760# 1060#
4880#
600#
680#
5390
340
700
−2483
4
320
−3800.3
1.7
3
−9403.2
1.2
2.0 −10419
6
1.6 −16270
40
30
−16940
50
30
−25730#
360#
110#
∗
400#
∗
70 Fe
Co
Ni
Cu
Zn
Ga
Ge
As
Se
Br
Kr
26
27
28
29
30
31
32
33
34
35
36
8910#
10440
11830
13551.7
15700.1
17966.6
19726
21590
23970
28930#
∗
920#
900
350
2.2
2.1
1.9
6
70
70
470#
∗
−13530#
31620# 1030# −11810#
30600
780
−12000
26200
320
−9290
20679
4
−5983.3
17921.0
2.0 −5076.7
15133.8
1.2 −4088.6
11830
50
−3040
9640
60
−2850
7110#
310#
−2350#
2040#
390#
−2380#
690#
840
350
2.0
2.2
50
60
310#
380#
∗
−27630# 1160#
−28040#
610#
−20260
340
−16875
4
−10462.8
1.8
−9434.1
1.3
−2300
50
−2230
60
4370#
310#
7340#
390#
840#
23250#
930#
17330
460
10410
250
5934.0
2.4
998.5
1.4 −4570
1.2 −8520
50
−12920#
70
−20370#
750#
∗
490#
∗
6030#
6260
−1480
−2629.5
−8308.2
−9880.8
−15550
−16110
−23640#
−27060#
∗
680#
840
350
1.9
1.6
0.6
30
60
120#
500#
446
A Elt.
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
Z
S(n)
S(p)
Q(4β − )
Q(d,α )
Q(p,α )
Q(n,α )
71 Fe
Co
Ni
Cu
Zn
Ga
Ge
As
Se
Br
Kr
Rb
26 3170#
1000#
∗
36330#
27 6300
1190
15260# 1030#
26270
28 4130
510
16850
920
14700
29 7806.3
2.2
10850
350
5183
30 5834
10
11640
10
−4210
31 9301.5
1.6
7864.6
2.2 −13080
32 7415.94
0.11
8286.6
1.6 −22980
33 11620
50
4620
4
−35590#
34 9140
70
6060
60
∗
35 13710#
650#
2310
570
∗
36 13320#
760#
2790#
720#
∗
37
∗
−2080#
630#
∗
800#
840
370
4
30
570
650
500#
5010# 1130#
2460# 1000#
5230#
980#
4120
1090
5510
500
1010
490
7978
4
5617
3
9120
10
3104
10
8988.5
1.3
4731.0
1.2
10130.8
1.6
2042.4
1.7
9917
4
3950
7
10680
40
650
50
9950
570
2020
570
10260#
660# −3420#
740#
10840#
640#
∗
∗
−9630# 1030#
−6430
790
−5710
320
1783
11
1073.2
1.9
5745.9
1.2
4838
4
9510
30
7480
570
12940
650
11980#
620#
72 Fe
Co
Ni
Cu
Zn
Ga
Ge
As
Se
Br
Kr
Rb
26
27
28
29
30
31
32
33
34
35
36
37
5370#
1130#
∗
39830#
3500#
1030#
15590# 1000#
29290#
6810
570
17360
950
18650
5143.2
2.0
11870
370
8447
8876
12
12709
6
−237
6520.45
0.19
8551
10
−9570
10749.5
1.8
9734.6
1.8 −18645
8407
6
5611
4
−30110#
12850
30
7289
13
∗
10020
570
3190
70
∗
15090
650
4170
570
∗
13880#
710#
−1520#
820#
∗
800#
600#
440
5
13
60
8
500#
∗
7310#
2410
10080
5556
11686.1
7035.0
13044
7160
13740
8200#
14270#
∗
−8350# 1000#
−9900#
670#
−4130
340
−2506
7
2793.2
1.7
1478.5
1.9
6744
5
4853
12
9720
70
8010
40
14010#
510#
73 Co
Ni
Cu
Zn
Ga
Ge
As
Se
Br
Kr
Rb
Sr
27
28
29
30
31
32
33
34
35
36
37
38
5810#
3990#
7275
5350
9181.3
6782.94
10798
8395
12690
10682
16010#
∗
700#
300#
6
40
50
7
150#
600#
4680# 1060#
4720#
890#
6930
370
8010
40
8338
10
9553.5
1.8
9662
4
10388
11
10200
60
11220
570
11580#
670#
11320#
780#
74 Co
Ni
Cu
Zn
Ga
Ge
As
Se
Br
Kr
Rb
Sr
27
28
29
30
31
32
33
34
35
36
37
38
3280#
1060#
6580#
500#
5091
7
8370
60
6422
4
10196.22
0.06
7975
4
12066
11
9750
50
13851
7
13940#
150#
17070#
780#
∗
18630#
13430#
14010
9930
11012.1
6851.4
8545
4377
5990
2654
1930#
75 Co
Ni
Cu
Zn
Ga
Ge
As
Se
Br
Kr
Rb
Sr
27
28
29
30
31
32
33
34
35
36
37
38
5320#
1130#
3600#
570#
6180
980
4830
80
8486
4
6505.31
0.07
10243.8
1.9
8027.60
0.07
11904
21
10063
8
13376
8
14000#
550#
∗
38960#
18940#
900#
27960#
13040# 1060#
18910
13750
70
9700
10040
50
674
11096
4
−7533
6898.9
1.0 −15811
8598.0
1.8 −25550
4215
14
∗
6307
17
∗
2179
8
∗
1990
220
∗
920#
530#
4
40
2.0
0.05
5
16
80
10
530#
16030# 1060#
32660#
17850#
670#
21440#
12340
440
11970
12920
40
2810
8857
6
−6070
9997.1
1.8 −14746
5660
4
−24910#
7277
11
−36520#
3020
50
∗
4830
60
∗
−600#
150#
∗
870#
780#
∗
35800# 800#
810#
25050# 400#
300#
14854
7
50
6500
50
40
−2744
16
2.3 −11090.9
2.6
1.7 −18943
4
4
−31520# 500#
18
∗
50
∗
8
∗
530#
∗
800#
400#
980
70
14
8
8
220
1870# 1130#
840#
3960#
780#
950
930
550
350
5060
4
6
2469
6
2.2
4692.6
1.3
2.0
1605.9
2.0
4
3735
5
50
60
30
90
2150
70
310# −2600#
110#
630#
−820#
640#
∗
−8320#
−7700
−610
−1076.8
3913.5
3600
7992
6360
11140
11020#
15620#
670#
840
350
2.3
2.5
4
11
70
60
340#
710#
6760# 1130#
3620# 1130#
∗
1640#
720#
370#
930# −11730#
8640
440
4060
370
−6490
4780
50
1870
50
−4860
10793
7
4141
11
308
5877.7
1.8
1581.9
1.8
−449
12436.8
1.7
3911.8
2.5
4926.7
6728
4
546
4
3341.4
13299
19
2670
40
8235
7390
60
−400
570
6430
12735
9
−130
650
10790
8130#
710# −3530#
710#
11870#
900#
840
370
4
10
2.5
1.9
16
30
570
820#
3730#
640#
5030
2430
4729.4
2476.6
4470
990
3280
−260#
490#
∗
920#
890#
350
40
2.6
2.0
4
50
80
310#
410#
∗
3660# 1130#
3850#
810#
260#
720#
6450# 1020#
4680
1070
7230
70
2180
70
7660
40
4531
7
8553.7
2.3
1597.0
1.8
8975.9
1.0
4417.6
1.0
9498
4
925
4
9789
18
3619
19
10020
50
−440
60
10041
10
1583
11
10140#
270# −3640#
550#
∗
−9960#
900#
−9170# 1150#
−2880
440
−3035.2
2.8
1921
6
1203.4
2.0
6063.3
0.6
4737
15
9217
15
7440
60
12970
220
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
A Elt.
Z
S(2n)
71 Fe
Co
Ni
Cu
Zn
Ga
Ge
As
Se
Br
Kr
Rb
26
27
28
29
30
31
32
33
34
35
36
37
8750#
10010
11370
13117.5
15052
16955.1
18949.8
20950
22960
26730#
30630#
∗
950#
900
370
2.0
10
1.6
1.7
30
50
580#
770#
72 Fe
Co
Ni
Cu
Zn
Ga
Ge
As
Se
Br
Kr
Rb
26
27
28
29
30
31
32
33
34
35
36
37
8540#
9800#
10930
12949.5
14709
15821.9
18165.4
20030
21990
23730#
28410#
∗
73 Co
Ni
Cu
Zn
Ga
Ge
As
Se
Br
Kr
Rb
Sr
27
28
29
30
31
32
33
34
35
36
37
38
9310#
10800#
12418
14230
15701.7
17532.4
19205
21240
22710
25770
29890#
∗
74 Co
Ni
Cu
Zn
Ga
Ge
As
Se
Br
Kr
Rb
Sr
27
28
29
30
31
32
33
34
35
36
37
38
75 Co
Ni
Cu
Zn
Ga
Ge
As
Se
Br
Kr
Rb
Sr
27
28
29
30
31
32
33
34
35
36
37
38
Q(α )
S(2p)
Q(2β − )
447
Q(β − n)
Q(ε p)
∗
−14380# 1060#
24200#
33150# 1160# −12900# 980#
18840
31390# 620# −11940
560
12120
27290
340 −10070
320
7429.1
21926
11
−6009
11
2581
18982.0
1.7 −5246.4
1.6 −2246
16067.7
1.3 −4452.2
1.2 −6790
13145
4
−3440
4 −10830
10590
30
−2880
30 −16190
8550
570
−2840
580 −24760#
5200
650
−2860# 680#
∗
410# 510# −1930# 710#
∗
880#
840
370
1.8
10
4
30
570
650
760#
∗
∗
−26590#
−24360
−15470
−14453.1
−7632.1
−6273
160
−10
7830
11830#
700#
840
350
1.9
2.2
4
30
570
660
590#
1000#
1030#
560
2.1
6
1.6
1.8
50
60
310#
390#
∗
∗
32620#
28720
23560
20191.2
17599.2
13898
11909
9250
6470
1270#
740#
840
350
1.9
2.5
5
12
80
60
590#
25640#
840#
20480#
820
14190
320
8806.4
7
4455
1.9
−360
1.9 −4692
5
−9210
14 −13953
70 −20900#
30
∗
620#
∗
910#
600#
440
1.7
6
4
12
60
14
510#
∗
∗
−30230#
−23200
−20220
−13167.2
−12548
−5379
−5276
1590
1890
11660#
7500# 1160#
7830#
700#
910#
700
440
840
−527
10
370
−6062
6
1.8 −6752.96
0.29
10 −12763
4
4 −13180
30
12 −18900
570
60 −20160
650
30 −29710#
500#
760#
∗
1090#
470#
4
40
2.0
1.8
6
30
570
650
530#
∗
33440#
29690
24780
21566.1
18549
15394
12888
10310
8010
3570#
−650#
−14160# 1060#
21950#
860# −13890# 590#
15550#
840 −11410
340
10713
370
−7860
40
5890
2.2 −6388.0
2.2
1257
10
−5304.5
1.9 −3080
4
−4054
4
−7330
11
−3542
11 −11666
50
−2970
60 −17580#
30
−2680
40 −24850#
590# −2000# 180#
∗
880# −1690# 720#
∗
700#
300#
4
40
4
11
50
13
160#
600#
∗
−28850#
−26980#
−18760
−17205.3
−10455
−9656
−2921
−2690
4054
5670#
14950#
860#
600#
440
2.2
6
4
11
50
14
160#
600#
8830#
1850#
1073
−4890
−5184.7
−11139
−11134
−17270
−17760
−26510#
∗
∗
820#
300#
7
40
2.3
4
12
60
50
500#
9090# 1000#
10580#
590#
12366
6
13720
50
15603
4
16979.16
0.08
18773
4
20461
12
22430
60
24533
8
29940#
500#
∗
∗
34650#
31280#
26350
22845
19869
16848.5
14204.8
11654
9015
7480
1330#
∗
900# −14900#
600# −12790
440
−8980
4
−7498
6
−6282.7
2.5 −4374.8
0.6 −4074.5
16
−3390
12
−2710
60
−2920#
500# −1450#
800#
400#
7
50
4
0.6
15
2.6
16
500#
∗
∗
−26260#
−23140#
−16352
−15300
−8449.6
−8204.2
−1638
−1403
4420
8570#
700#
300#
5
40
2.9
0.6
15
11
50
500#
9540#
2540#
1330
−4080
−4823
−10537
−10714
−16660
−16826
−24350#
−28290#
∗
860#
400#
40
50
4
4
11
50
16
150#
600#
8610# 1060#
10180#
500#
11280
980
13200
80
14907.9
2.9
16701.53
0.09
18218
4
20094
11
21650
50
23915
10
27310#
150#
31070#
640#
∗
∗
24620# 1260#
∗
10800#
∗
−15330# 900#
18570# 410#
∗
4030#
31660# 1200# −12670 1290
14340
980 −29160# 1260#
3520
27180# 310# −9690
370
9390
70 −21390# 410# −2490
24056
5
−8178.4
2.8
4568
3 −19747
7
−3113.5
21020
40
−6954
10
312.6
0.6 −13440
50
−9067.8
17911.0
2.5 −5317.1
2.0 −3893
14 −12272
4
−8891.0
15449.4
0.6 −4686.2
1.9 −7845
8
−6035.6
0.6 −14934
12760
15
−3670
15 −11917
16
−5568
14 −14879
10684
13
−3630
30 −17700
220
600
8 −20478
8170
50
−2580
570
∗
795
17 −24600#
4650
220
−2120
690
∗
8420
220
∗
900#
400#
980
70
2.9
1.7
0.8
15
14
9
500#
∗
−13130#
−13240
−10860
−7092
−5447.3
−5003.6
−3569
−3340
−2540
−2150
−1900#
23760#
720#
17340#
840
12043
350
7710
4
2810
2.5 −1209.7
2.6 −5554
1.9 −9881.2
50 −13389
60 −21640#
310#
∗
630#
∗
6570# 1160#
7210
910
−300
370
−1217.8
2.5
−6488
10
−7648.45
0.24
−13640
50
−13920
60
−19760#
310#
−23460#
690#
∗
∗
448
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
A Elt.
Z
S(n)
76 Ni
Cu
Zn
Ga
Ge
As
Se
Br
Kr
Rb
Sr
Y
28
29
30
31
32
33
34
35
36
37
38
39
5780#
4930
7740
5903
9427.9
7328.41
11154.35
9221
12762
11329
15690
∗
77 Ni
Cu
Zn
Ga
Ge
As
Se
Br
Kr
Rb
Sr
Y
28
29
30
31
32
33
34
35
36
37
38
39
78 Ni
Cu
Zn
Ga
Ge
As
Se
Br
Kr
Rb
Sr
Y
Zr
79 Cu
Zn
Ga
Ge
As
Se
Br
Kr
Rb
Sr
Y
Zr
S(p)
990#
980
110
3
0.5
0.07
0.29
17
9
8
220
Q(4β − )
Q(d,α )
Q(p,α )
∗
−8290#
−6630#
−1664
−2160
3056.2
1691.9
6314
4850
8800
7950
13000#
700#
310#
4
40
2.5
0.5
10
11
50
40
530#
950#
∗
570# −10680#
120
−4700#
50
−4340
4
140
1.8
−221
1.7
4469.2
2.8
3271
15
7689.7
8
6128
10
10174
510#
10660#
900#
420#
7
50
4
0.5
3
2.6
17
10
60#
70# 1360#
990#
4020#
570#
90
1640
980
80
3630
70
4
1466
5
10
3903
10
0.8
870.4
0.8
4
3581
4
10
−177
14
8
2251
11
8
−1088
11
400# −1040#
460#
710#
∗
∗
−9600#
−7800#
−3940
−3750
1294
476.7
5227
3635.7
7849
6796
10340#
10570#
900#
410#
980
70
10
0.5
4
2.0
16
11
400#
550#
710#
4150# 1030#
480#
2420#
260#
160
4490
130
90
1670
90
6
4441
5
1.8
1236.0
0.9
1.7
4047.6
1.7
5
710
10
6
3075
7
11
−133
9
450
750
450
410# −3790#
640#
∗
−6160#
−5890
−1710
−1693
2941.85
1867.4
6456
5132
9184
7770
12530#
940#
100
120
6
0.22
1.8
4
11
9
450
400#
19400# 1210#
31600#
14360#
400#
21314
15310
980
13120
11120
70
3993
12037.4
2.9 −4199
7722.0
1.0 −11809.7
9508.6
0.8 −21010
5409
9
−31590#
7164
15
∗
3445
8
∗
4310
40
∗
−630#
550#
∗
900#
1350# 1210#
290# 1140#
7
8110#
400#
3750#
300#
80
4580
80
1710
80
10
10120
50
3980
40
4
5547
4
1350.3
2.4
2.6 11843.7
1.0
3872.1
1.0
40
6318.7
1.7
569
4
500# 12634
9
2793
14
7003
16
−520
50
12562.5
2.8
936
7
8380
40
−3330#
160#
12700#
710# −2140#
780#
3210#
1030#
5670#
400#
4660
140
7767
3
6072.3
0.4
9698.4
1.9
7418.86
0.06
11017
10
9226
4
12416
8
11630
40
16270#
510#
∗
14260#
15040
11140
12206.4
7992.5
9599.1
5271.8
7169
3099
4613
−50#
34470#
990#
25340#
120
15880
80
7243
2.6 −1044.6
1.8 −9092
0.8 −16796
2.8 −26330#
10
∗
8
∗
9
∗
50#
∗
500#
400#
120
4
2.6
8
9
60#
3460#
6040#
6110
7190
7961.4
8650.7
9143.6
9644.9
9680
10210
10128
10430#
950#
370#
570#
4660#
990
2150
70
4580
3.0
1700
1.8
4369.9
0.8
1124.4
2.8
3841.9
14
1
11
2371
12
−1023
230# −1340#
28
29
30
31
32
33
34
35
36
37
38
39
40
5620#
1210#
4240#
570#
6690
150
5786
3
8719
4
6972
10
10497.81
0.16
8289
5
12081.6
2.2
10183
11
13441
12
13690#
410#
∗
∗
15290#
16050#
12270
13159
8892
10398.5
6142
8234
4056
5638
2010#
2090#
37570#
640#
28070#
410#
19680
120
9746
5
2318
10
−5881
1.8 −13852
4
−20930#
3
−32480#
8
∗
11
∗
400#
∗
510#
∗
1100#
400#
90
5
4
12
8
400#
500#
∗
7570#
4340
9140
5145
11106
5974.2
12511
6820
12789
8017
12430#
7710#
29
30
31
32
33
34
35
36
37
38
39
40
5650#
4150#
6870
5700
8890
6962.83
10688
8334
11938
10374
13900#
13730#
15320# 1210#
31310#
15960#
480#
22500#
12460
130
13560
13070
90
4950
9063
7
−2833
10389
10
−10441
6331.4
1.7 −17710
8279
5
−27090#
3913
6
∗
5829
11
∗
2470
450
∗
2120#
570#
∗
500#
260#
100
90
8
9
450
400#
5130#
5870#
6920
7210
8288
8709.8
9241.9
9503
10077
10059
10160
10260#
640#
270#
100
90
11
0.13
4
4
10
11
600#
640#
Q(n,α )
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
A Elt. Z
S(2n)
S(2p)
Q(α )
Q(2β − )
449
Q(β − n)
Q(ε p)
76 Ni
Cu
Zn
Ga
Ge
As
Se
Br
Kr
Rb
Sr
Y
28
29
30
31
32
33
34
35
36
37
38
39
9380#
11112
12570
14390
15933.2
17572.2
19181.9
21126
22825
24705
29690#
∗
990#
9
90
4
0.5
1.9
0.3
18
5
4
500#
∗
33310#
28340#
24868
22080
18818
16407.6
14007
11380
9752
6490
1360#
800#
410#
6
50
4
0.5
9
4
15
40
500#
−15740# 1210#
20530#
−14100# 600#
15321
−10620
440
11080
−8938.6
2.4
5992.9
−7507
6
2039.00
−6125.0
2.0 −2000
−5091.1
0.5 −6238
−4484
10
−9809
−3545
13 −14770
−3890
60 −21780#
−2730
40
∗
−3010# 710#
∗
910#
7
80
2.7
0.05
9
4
10
40
500#
∗
−28770#
−25520#
−19470
−18030
−11114
−10684.6
−4546
−4134
1370
2790
11230#
800#
410#
980
70
3
0.5
9
4
14
40
500#
77 Ni
Cu
Zn
Ga
Ge
As
Se
Br
Kr
Rb
Sr
Y
28
29
30
31
32
33
34
35
36
37
38
39
8990#
10600#
12400
13670
15500.2
17026.8
18573.2
20239
21988
23745
27330
∗
640#
1060#
140
3
0.6
1.9
0.3
14
8
11
220
∗
33660#
29400#
26450
23320
20030
17321.1
14780.4
12578.4
10263
8058
4260#
900#
420#
980
70
3
0.5
2.9
2.6
16
12
60#
∗
−13970#
−11280#
−9431
−8230
−6642.2
−5727.0
−4703
−4377
−3620
−3677
−3280#
21980#
810#
17420#
320#
12490
5
7924
40
3385.6
2.8
−682
0.5 −4430.2
5
−8410
11 −12365
50 −17920#
11
∗
160#
∗
520#
400#
120
3
0.4
3
2.6
8
10
60#
∗
∗
−24400#
−22305
−16370
−14909
−8675.52
−8234.4
−2206.4
−1824
3921
6290#
6160#
5490#
910#
−500
7
−850.6
80
−6995.8
3
−6735.8
0.08 −12382
2.9 −12292
2.6 −17760.9
12
−18650
10
−27170#
60#
∗
78 Ni
Cu
Zn
Ga
Ge
As
Se
Br
Kr
Rb
Sr
Y
Zr
28
29
30
31
32
33
34
35
36
37
38
39
40
8830# 1420#
9920#
400#
11350
120
13553
3
14792
4
16671
10
17916.67
0.17
19306
10
21308
4
22599
8
25070
40
29970#
640#
∗
∗
∗
∗
−14930#
30310# 910# −11400#
27309
7
−10125
24300
80
−8580
21099
10
−7193
18390.98
0.18 −6028.6
15741
4
−5017
13505.6
2.0
−4391.9
11225
12
−4055
8738
8
−3267
6630# 400#
−3040#
2040# 500#
−3430#
23050#
900#
18960#
410#
14520
7
9111
50
5164
11
635
0.5 −2846.4
4
−6516
2.0 −11006
17 −14410#
8 −21470#
400#
∗
710#
∗
1100#
400#
90
10
4
10
2.0
8
8
400#
500#
∗
∗
−27880#
−22420#
−20430
−14114
−13101.0
−6825
−6869.1
−990
−293
5010#
8810#
510#
400#
120
10
0.4
4
2.0
8
8
400#
500#
79 Cu
Zn
Ga
Ge
As
Se
Br
Kr
Rb
Sr
Y
Zr
29
30
31
32
33
34
35
36
37
38
39
40
9890#
10840#
12660
14420
15863
17460.64
18976
20416
22121
23815
27590#
∗
∗
31250#
28510#
25340
22222
19281.5
16729.9
14421
12146
9885
8110
4130#
950#
20180#
480#
16070#
980
11130
110
6430
6
2432
0.5 −1475
1.8 −5265
4
−8966
15 −12450
12 −18120#
450
∗
460#
∗
510#
240#
100
90
5
4
6
9
450
400#
∗
−26410#
−25050#
−19430
−17219
−11344
−10540
−4706
−4640
1414
1290
8530#
1130#
410#
130
6
4
10
4
7
8
450
400#
640#
290#
100
90
6
0.21
3
4
10
13
450#
570#
410#
150
6
0.5
2.0
4
7
9
450
400#
−15250#
−11940#
−10810
−9440
−7597
−6486.1
−5461.0
−4699
−4089
−3578
−3560
−3160#
4440# 1330#
3420
70
−1740
80
−2511.5
2.6
−8252.0
0.8
−8191.8
0.8
−14184
14
−14037
12
−19864
8
−21930
220
∗
∗
500#
410#
120
2.9
0.9
1.8
9
5
2.7
40
500#
6210# 1170#
5900# 420#
580
90
−563.9
3.0
−6017
4
−6289
10
−11862.5
2.8
−11354
4
−17427
8
−17203
12
−24340#
60#
∗
∗
6940#
2220#
1280
−4740
−4682
−10537
−9960.1
−15578
−15701
−21020#
−24730#
∗
510#
260#
100
90
5
4
2.3
8
10
400#
680#
450
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
Q(4β − )
S(p)
Q(d,α )
Q(p,α )
Q(n,α )
A Elt.
Z
S(n)
80 Cu
Zn
Ga
Ge
As
Se
Br
Kr
Rb
Sr
Y
Zr
29
30
31
32
33
34
35
36
37
38
39
40
2190#
780#
6500#
310#
4700
160
8100
90
6594
24
9913.7
1.6
7892.28
0.13
11521
4
9441
9
12903
11
10930
480
16230#
1540#
∗
35710# 600#
16810#
530#
25920
170
13010#
290#
16750
120
14290
100
8377
28
9960
90
14
24
11412
5
−7452
7
7260.8
1.7 −14670
180
9112.9
2.4 −22380 1490
5019
8
∗
6794
9
∗
3030
180
∗
4450
1560
∗
81 Zn
Ga
Ge
As
Se
Br
Kr
Rb
Sr
Y
Zr
Nb
30
31
32
33
34
35
36
37
38
39
40
41
2350#
6920
4860
8445
6700.9
10156.7
7872.9
11353
9291
12870
11040
∗
16970#
13430
14460
10307
11519
7503.9
9093.5
4851
6644
3000
4560
−750#
670#
30260# 300# 6910#
590#
3490#
500#
260
19990
190
6150#
320#
4220
210
170
11390
120
6920
160
2270
120
29
2922
8
7670
90
4193
7
23
−4862
7
7958
5
1292
10
2.2 −11960
60
8653.6
2.2
3915.3
2.2
2.3 −19210
170
9085.3
2.3
622
4
6
−27980# 1500# 9699
7
3589
6
9
∗
9986
9
273
10
60
∗
10170
60
2020
60
240
∗
10580
480
−1100#
430#
150#
∗
10590# 1550#
−910# 1580#
−6180# 1140#
−7590#
440#
−3310
150
−3180
6
1119
4
489
10
4978.4
2.3
3644
7
8298
6
6570
60
10330
170
10700# 1550#
82 Zn
Ga
Ge
As
Se
Br
Kr
Rb
Sr
Y
Zr
Nb
30
31
32
33
34
35
36
37
38
39
40
41
4400#
590#
3190#
360#
7390
270
5860
200
9275.8
1.2
7592.94
0.12
10966.8
1.1
8805
7
12552
8
10250
120
13780#
280#
13570#
1530#
∗
14270#
14930
11310
12350
8395.9
9903.6
5783
7843
3950
5460#
1780#
35140#
420#
24390#
310
14970
230
5860
5
−1586
2.2 −9300
1.0 −16400#
3
−23210#
8
∗
100
∗
230#
∗
340#
∗
83 Zn
Ga
Ge
As
Se
Br
Kr
Rb
Sr
Y
Zr
Nb
Mo
30
31
32
33
34
35
36
37
38
39
40
41
42
1910#
4360#
3350#
7630
5818
9584
7464
10958
8858
12210
10340#
14060#
∗
∗
14220#
15090#
11550
12310
8704
9774
5774
7896
3610
5560
2060#
2060#
590#
360#
330
200
4
3
6
11
40
140
390#
590#
340#
230
120
24
0.4
2.2
2.3
9
9
190
1500
710#
420#
310#
300
3
4
3
7
12
110
240#
430#
39040#
29620#
19080#
9190
1455
−6680
−13520
−20120
−29050#
∗
∗
∗
∗
8560# 1250#
5160#
780#
∗
3620#
440#
1600#
440# −9450#
530#
8920
150
4450
170
−4910#
420#
4902
28
1341
28
−5150
120
10414
24
3919
23
−521
23
5768
10
1020.7
2.0 −899.5
1.7
11847.4
1.6
3574.2
1.7
3673.5
2.0
6271
4
206
4
2353.5
2.2
12718
7
2861
7
6708
8
7339
10
−620
10
5508
7
12670
180
1450
180
9250
180
7720# 1540# −3750# 1490#
7930
1490
500# 4700#
780#
300# 9450#
340#
240
4220
270
200
9900
200
6
5276
23
100 10974.3
2.2
230# 6010.8
2.0
300# 12415
3
6875
9
12830
100
7740#
290#
13250# 1520#
500#
300#
200#
220
11
40
100
310
500#
∗
7450#
7790#
7130
7903
8091
8704
9330
9370
9910
10270
10240
10440#
420#
270#
250
6
4
3
6
12
40
110
360
1580#
4730#
5180#
1750
4030
907
3285.2
343.1
3119
−341
2150
−970#
−750#
710#
400#
260
220
5
2.2
2.0
5
8
100
500#
500#
∗
−5130#
−6560#
−2170
−2460
1786
974.5
5527
4081
8260
6930#
11030#
590#
360#
220
90
6
2.1
3
7
100
230#
540#
5010#
7320#
3100#
4500
1683
3615
772
3682
241
2850
−380
1420
∗
780#
340#
230#
220
23
4
3
6
12
40
200
1520
∗
−7290#
−3410#
−5100
−179
−1203
3425
2461
6743
5490
9500
7910
13420#
670#
260#
250
28
24
3
6
10
40
100
360
1570#
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
Q(2β − )
Q(α )
S(2p)
451
Q(β − n)
Q(ε p)
A Elt.
Z
S(2n)
80 Cu
Zn
Ga
Ge
As
Se
Br
Kr
Rb
Sr
Y
Zr
29
30
31
32
33
34
35
36
37
38
39
40
7840#
720#
10640
190
11570
120
13796
29
15485
25
16876.5
1.6
18580
4
19855.4
1.8
21379
10
23277
10
24830#
440#
29960# 1570#
∗
∗
22690#
610#
32130# 1110# −12660#
920#
17670
170
28960#
420# −10580
120
13020
120
26750
90
−9800
80
8245
28
23031
23
−8288
23
3730
23
20476
4
−6971.8
1.6
132.6
2.4
17650
10
−6024.9
1.8 −3717
7
15444.3
2.2 −5065.4
2.2 −7584
7
13298
8
−4309
12
−10960
180
10706
7
−3719
8
−14790
1490
8860
180
−3160
180
∗
6920
1490
−3700
1490
∗
∗
∗
−24100#
520#
−23390#
260#
−16940
100
−15560
90
−9542
5
−9263.9
2.2
−3393
7
−3154
8
2300
180
2670
1490
8900#
2590
2280
−3950
−4313
−9762.7
−9518
−15160
−14768
−20020
−21930#
∗
81 Zn
Ga
Ge
As
Se
Br
Kr
Rb
Sr
Y
Zr
Nb
30
31
32
33
34
35
36
37
38
39
40
41
8850#
11620
12960
15039
16614.6
18049.0
19394
20794
22194
23800
27270#
∗
∗
−11810#
590#
20180#
320#
30230#
540# −11830#
440#
14550
190
27460#
290# −10010
170
10090
120
24600
100
−8966
6
5442
6
21480
90
−7600.4
1.7
1304.5
2.3
18916
6
−6483.2
2.7 −2520
6
16354.4
2.3 −5519.4
2.3 −6166
7
13964
6
−4645
7
−9440
60
11663
7
−3783
7
−13040
170
9790
60
−3620
60
−18540# 1500#
7590
170
−3110
170
∗
3700# 1560#
−3000# 1500#
∗
∗
−28820#
630#
−21750
210
−20690
120
−14163
28
−13105
23
−7223.1
2.2
−6854
6
−924
6
−1130
60
4530
170
6450# 1510#
4940#
320#
3460
190
−2220
120
−2845
5
−8571.4
0.5
−8153.7
2.2
−13593
7
−13218
9
−18380
180
−18570
1490
∗
∗
82 Zn
Ga
Ge
As
Se
Br
Kr
Rb
Sr
Y
Zr
Nb
30
31
32
33
34
35
36
37
38
39
40
41
6760#
530#
10110#
320#
12250
250
14310
200
15976.7
1.1
17749.6
2.2
18839.7
2.1
20158
7
21843
9
23120
200
24820# 1510#
∗
∗
31230#
28360
25770
22657
19915
17407.5
14877
12694
10600
8460#
6330#
560#
360#
240
200
1.9
3
6
100
230#
320#
∗
∗
−26790#
−19630
−18580
−12252
−11489.0
−5502
−5603
−30
50#
5750#
83 Zn
Ga
Ge
As
Se
Br
Kr
Rb
Sr
Y
Zr
Nb
Mo
30
31
32
33
34
35
36
37
38
39
40
41
42
6320#
7550#
10740#
13490
15094
17177
18430
19763
21410
22450
24110
27620#
∗
∗
∗
29350#
26480
23620
21054
18170
15678
13679
11450
9510
7520
3840#
540#
370#
200#
220
4
7
11
40
100
310
510#
∗
∗
−25730#
−24070#
−17010
−15970
−9677
−8867
−3495
−3430
2260
1940
9160#
400#
220
150
7
1.7
2.2
4
8
10
450
430#
590#
360#
230#
220
3
4
3
8
12
80
190
1530#
−10590# 1210#
23170#
670# −10780#
500#
17220#
300
−10710
260
11970
230
−9040
200
7170
28
−8157
4
2995.5
23
−7104
10
−1308
2.0 −5988.3
2.1 −4581
3
−5161
5
−8000
6
−4254
6
−11820#
100
−3680
100
−15220#
230#
−3440#
230#
∗
350#
−2870#
500#
∗
360#
290
120
7
3
6
10
40
100
320
530#
∗
−9490#
−9910#
−9800
−8280
−7797
−6489
−5431
−4778
−3950
−3410
−3030
−2820#
590#
330#
240
90
7
3
6
11
40
100
550
640#
24600#
20490#
14440#
9130
4641
66
−3186
−6750
−10340
−13370
−18710#
∗
∗
650#
200
150
29
23
0.3
3
6
11
450
440#
7450#
540#
5130#
320#
390#
−1160
240
280
−2010
200
120
−7690.5
2.1
6
−7873.7
0.5
2.0 −13206
6
3
−12732
7
6
−18060
60
100
−17780
200
230# −24790# 1520#
300#
∗
540#
370#
240
200
3
6
10
40
100
330
550#
8730#
8170#
1350#
−360
−5916
−6491
−11865
−11138
−16670
−16210#
−21560#
∗
∗
590#
390#
280#
220
4
4
4
8
100
230#
310#
452
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
Q(p,α )
Q(n,α )
Z
84
Ga
Ge
As
Se
Br
Kr
Rb
Sr
Y
Zr
Nb
Mo
31
32
33
34
35
36
37
38
39
40
41
42
2790#
5420#
4270#
8682
6862
10520.60
8747
11920
9900
13110#
10990#
16130#
500#
360#
370#
15
15
0.30
7
11
100
220#
430#
640#
15100#
16150#
12470#
13360
9748
10711
7057.3
8858
4650
6460#
2710#
4140#
640#
420#
360#
220
15
4
2.3
7
90
200#
310#
510#
33690# 400#
9060#
24190# 300#
5570#
13670# 300# 10250#
4692
15
5080
−3640
90
10505
−10940# 200#
5776
−17870# 300# 11550
−24840# 400#
6255
∗
12560
∗
7410#
∗
13020#
∗
7880#
640#
420#
390#
200
15
3
3
4
90
220#
370#
500#
6890#
4600#
5090#
1446
3454
408
2808
−325
2230
−610#
1470#
−3460#
500#
360#
320#
15
15
3
3
7
90
210#
340#
1550#
∗
−6470#
−2450#
−4000
380
−395
3871
2697
6940
5680#
9790#
8330#
420#
360#
120
16
3
3
4
90
200#
300#
430#
Ga
Ge
As
Se
Br
Kr
Rb
Sr
Y
Zr
Nb
Mo
Tc
31
32
33
34
35
36
37
38
39
40
41
42
43
4020#
2890#
5310#
4550
8882
7121
10488.6
8530
11760
9730#
13340#
11370#
∗
640#
500#
360#
30
24
3
2.8
4
90
220#
370#
490#
∗
16250#
12370#
13640#
9947
10970
7025.3
8642
4487
6280
2950#
4510#
−850#
570#
360#
300#
24
15
2.8
4
19
140
300#
410#
570#
38560#
28410#
18840#
8670
−768
−8330
−15020
−22000#
−30180#
∗
∗
∗
∗
500#
400#
200#
30
27
100
220
280#
400#
6960#
7030#
8290#
8160
7441
8239
8525.2
8683
9664
9890
10020
10570#
10800#
710#
500#
280#
220
19
5
2.8
7
22
110
240
420#
640#
7270#
4900#
7170#
2760
3848
880.3
3286.2
−50
3030
−90
1910#
−1270#
∗
710#
500#
310#
200
19
2.8
1.8
4
20
140
320#
410#
∗
−4960#
−4570#
−1160
−2640
1760.1
975.5
5133
3992
8510
6690
10740#
10960#
640#
360#
250
200
2.8
1.9
3
19
100
250
360#
500#
Ga
Ge
As
Se
Br
Kr
Rb
Sr
Y
Zr
Nb
Mo
Tc
31
32
33
34
35
36
37
38
39
40
41
42
43
2370#
4850#
3900#
6180
5101
9856.6
8651.00
11492
9513
12730
10750
13520#
13610#
950#
640#
360#
30
22
2.0
0.20
3
24
110
240
520#
500#
∗
17080#
13370#
14510#
10500
11944
8555.7
9645.2
5470
7250
3970
4700
1390#
710#
500#
200#
30
19
2.0
1.1
14
40
130
490
410#
41290#
33420#
23600#
13983
3644
−5460
−12920
−19970
−26080#
∗
∗
∗
∗
800#
∗
500#
4970#
300#
9810#
16
6250#
18
11023
30
5245
90
10394.8
440
5937.3
300# 12071
7060
12380#
8030#
13310#
640#
420#
300#
18
15
2.8
3.0
15
100
210#
530#
500#
6810#
4410#
6620#
4200
4565
607
2098.7
−585
2376
−610
1500
−730
−600#
950#
590#
360#
220
12
4
2.8
6
18
50
130
540
590#
∗
−7900#
−4120#
−3990#
−110
−2279
1908
1105
5438
4640
8150
7550
11400#
710#
420#
200#
220
4
4
3
15
30
100
450
430#
Ge
As
Se
Br
Kr
Rb
Sr
Y
Zr
Nb
Mo
Tc
Ru
32
33
34
35
36
37
38
39
40
41
42
43
44
2460#
4900#
4110
6289
5515.17
9922.10
8428.15
11806
9620
12430
11210
13990#
∗
710#
420#
40
21
0.25
0.20
0.12
14
30
100
490
420#
17170#
13430#
14720#
10605
12359
8621.20
9422.4
5784.1
7354
3670
5160
1860#
1420#
950#
590#
300#
24
11
0.10
1.1
1.1
16
70
240
530#
670#
36470#
28620#
18300
9162
−1361
−10410
−17190
−23900#
−32010#
∗
∗
∗
∗
500#
300#
40
18
8
60
220
300#
600#
710#
500#
200#
30
19
1.9
1.1
3
21
120
320
410#
720#
4730#
7130#
4360#
6959
1954
2697.3
−266.3
2489
−330
2170#
−950#
1550#
∗
640#
420#
300#
23
15
2.8
3.0
4
90
210#
370#
500#
∗
−6230#
−2690#
−2130#
889
−1152
3197.0
2378
6942
5620
9440#
8400#
14110#
500#
300#
300#
15
15
3.0
3
9
110
300#
420#
720#
86
87
S(p)
Q(d,α )
Elt.
85
S(n)
Q(4β − )
A
6530#
7800#
7450#
9280
8612
7593.3
7997.7
8795
9205
9680
10170
10690#
11040#
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
A Elt.
Z
S(2n)
S(2p)
84 Ga
Ge
As
Se
Br
Kr
Rb
Sr
Y
Zr
Nb
Mo
31
32
33
34
35
36
37
38
39
40
41
42
7140#
8770#
11900#
14500
16446
17984
19704
20778
22110
23440#
25050#
∗
500#
390#
360#
14
15
3
4
6
140
300#
420#
∗
30370#
27560#
24910
22050
19415
16832
14632
12550
10060#
8270#
6190#
590#
420#
240
200
3
3
4
90
200#
320#
460#
85 Ga
Ge
As
Se
Br
Kr
Rb
Sr
Y
Zr
Nb
Mo
Tc
31
32
33
34
35
36
37
38
39
40
41
42
43
6810#
8310#
9590#
13230
15744
17641
19235
20450
21660
22830
24330
27500#
∗
590#
450#
290#
30
20
3
6
11
50
140
390
580#
∗
31350#
28510#
26110#
23310
20718
17736
15699
13345
10930
9400
7220#
3280#
86 Ga
Ge
As
Se
Br
Kr
Rb
Sr
Y
Zr
Nb
Mo
Tc
31
32
33
34
35
36
37
38
39
40
41
42
43
6390#
7740#
9210#
10731
13983
16977.2
19139.6
20022
21270
22460#
24090#
24890#
∗
900#
590#
420#
21
18
2.8
2.8
3
90
200#
310#
590#
87 Ge
As
Se
Br
Kr
Rb
Sr
Y
Zr
Nb
Mo
Tc
Ru
32
33
34
35
36
37
38
39
40
41
42
43
44
7310#
8800#
10300
11389
15371.8
18573.10
19920
21319
22340
23180
24730#
27600#
∗
640#
360#
50
26
2.0
0.02
3
19
100
230
360#
500#
Q(2β − )
Q(α )
−10080#
−8830#
−9370#
−8860
−8065
−7096
−6285
−5176
−4410
−3610#
−3090#
−2710#
500#
300#
300#
15
15
4
90
200#
310#
450#
∗
−29240#
−23980#
−22340#
−15210
−14379
−8030
−7951
−2370
−1990#
3160#
3360#
640#
360#
200#
220
4
4
4
20
100
230
300#
510#
∗
23270#
−9370#
500#
19360#
−7770#
270#
15290#
−8550
120
9052
−8502
20
3557
−7515.7
2.8
−378
−6617.4
2.0 −4325
−5833
3
−7950
−4812
20
−10690
−4050
100
−14050#
−3560
230
−19490#
−3040#
330#
∗
−2610# 1550#
∗
540#
400#
200#
30
19
3
19
100
220
300#
460#
∗
∗
29620#
26870#
24140#
21892
19526
16670.5
14111
11740
10250
7640#
5910#
500#
300#
300#
15
15
3.0
14
30
130
480#
420#
∗
−9810#
−8470#
−7340
−7740
−8096.5
−7675.5
−6359.0
−5520
−4220
−4060
−2790#
−2660#
24800#
710#
20700#
420#
16490#
240
12725
200
7107
2.0
1258.0
2.0 −3463
2.1 −6720
14
−9460
30
−13250
130
−16620#
490#
∗
420#
∗
∗
30510#
28090#
25110#
22859
20565
17978.1
15429.3
12824
10920
9120
6550#
2810#
590#
400#
200#
30
19
2.2
1.6
9
60
240
370#
660#
−10360#
−9020#
−8110#
−6400
−7794
−8014
−7324
−6369
−4978
−4280
−3660
−2590#
−2020#
710#
420#
200#
220
4
4
3
6
13
80
240
430#
780#
22350#
17870#
14130
10741
4171.0
−1579.1
−5532
−8840
−11650
−15060#
−20360#
∗
∗
Q(β − n)
Q(ε p)
21980#
17710#
11720#
6479
1951
−1787
−5590
−9150#
−12280#
−15690#
∗
∗
720#
340#
330#
30
28
3
3
4
90
200#
350#
1540#
453
590#
420#
200#
220
4
4
4
90
200#
300#
410#
8720#
3560#
1190#
−5014
−5889
−11428
−11026
−16390
−15770
−20610#
−22200#
∗
450#
370#
300#
15
14
7
11
40
130
370#
590#
∗
∗
−26510#
−21470#
−19820#
−12817
−11657
−5961
−5381
210
−280
5100
6930#
450#
300#
300#
15
15
4
19
100
240
200
500#
10120#
4940#
4560#
−2700
−4251
−9802
−9595
−15020
−14420#
−19340#
−19420#
∗
∗
590#
500#
200#
30
19
3
3
90
200#
320#
460#
860#
500#
300#
16
11
1.1
14
30
90
440
310#
∗
∗
−26390#
−24760#
−19610#
−18126
−11426
−10332.3
−4405
−3990
730
1300
6650#
10640#
5410#
590#
5210#
400#
−2
200#
−2231
30
−9169.56
19
−9715.8
2.2 −14753
14
−14210
30
−18730
90
−18790#
450
−24960#
370#
∗
510#
300#
40
18
1.1
1.6
8
60
220
300#
640#
∗
−28920#
−24030#
−22000#
−17458
−16247
−8903.8
−7560.7
−2114
−2190
2820
3420#
9930#
860#
510#
300#
16
11
1.1
1.6
8
60
230
310#
740#
6840#
6490#
990
1337
−6033.7
−8145.5
−13668
−13290
−17590
−17700
−22560#
∗
∗
900#
540#
300#
25
11
0.10
2.8
19
100
230
290#
590#
590#
300#
40
18
0.3
1.1
14
30
90
440
370#
454
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
S(n)
Q(4β − )
A Elt.
Z
S(p)
88 Ge
As
Se
Br
Kr
Rb
Sr
Y
Zr
Nb
Mo
Tc
Ru
32
33
34
35
36
37
38
39
40
41
42
43
44
3970#
3380#
5370
4950
7054
6082.52
11112.64
9351.7
12346
9960
13080
11660#
16380#
860#
590#
60
40
13
0.16
0.16
1.9
13
120
220
360#
720#
∗
14340#
15180#
11440
13124
9188.5
10612.9
6707.7
7893
4010
5810
2300#
3810#
39550#
710#
31320#
300#
24040
50
13570
22
3931
0.3 −6540
1.1 −15222
1.5 −21590#
10
−27980#
100
∗
60
∗
300#
∗
500#
∗
89 Ge
As
Se
Br
Kr
Rb
Sr
Y
Zr
Nb
Mo
Tc
Ru
Rh
32
33
34
35
36
37
38
39
40
41
42
43
44
45
1630#
1140#
3930#
710#
3390#
300#
5910
70
5110
50
7175
5
6358.72
0.09
11474
3
9317
10
12650
100
10375
25
13210#
280#
11940#
640#
∗
∗
14290#
15200#
11980
13280
9309
10889.1
7069.0
7859
4316
6220
2430#
4090#
−700#
860#
590#
80
60
14
1.1
2.6
4
29
100
200#
540#
200#
90 As
Se
Br
Kr
Rb
Sr
Y
Zr
Nb
Mo
Tc
Ru
Rh
33
34
35
36
37
38
39
40
41
42
43
44
45
2380#
4800#
4120
6310
5721
7803.8
6857.03
11970
10077
13235
11430#
13870#
13630#
91 As
Se
Br
Kr
Rb
Sr
Y
Zr
Nb
Mo
Tc
Ru
Rh
Pd
33
34
35
36
37
38
39
40
41
42
43
44
45
46
3480#
2480#
4960
4410
6455
5775
7928.9
7194.5
12047
10108
12850
11420#
13960#
∗
950#
500#
100
50
9
2.9
0.10
3
27
16
310#
590#
670#
1210#
640#
110
60
10
5
2.5
0.5
5
13
310
660#
640#
Q(d,α )
Q(p,α )
∗
−5590#
−5170#
−1760#
−1620
1648
−795.1
3514.6
3126
7420
6100
10090#
9100#
710#
400#
200#
30
19
2.2
1.9
11
100
100
300#
490#
5530# 1210#
∗
7570#
710# −7140#
4820#
420# −3710#
6830
60
−3780#
3780
50
−540
6417
5
−427
1401.9
1.1
2702.8
1685.9
2.6
691.7
−721
15
5301
2020
40
4280
−310
90
8450
1580#
480#
7630#
−1440#
590# 10690#
∗
11200#
950#
590#
300#
50
12
1.1
2.6
4
30
30
220#
670#
540#
950#
∗
500# −6040#
90
−2990#
26
−2740
7
142
2.9
414.2
2.6
3756.7
2.7
1759.5
9
6009
60
4827
330
8620
420#
8030#
780# 11550#
640#
310#
40
19
2.9
2.6
2.5
5
10
250
370#
590#
∗
−4550#
−4570#
−1790
−1370
1693
1910.4
5677.7
3313
7065
5740
9690#
9250#
13890#
860#
510#
80
40
14
2.9
2.5
4
15
220
580#
450#
690#
700# 4930#
1060#
4780#
500# 9270#
710#
6640#
50
5980#
300#
4310#
40 10520
40
6560
17
6658
17
3782
100 11367.38
0.19
3735.3
20
5536.1
1.1
−890.4
200# 10935.2
1.5
1667
400# 6371
17
−917
12440
100
1940
7840
90
−690
12560#
480#
1260#
8270#
500#
−3120#
860#
640#
200#
50
23
2.0
1.1
3
22
140
220
340#
570#
∗
7810#
7500#
8720
7840
9708
9099.5
7889.5
8861
9409
9890
10560#
10320#
10390#
710#
420#
70
50
5
1.1
2.6
4
28
60
300#
590#
750#
15050# 1210#
37910#
16070#
640#
30020#
12710#
310#
21870
13690
60
13797
9920
50
3295
11518
6
−5774
7567.3
2.6 −15280
8354.5
1.7 −23460#
5076
5
−29440#
6806
27
∗
3490
240
∗
4750#
360#
∗
990#
710#
∗
800# 9400#
400# 6070#
80
9970
19
6470
8 11041
6
7378.2
240 12145.1
300# 6242.7
500# 11678
6620
12200
8110#
13140#
1060#
640#
90
40
15
2.9
2.6
2.9
11
100
240
360#
640#
7650#
4920#
6830
3751
6212
3520.2
3257.0
−884.5
1556
−1120
1350
−1320#
−1010#
∗
16180#
12870#
13980
10064
11573
7692.4
8691.9
5154.1
6837
3110
4740#
1090#
1480#
900# 7540#
500# 7520#
70
8400#
60
7970
9
9690
12
8778
200 10574.9
580# 10522.2
400# 8947
570# 9157
9730
9900#
11120#
10970#
1280#
710#
310#
80
50
7
3.0
1.7
4
29
200
620#
640#
720#
8140# 1140#
5810#
710#
7230
90
4290
70
6811
16
3828
5
6440.8
3.0
1272.8
2.9
1855
10
−1270
100
1580
200
−1080#
620#
1410#
570#
∗
950#
410#
100
20
8
2.8
1.7
3.0
12
200
630#
500#
760#
43030#
34570#
27010#
19130
8140
−1062
−11205
−19860#
−25360#
−32990#
∗
∗
∗
∗
40890#
33310#
24840
16580
8887
−1441
−10360
−19230#
−27530#
−34800#
∗
∗
∗
∗
910#
500#
300#
60
50
27
16
200#
500#
450#
Q(n,α )
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
S(2n)
Q(2β − )
Q(α )
S(2p)
455
Q(β − n)
Q(ε p)
A Elt.
Z
88 Ge
As
Se
Br
Kr
Rb
Sr
Y
Zr
Nb
Mo
Tc
Ru
32
33
34
35
36
37
38
39
40
41
42
43
44
6440#
8280#
9480
11240
12569
16004.62
19540.80
21158
21960
22390
24290
25650#
∗
860#
590#
50
40
13
0.26
0.20
14
30
130
440
360#
∗
31510#
28610#
26160#
23730
21547
19234.1
16130.1
13677
11370
9470
7460#
5670#
950#
510#
300#
21
11
1.1
1.9
10
100
40
220#
590#
∗
−9610#
−8060#
−7080#
−6165
−7235
−7915.7
−6974
−5404
−4340
−3630#
−3260#
−2270#
23740#
640#
19440#
300#
15810
300#
11880
20
8230
15
1690.1
3.0 −4299
3
−8230
11
−10923
140
−13360#
200# −17050#
360#
∗
570#
∗
700#
500#
50
40
13
1.9
10
100
23
230#
400#
∗
∗
−26930#
−22040#
−20400
−16041
−14501.3
−6990.3
−6032
−340
−641
4180#
4760#
7770#
7220#
510#
1910
300#
1910
40
−3166
18
−5799.9
1.1 −12974.3
1.9 −13022
10
−17510
100
−16450
22
−21650#
210# −23440#
460#
∗
89 Ge
As
Se
Br
Kr
Rb
Sr
Y
Zr
Nb
Mo
Tc
Ru
Rh
32
33
34
35
36
37
38
39
40
41
42
43
44
45
5600#
1030#
7300#
590#
8760#
300#
10860
60
12160
50
13257
5
17471.36
0.18
20825.7
2.8
21663
9
22610
70
23450
220
24870#
360#
28320#
780#
∗
∗
∗
29540#
27170#
24720
22434
20077.7
17681.9
14566
12210
10234
8240#
6400#
3110#
∗
−9510#
590# −8550#
300# −7670#
60
−6720
19
−5527
1.1 −7153.8
2.6 −7959.3
4
−6191
27
−5230
17
−4280
210# −3120#
550# −2840#
540# −2420#
25500#
710#
21430#
500#
17530#
210#
13140
60
9480
20
5989
2.2 −1340
2.6 −7051
5
−9865
30
−12810#
100
−15490#
300# −20190#
580#
∗
600#
∗
950#
510#
300#
60
50
6
4
27
16
200#
500#
490#
∗
∗
−26350#
−24570#
−20140
−18270
−13806
−12381.7
−4236
−3640
1330
940#
5900#
7760#
9530# 1030#
8660#
510#
760#
3460#
300#
510#
3050
60
70
−2190
50
40
−1862
5
13
−9981.3
1.5
2.6 −12150
10
4
−16870
100
27
−16020
30
18
−20370#
200#
220# −20270#
450#
500#
∗
490#
∗
90 As
Se
Br
Kr
Rb
Sr
Y
Zr
Nb
Mo
Tc
Ru
Rh
33
34
35
36
37
38
39
40
41
42
43
44
45
6310#
8190#
10030
11420
12895
14162.5
18331
21287
22730
23610
24640#
25800#
∗
950#
400#
90
23
7
2.9
3
10
100
21
320#
500#
∗
30370#
27910#
25670
23210
20827
18456.4
15423.5
12935
11122
9710
7190#
5080#
810#
510#
50
40
14
2.6
2.5
5
11
260
300#
540#
−9520# 1130#
23170#
−8510#
640#
19040#
−7900#
310#
14740
−6854
24
10972
−6147
13
7126
−5100.9
2.9
2825.7
−6165.4
2.6 −3831
−6668.6
2.5 −8600
−5798
15
−11450
−4790
30
−14860#
−3810
260
−17990#
−3180#
530#
∗
−2430#
590#
∗
810#
400#
80
19
7
2.2
4
6
240
300#
560#
∗
−29520#
−24770#
−23060#
−18080
−16500
−12064
−9847.1
−2243
−2587
2150
2410#
7340#
990#
510#
300#
60
50
6
2.5
4
6
240
300#
540#
9670#
4570#
4040
−1329
−1224
−6311.2
−9689.9
−16188
−15724
−20400#
−19770#
−25720#
∗
860#
410#
90
19
7
1.4
2.8
27
16
200#
560#
540#
91 As
Se
Br
Kr
Rb
Sr
Y
Zr
Nb
Mo
Tc
Ru
Rh
Pd
33
34
35
36
37
38
39
40
41
42
43
44
45
46
5860#
7280#
9080
10730
12175
13579
14785.9
19164
22125
23343
24280#
25290#
27590#
∗
1030#
590#
90
80
10
5
2.5
3
27
18
280#
770#
600#
∗
−8530#
−7950#
−7150
−6313
−5361
−4172.2
−5434.9
−6039
−5281
−4230
−3390#
−2410#
−2490#
910#
510#
70
60
8
4
3
11
200
580#
450#
810#
∗
∗
−27350#
−22670#
−20410
−15964
−14272
−9237.8
−7434
−726
−620
4220#
4810#
10620#
11000#
6210#
800#
5390
410#
−20
80
125
19
−5229
7
−5649.1
2.2 −13305
3
−14536
11
−19070
200
−18750#
580# −23510#
470#
∗
640#
∗
990#
510#
70
60
9
5
1.9
4
6
240
360#
770#
∗
31220# 1030#
28940#
510#
26690#
300#
23750
60
21500
50
19210
6
16259.2
2.5
13509
3
11913
12
9910
200
8230#
580#
5840#
450#
2470#
760#
710#
310#
70
19
5
2.9
2.5
4
14
210
620#
500#
820#
24650#
20970#
16240
12330
8600
4245
287
−5686
−10650
−13550#
−16880#
−21260#
∗
∗
760#
510#
50
40
13
1.1
1.1
9
60
240
300#
630#
456
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
S(p)
Q(4β − )
Q(d,α )
Q(p,α )
Q(n,α )
A Elt.
Z
S(n)
92 As
Se
Br
Kr
Rb
Sr
Y
Zr
Nb
Mo
Tc
Ru
Rh
Pd
33
34
35
36
37
38
39
40
41
42
43
44
45
46
2140#
1280#
4380#
780#
3140
90
5550
60
5098
10
7294
6
6540
9
8634.80
0.11
7887
3
12672
11
11020
200
13820#
660#
12330#
570#
16170#
760#
93 Se
Br
Kr
Rb
Sr
Y
Zr
Nb
Mo
Tc
Ru
Rh
Pd
Ag
34
35
36
37
38
39
40
41
42
43
44
45
46
47
2140#
1000#
17080# 1210#
39370# 800# 6850# 1210#
5600# 1130#
∗
4540#
300#
13690#
670#
31180# 300# 8000#
590#
7740#
500# −5950#
3300
100
14730
110
23100 100
8200
120
5470
130
−2440#
5917
10
11121
14
14591
8
9400
60
7216
20
−2350
5288
8
12602
10
6719
8
8372
11
4141
10
532
7481
14
8644
11
−621
11 10133
11
6582
11
785
6734.5
0.4
9593
9
−9850
90
9938.8
1.9
4234.5
1.8
4471.0
8831.3
2.0
6043.4
1.6 −18040# 400# 11392.9
1.6
6423.0
1.7
4925.6
8069.81
0.09
7644
4
−27100# 400# 10540
5
717
5
7610
12739
26
4086.5
1.0 −36820# 600# 9312
11
1429
7
4700
10930#
310#
5620
90
∗
9430
220
−1190
260
8550
13880#
570#
2050#
500#
∗
10200#
710#
1000#
500#
7680#
12270#
640#
3630#
570#
∗
10120#
570# −1620#
640# 11250#
∗
−1430#
780#
∗
11330#
820#
∗
12080#
94 Se
Br
Kr
Rb
Sr
Y
Zr
Nb
Mo
Tc
Ru
Rh
Pd
Ag
34
35
36
37
38
39
40
41
42
43
44
45
46
47
4160#
1130#
2830#
500#
5200#
320#
4007
11
6827
10
6197
13
8221.1
1.9
7227.54
0.08
9678
4
8623
6
13370
90
11840#
600#
14720#
570#
14590#
780#
95 Br
Kr
Rb
Sr
Y
Zr
Nb
Mo
Tc
Ru
Rh
Pd
Ag
Cd
35 4170#
36 2970#
37 5372
38 4348
39 6930
40 6462.2
41 8488.7
42 7369.10
43 9934
44 8953
45 13470#
46 11870#
47 14870#
48
∗
640#
500#
22
10
10
0.9
2.0
0.10
7
14
470#
570#
640#
∗
43850# 900#
∗
7630# 1280#
∗
17080# 1080#
36220# 600# 5510# 1000#
5360#
780# −7310# 1080#
13530#
510#
28230
50 10060#
400#
7480#
300# −3790#
510#
14570
70
19669
12
6550
80
4650
60
−3940#
300#
10750
60
11676
7 10909
19
6820
50
−550
60
12411
9
3937
5
7205
7
3709
6
−490
50
8457
10
−5879
28 11839
9
6260
9
2546
11
9397.8
1.8 −14050# 300# 8744.4
1.7
4111.9
1.7
3401.7
2.5
5846.9
1.8 −23090# 400# 13029.7
1.9
3285
4
6899.8
2.5
7462
5
−31310# 500# 6562
5
−1291
27
3710
5
4019
28
∗
11943
27
933
30
7360
40
5710#
360#
∗
7510#
380# −1700#
360#
6240#
300#
1990#
710#
∗
12660#
500#
1020#
640# 10130#
450#
3680#
640#
∗
8430#
710# −2980#
670#
9660#
710#
∗
14380#
15380#
11820
13512
9553
10333
6536.4
8490.4
4639
6254
2960#
4470#
890#
42040# 800# 4830# 1210#
4920# 1210#
900#
34540# 400# 9560#
720#
7400#
640#
420#
26120# 300# 6150#
300#
5230#
310#
100
17811
9 10943
14
7620
60
10
9569
7
6642
9
3769
11
10
1805
8 11230
8
6161
8
11
−4699
13
8257
9
3942.2
2.7
1.6 −13430# 450# 12800.2
1.6
6390.0
1.6
2.0 −22060# 400# 8749.4
2.5
3087
4
5
−30850# 500# 13362
5
2914
12
13
∗
7078
29
−1720
200
460#
∗
12180#
540#
580#
740#
570#
∗
7720#
570# −2380#
570#
640#
∗
12910#
710# −1030#
760#
14390#
15520#
12000#
13852
9656
10598
6804.0
8632.0
4896
6585
3060
4500#
1040#
690#
950#
37310# 500# 7530#
570#
29620# 400# 7720#
300#
20928
21
8870
11
12591
8
8212
10
4810
9
9588
7
−2208
12
9276
1.9 −8440 150 11045.9
2.0 −17560# 400# 10211.6
5
−25920# 400# 11497
13
−36750# 600# 10864
150
∗
9640
600#
∗
9730#
570#
∗
10310#
780#
∗
10800#
950#
7610#
500#
5410#
100
7795
11
4519
10
6525
11
4020
2.1
6536.0
2.0
3604.9
6
5652
12
349
170
930#
570# −1930#
570#
260#
840#
∗
∗
−5300#
−5160#
−1400
−1880
1043
2025
5626.9
5127.1
8125
5283
8690#
7950#
11450#
860#
410#
80
20
12
2.2
2.3
4
6
90
470#
500#
780#
990#
590#
70
60
11
5
2.4
2.0
5
17
490#
710#
640#
780# −7330# 1030#
400# −3740#
720#
24
−3630
50
10
−685
14
8
−789
9
9
2856
4
2.1
3678
9
2.5
6392.8
2.0
6
6078
6
29
9002
12
330#
6240
150
570#
9900#
500#
640#
8910#
570#
14450#
780#
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
S(2p)
Q(α )
A Elt.
Z
S(2n)
92 As
Se
Br
Kr
Rb
Sr
Y
Zr
Nb
Mo
Tc
Ru
Rh
Pd
33
34
35
36
37
38
39
40
41
42
43
44
45
46
5620# 1210#
6870#
720#
8100
90
9958
22
11553
9
13069
4
14468
9
15829.3
0.5
19935
4
22780
7
23870
240
25240#
420#
26290#
640#
∗
∗
∗
29710#
27440#
24730
22476
20030
17090.2
14538.8
12616
10856
8820#
6730#
4770#
∗
−8940#
800# −7720#
400# −7330
80
−6460
19
−5600
11
−4629
2.2 −2957.1
2.5 −4574
4
−5607
26
−5290
300# −4130#
470# −3080#
590# −2280#
93 Se
Br
Kr
Rb
Sr
Y
Zr
Nb
Mo
Tc
Ru
Rh
Pd
Ag
34
35
36
37
38
39
40
41
42
43
44
45
46
47
6520#
7680#
8850
11015
12582
14021
15369.3
16718
20742
23760
24750#
26210#
28440#
∗
950#
310#
120
11
9
11
0.5
3
11
200
590#
570#
690#
∗
30770#
28260#
25690
23350
21056
18050
15441.2
13491
11548
9640
7770#
5620#
2250#
94 Se
Br
Kr
Rb
Sr
Y
Zr
Nb
Mo
Tc
Ru
Rh
Pd
Ag
34
35
36
37
38
39
40
41
42
43
44
45
46
47
6300# 1000#
7370#
400#
8500#
300#
9924
10
12115
8
13678
12
14955.6
2.0
16058.8
2.0
17747
4
21362
26
24300#
300#
25720#
600#
27000#
640#
∗
95 Br
Kr
Rb
Sr
Y
Zr
Nb
Mo
Tc
Ru
Rh
Pd
Ag
Cd
35
36
37
38
39
40
41
42
43
44
45
46
47
48
7000#
8160#
9379
11175
13127
14683.4
15716.3
17047
18557
22330
25310#
26590#
29460#
∗
590#
410#
22
11
13
2.0
2.0
4
6
90
430#
570#
720#
Q(2β − )
457
Q(β − n)
Q(ε p)
25660#
920#
22140#
510#
18190
50
14083
40
10041
14
5586
9
1635
2.5 −1649
3
−7514
11
−12400#
100
−15570#
300# −18910#
450#
∗
640#
∗
910#
600#
50
12
11
4
9
4
26
300#
400#
590#
∗
∗
−27010#
−25740#
−20550
−18850
−14357
−12098
−7392.3
−6204
409
510#
5340#
5870#
11340# 1030#
6790#
600#
910#
6660
80
500#
889
14
70
802
7
60
−4594
4
12
−4994
9
4
−9892.8
3.0
2.6 −12315
11
4
−18890
200
26
−18350#
580#
300# −23380#
500#
450# −24030#
690#
770#
∗
950#
510#
70
60
13
4
2.4
4
5
90
450#
710#
720#
−9450# 1210#
23300#
−8330#
590#
19570#
−7250#
310#
16070
−6470
60
11606
−5780
50
7032
−4936
12
2985
−3332.8
2.5
−314
−1931.4
2.3 −3606
−4360
5
−9540
−5377
27
−14430#
−4690
90
−17570#
−3750#
450# −22390#
−2610#
640#
∗
−1550#
750#
∗
810#
300#
100
13
8
11
4
4
90
400#
410#
720#
∗
−29410#
−24660#
−23330
−18589
−16740
−11538
−9684
−5639
−4443
2250
2470#
7420#
9290#
950#
610#
50
14
12
4
9
4
4
90
400#
500#
720#
7790#
7670#
2680
2179
−3343
−3841
−8740.0
−8475
−15940
−17270#
−21980#
−21750#
∗
∗
800#
300#
100
8
12
11
1.8
4
26
300#
410#
640#
∗
31460#
29070#
26550
24633
22154
18977
16129
14533.8
12284
10341
8580#
6520#
4520#
990#
670#
50
14
9
4
9
2.0
5
13
450#
500#
640#
∗
−8780#
−7640#
−6360
−6295
−5412
−3750.1
−2302.0
−2067.4
−3923
−4826
−4160#
−3470#
−2510#
24340#
900#
20750#
500#
17700#
80
13795
20
8426
10
4016
2.9
1142.9
2.3 −2211
2.1 −5842
6
−11220#
14
−16220#
510# −19640#
500#
∗
710#
∗
860#
400#
300#
11
7
7
1.9
5
13
450#
400#
670#
∗
∗
−27720#
−22790#
−22110
−17020
−14471
−9430
−8581.6
−4235
−3053
3380#
3630#
8580#
8170#
8140#
860#
3400#
300#
3460
100
−2689
10
−3303
8
−8129.9
11
−7632
2.0 −12878
5
−14960
13
−21470#
450# −21310#
410# −27640#
640#
∗
860#
410#
300#
11
13
7
2.2
4
4
90
400#
600#
720#
∗
29900#
27380#
25680
23167
20151
17137
15168.4
13387
11224
9320
7460#
5510#
1570#
900#
300#
100
10
8
11
2.0
5
12
150
410#
570#
720#
−9470# 1030#
21950#
−8130#
640#
19080#
−6770
80
15353
−6230
60
10541
−5887
11
5575
−4437
5
2049.7
−2861.8
2.7
−765
−2242.0
2.0 −4258
−1809
6
−7680
−3671
16
−13300#
−4780
250
−18240#
−3920#
710# −23460#
−3420#
570#
∗
−1720#
820#
∗
500#
400#
22
8
7
1.8
5
12
150
400#
430#
720#
∗
−26520#
−25340#
−21260#
−19943
−14106
−11722
−7729.6
−6941
−2329
−1470
5130#
5550#
12370#
900#
400#
300#
11
7
7
1.9
5
12
150
400#
600#
720#
9170#
4440#
4915
−840
−2012
−7364.6
−6443.5
−11625
−11520
−18580#
−20060#
−24920#
∗
∗
590#
400#
22
10
7
2.2
0.5
4
14
450#
430#
640#
458
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
S(n)
Q(4β − )
Q(p,α )
Q(n,α )
Z
96 Br
Kr
Rb
Sr
Y
Zr
Nb
Mo
Tc
Ru
Rh
Pd
Ag
Cd
35
36
37
38
39
40
41
42
43
44
45
46
47
48
∗
16420#
12480#
14370
10519
11525
7235
9297.6
5399
7344
3519
5180
1710#
3290#
39720#
710#
32410#
400#
24379
30
15852
24
7471
7
629
4
−5924
0.5 −12560
5
−21250#
9
−29970#
14
∗
210
∗
570#
∗
640#
∗
700#
500#
30
27
24
8
13
150
400#
500#
8890# 1060#
6950# 1060#
∗
5490#
640#
4880#
590# −6670#
10630#
300#
7660
100
−2530#
6325
29
4543
28
−3280
11205
24
6602
25
−83
7617
7
3644
11
288
12374
4
6377
4
4266
8284.8
2.0
3281.8
2.0
3972.9
13303
5
5850
6
7037
8793
9
2395
9
6378
13599
14
2450
90
9570
7420#
470# −2190#
430#
6680
12490#
570#
−10#
570# 10250#
7910#
710# −4460#
780#
9240#
950#
300#
100
25
8
11
2.0
6
9
13
170
570#
640#
97 Br
Kr
Rb
Sr
Y
Zr
Nb
Mo
Tc
Ru
Rh
Pd
Ag
Cd
In
35 4090#
1060#
∗
36 2960#
710#
16580#
37 5200
30
12620#
38 3920
30
14850
39 5982
26
10608
40 5575.2
0.4
11889
41 8073
4
7451.8
42 6821.26
0.21
9226
43 9474
7
5719
44 8111.5
2.8
7584
45 10980
40
3810
46 9640
340
5410
47 14320#
510#
1880
48 12570#
640#
3320#
49
∗
−1810#
41610#
860#
35030#
500#
27250
30
18752
29
10962
23
3166
1.8 −3020
3
−9740
4
−16400
10
−25510#
40
−35590#
300
∗
350
∗
570#
∗
780#
∗
800#
500#
30
19
12
9
40
300
320
400#
600#
∗
6700#
8390#
7777
9570
8971
10762.9
9952.3
11198
10615
11570
11250
10040#
10210#
10400#
∗
−5470#
−4910#
−2000#
−2058
1540
2389
5372.8
4791
7944
7210
10420
7770#
11390#
11940#
950#
400#
300#
14
8
7
1.9
5
9
40
300
550#
570#
780#
98 Kr
Rb
Sr
Y
Zr
Nb
Mo
Tc
Ru
Rh
Pd
Ag
Cd
In
36
37
38
39
40
41
42
43
44
45
46
47
48
49
4950#
3940
5930
4281
6412
5994
8642.60
7279
10184
8660
11570
10310
15100#
14960#
780#
50
30
27
20
5
0.07
5
10
40
300
330
410#
630#
17430# 1000#
36490# 600# 4540#
13600#
510#
29310
50
9520#
15580
40
21466
26
5290
10970
30
13960
25 11180
12318
23
6938
21
7770
7871
5
−354
13 12625
9795.1
1.8 −6812
22
8203
6176
3
−13370
70 13074
8293
8
−20590
80
8304
4352
14
−29280# 200# 13608
6000
40
∗
9090
2550
310
∗
13880
4100
330
∗
7650#
580#
450#
∗
12920#
99 Kr
Rb
Sr
Y
Zr
Nb
Mo
Tc
Ru
Rh
Pd
Ag
Cd
In
Sn
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50
2770#
4730
3610
5800
4553
6870
5925.43
8967
7464
10471
8959
11770
10290#
15450#
∗
840#
130
80
30
28
14
0.15
3
7
14
25
160
220#
450#
∗
13370#
15250
10840
12590
8329
9726
6500.4
8478
4639
6302
2750
4080#
930#
590#
2800#
5060#
3442
5893
5211
7856.3
6893
9154.32
7872
10694
9410
14150#
12540#
17480#
S(p)
Q(d,α )
A Elt.
860#
640#
29
28
24
2.2
3
0.05
7
10
150
430#
570#
780#
610#
90
40
30
24
5
1.0
4
9
19
150
220#
410#
630#
38270#
31450
23780
17122
9849
3247
−3778
−10570
−17760#
−24300#
−34990#
∗
∗
∗
∗
600#
130
80
24
20
15
15
150
210#
400#
600#
7020# 1130#
710#
4750#
640#
400#
7650#
300#
27
4629
21
14
7447
14
7
4266
7
2.2
6525.2
2.3
0.5
3688.1
2.0
4
6054
4
10
2906
9
40
4840
40
340
0#
540#
510#
400#
510#
570# −2440#
640#
840#
∗
920#
510#
40
40
30
5
3
3
8
14
22
160
410#
540#
3970#
6680#
4070
7513
4784
6993
3534.2
6144
2656
5139
1900
1950#
−2670#
−2340#
780#
∗
400# −4670#
30
−4960#
26
−970
21
−524
5
3325
0.5
3192.4
3
6001
8
5129
17
8488
150
7796
410# 10930
410#
8170#
630# 11850#
510#
400#
30
21
9
1.8
3
6
13
22
160
410#
450#
5870# 1000#
7750#
520#
6880
80
9300
30
9200
23
11330
13
10350.6
1.8
10928.1
1.0
10314
4
11249
11
11110
40
11750
340
11680#
380#
10040#
570#
10520#
840#
4000#
7020#
3900
7600
5440
7980
4502
6331.4
3064
5362
2356
4340
−420#
−310#
∗
920#
∗
520# −6600#
80
−3510#
40
−3330
30
820
13
1666
3
5123.4
1.0
3927
5
6819.9
10
5889
18
9531
210
8570
450# 12020#
640#
8940#
14550#
710#
510#
40
30
27
2.2
3
1.6
9
15
150
250#
570#
780#
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
A Elt.
Z
S(2n)
S(2p)
96 Br
Kr
Rb
Sr
Y
Zr
Nb
Mo
Tc
Ru
Rh
Pd
Ag
Cd
35
36
37
38
39
40
41
42
43
44
45
46
47
48
6970#
8030#
8810
10241
12141
14318.6
15382
16523.42
17806
19647
22880#
26020#
27410#
∗
810#
590#
30
28
24
2.3
4
0.11
7
10
450#
430#
640#
∗
30810#
28000#
26370#
24371
21180
17833
16101.6
14031
12240
10103
8240
6210#
4330#
97 Br
Kr
Rb
Sr
Y
Zr
Nb
Mo
Tc
Ru
Rh
Pd
Ag
Cd
In
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
6890#
8020#
8650
9814
11193
13431.5
14966.4
15975.58
17346
18805
20390
23790#
26860#
30050#
∗
950#
640#
30
20
13
2.2
1.8
0.22
7
10
150
500#
510#
720#
∗
∗
29030#
27330#
24982
22408
18977
16460.6
15016
12983
11150
8930
7060
5030#
1480#
500#
400#
23
8
7
1.8
4
8
40
300
350
570#
720#
98 Kr
Rb
Sr
Y
Zr
Nb
Mo
Tc
Ru
Rh
Pd
Ag
Cd
In
36
37
38
39
40
41
42
43
44
45
46
47
48
49
7910#
9140
9850
10260
11987
14067
15463.86
16753
18295
19638
21210
24630#
27670#
∗
780#
60
40
30
20
6
0.22
6
10
17
150
410#
510#
∗
30170#
28190#
25820
22930
19760
17246.9
15402
14012
11936
9806
7960
5980
3900#
700#
500#
40
30
24
2.2
5
6
13
20
70
170
450#
99 Kr
Rb
Sr
Y
Zr
Nb
Mo
Tc
Ru
Rh
Pd
Ag
Cd
In
Sn
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50
7720#
8670
9540
10086
10964
12864
14568.03
16246
17647
19130
20530
22080
25390#
30410#
∗
780#
130
80
27
20
13
0.16
4
9
40
300
360
450#
720#
∗
30810#
28850#
26420
23558
20647
17597.1
16295.4
14654.5
12932
10653
8750
6630#
5030#
1170#
810#
510#
40
28
18
2.2
2.0
1.6
8
15
150
370#
510#
720#
950#
400#
300#
25
8
8
1.9
6
8
13
150
600#
640#
Q(α )
Q(2β − )
−10130# 1140#
22600#
−8810#
780#
19910#
−7070
60
17120
−6579
30
12504
−6000
24
7257
−5000
4
3347.7
−3215
10
214
−2761.5
2.0 −2718
−1794
6
−6138
−1692
9
−9840
−3170
29
−15110#
−4250#
330# −20130#
−3640#
570#
∗
−3030#
710#
∗
459
Q(β − n)
Q(ε p)
700#
500#
30
27
24
2.2
6
8
14
150
400#
530#
∗
∗
−24610#
−24190#
−19782
−17615
−11686
−10421.7
−6324
−5654
−952
−70
6480#
6760#
9340#
4750#
500#
5821
400#
197
29
−760
8
−6732.2
8
−5968
1.8 −10845
5
−10439
8
−15800
14
−17600#
150
−24200#
430# −25950#
640#
∗
810#
500#
30
28
23
2.2
3
5
13
150
400#
430#
720#
23710#
950#
20870#
300#
17901
100
14159
14
9348
8
4593.8
11
1614
2.0 −1428
5
−4630
9
−8310
40
−11770
310
−17200#
510# −23820#
570#
∗
840#
∗
800#
500#
30
19
11
2.2
4
8
40
300
320
500#
680#
∗
∗
−27020#
−23050#
−22320
−17297
−14548
−9386.6
−8905
−4611
−4060
980
1570
8340#
10280#
10310#
5240#
700#
6510
500#
1487
30
1114
27
−5414
23
−4886.5
2.2 −9795
5
−9219
8
−14504
40
−14430
300
−21300#
320
−22790#
430#
∗
720#
∗
950#
500#
40
29
11
4
1.8
5
9
10
150
500#
600#
−10420# 1000#
21850#
−8840#
400#
18250
−7930#
300#
14641
−6339
26
11061
−4871
21
6825
−3605
9
2899
−3269.8
1.9
113
−2488
4
−3253
−2240
6
−6925
−1446
13
−10110
−1157
22
−13670
−2550#
450# −19160#
−3710#
410#
∗
−3020#
540#
∗
600#
50
18
25
20
6
6
12
22
70
70
210#
∗
−26860#
−26020#
−21400
−19788
−14560
−12454.0
−8111
−7973
−3244
−2477
2240
2880
9630#
800#
500#
40
27
12
2.2
4
6
13
20
80
310
380#
5490#
6500
1541
2408
−3753
−4059
−8963
−8387
−13710
−13450
−18550
−20530#
−28700#
∗
600#
50
28
24
20
5
4
9
40
300
320
410#
600#
600#
120
80
20
20
13
1.6
7
15
150
210#
430#
630#
∗
∗
−24680#
−23270
−18410
−17149
−11968
−11084
−6794.2
−6436
−1252
−870
4160#
4500#
13140#
6660#
7700
600#
2210
60
3010
30
−2311
28
−2287
20
−7609
6
−7170
1.6 −12513
8
−12346
16
−17200
150
−17200
210# −24030#
410#
∗
600#
∗
600#
130
80
30
21
13
3
7
12
22
70
170
280#
∗
−9630#
−7730#
−7200
−6065
−5287
−3807
−2848.3
−2437
−1734
−1410
−2960
−4070#
−3330#
−2650#
∗
−9400#
−8570#
−6770
−5077
−3545
−2733.0
−2966.2
−2334.4
−1982
−1163
−840
−2130#
−3600#
−2930#
22690#
520#
19320
410#
15580
30
12126
21
8197
15
4996
1.8
1651.1
1.1 −1749
1.6 −5429
9
−8820
18
−12340#
210
−15480#
450# −22650#
570#
∗
840#
∗
460
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
Q(p,α )
Q(n,α )
Z
100
Kr
Rb
Sr
Y
Zr
Nb
Mo
Tc
Ru
Rh
Pd
Ag
Cd
In
Sn
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50
4770#
3890#
6100
5160
6910
5684
8290
6764.4
9673.32
8081
11110
9460
12470#
10970#
17650#
780#
320#
150
80
40
28
6
1.0
0.03
19
18
170
230#
470#
920#
∗
14490#
16630
12400
13690
9460
11146
7339.4
9184.8
5256
6941
3250
4780
1610#
2800#
670#
180
110
40
30
12
1.4
1.4
18
13
80
180
320#
810#
40410#
33240#
25970
18720
12610
5640
−958
−7870
−14970
−21410
−28450
∗
∗
∗
∗
500#
300#
130
80
40
30
13
80
100
250
710
∗
8810#
4710
10060
6570
12060
8055
12806.3
7920
13351
8659
13860
9520
14170
7830#
670#
140
80
40
30
8
1.4
4
19
16
80
120
260
730#
3320#
6080#
3000
6360
4520
7871
4285
6388.3
2865
5392
2230
4510
1430
1300#
−4910#
950#
590#
130
80
40
26
6
1.4
4
20
40
310
340
470#
920#
∗
−6400#
−6660#
−3290
−2170
1965
2409
5235.8
3967.9
7282
6532
10090
9200
12300
9470#
860#
520#
80
40
28
6
2.3
1.6
19
13
90
320
410
810#
Rb
Sr
Y
Zr
Nb
Mo
Tc
Ru
Rh
Pd
Ag
Cd
In
Sn
37
38
39
40
41
42
43
44
45
46
47
48
49
50
4970#
3260
5690
4920
7070
5398.24
8391
6802.05
9895
8273
11150
9570
12520#
10850#
340#
180
120
50
30
0.07
24
0.24
25
21
130
180
390#
770#
14690#
16000#
11980
13450
9630
10861
7441
9222.5
5478
7133
3290
4890
1650#
2680#
530#
320#
160
80
40
25
25
1.7
17
25
100
170
310#
390#
35350
28100
21420
14490
8466
1917
−5110
−12200
−18790#
−25870#
∗
∗
∗
∗
170
120
100
30
26
19
110
150
300#
300#
6610#
6180
7980
7450
9537
9527
10341
10084.2
10920
10857
11670
11720
11950#
12430#
620#
180
120
40
26
12
24
1.4
17
19
110
210
360#
500#
6060#
3680
6600
3870
7209
4881
6640
3342
5681
2611
4940
2180
3880#
−800#
620#
130
100
40
27
8
24
4
18
21
110
170
310#
360#
∗
−4970#
−5040
−1170
−830
3422
2839
5808.4
4666
8443
7600
11200
10090#
13720#
610#
110
40
30
21
25
1.6
18
19
110
150
310#
310#
Rb
Sr
Y
Zr
Nb
Mo
Tc
Ru
Rh
Pd
Ag
Cd
In
Sn
37
38
39
40
41
42
43
44
45
46
47
48
49
50
2790#
5740
5050
6360
5480
8118
6301
9219.64
7438
10568
9110
12000
10170#
13440#
530#
170
130
60
40
20
26
0.05
18
17
110
150
320#
330#
∗
16770
13770
14120
10180
11904
8343
10051
6114
7806
4130
5740
2250
3610#
200
150
110
50
27
10
24
5
17
30
110
190
330#
38040#
30480
22670
17360
10430
4368
−2301
−9420
−16070
−23000
∗
∗
∗
∗
510#
110
90
50
40
21
29
29
110
130
8600#
4330#
9040
6260
10970
7090
12329
7629.0
13155
8370
13670
9180
14250
9950
710#
320#
150
90
50
30
10
1.7
5
18
30
80
150
280
6050#
2670
5160
3320
6290
3634
6264
3089.2
5706
2513
4790
1940
4010#
1210#
780#
170
120
60
40
23
9
1.4
5
7
30
150
230#
420#
∗
−7940#
−5370
−3910
−500
−143
3408
2514.2
6195
5338.3
8956
8160
11690
10570#
610#
150
90
50
28
16
1.6
5
2.4
29
30
190
240#
Sr
Y
Zr
Nb
Mo
Tc
Ru
Rh
Pd
Ag
Cd
In
Sn
Sb
38
39
40
41
42
43
44
45
46
47
48
49
50
51
2550#
5110#
4700
7040
5360
8103
6232.05
9318
7625.4
10600
9040
11960
10120#
∗
520#
310#
120
80
60
13
0.15
5
0.8
30
30
110
330#
16530#
13150#
13770
10860
11790
8329
9982
6213.1
7993
4155
5670
2210
3550#
−1460#
710#
320#
140
80
70
23
9
2.1
5
17
30
40
320#
330#
33290#
25660#
18890
12710
6630
194
−6609
−13423
−20510#
−28610#
∗
∗
∗
∗
510#
300#
110
70
60
19
15
25
300#
300#
6760#
7180#
7250
8850
8810
9625
9788
10638.3
10640
11347
11290
11860
12350#
14090#
530#
320#
140
70
60
11
24
2.1
17
24
110
150
420#
420#
4010#
6150#
3790
6150
3960
6451
3621.5
6060.9
2969
5299
2360
4510
2060#
5470#
590#
320#
130
80
70
11
1.8
2.1
18
20
80
100
390#
770#
−5710#
−6590#
−2510
−2380
1400
989
4572
3640.4
7386.3
6439
10223
9200
12920#
13640#
710#
420#
170
100
70
27
6
2.7
2.3
25
19
80
310#
390#
102
103
S(p)
Q(d,α )
Elt.
101
S(n)
Q(4β − )
A
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
S(2n)
S(2p)
Q(α )
Q(2β − )
461
Q(β − n)
Q(ε p)
A Elt.
Z
100 Kr
Rb
Sr
Y
Zr
Nb
Mo
Tc
Ru
Rh
Pd
Ag
Cd
In
Sn
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50
7550#
8620#
9720
10970
11460
12553
14215
15731
17137
18552
20069
21230
22760
26420#
∗
780#
300#
130
80
40
26
6
4
7
22
24
100
120
320#
∗
∗
30000#
27650
24540
22050
19475
17066
15685.2
13734
11580
9550
7530
5690
3730
∗
−10490#
610#
−9610#
90
−8490
40
−6090
40
−4020
21
−3166
6
−2837
1.6 −2853.4
18
−2192
13
−1579
80
−890
100
−450
260
−2020#
710
−3100#
24020#
760#
20600#
520#
16390
80
12650
50
9580
30
6077
6
3035
3
−432
1.6 −3993
19
−7440
13
−10980
80
−13980
180
−17470
470#
∗
870#
∗
520#
310#
120
70
40
26
6
18
11
80
90
240
700
∗
∗
−28010#
−23700
−21710
−17030
−15705
−10978
−10542.1
−5550
−4898
140
650
5300
5780#
6610#
7420#
610#
1910
150
2400
90
−2350
30
−2045
19
−6932
13
−6470.6
1.6 −11716
18
−11468
11
−16540
80
−16370#
100
−21050#
290
−25040#
740#
∗
520#
310#
130
80
40
26
6
1.7
7
24
150
220#
410#
650#
101 Rb
Sr
Y
Zr
Nb
Mo
Tc
Ru
Rh
Pd
Ag
Cd
In
Sn
37
38
39
40
41
42
43
44
45
46
47
48
49
50
8860
9360
10850
11830
12758
13688
15155
16475.38
17976
19383
20610
22040#
23480#
28500#
210
150
100
40
22
6
24
0.24
18
23
180
260#
500#
670#
∗
30490#
28610
25850
23319
20321
18587
16561.8
14663
12389
10230
8140
6430#
4290#
610#
160
90
30
19
27
1.6
17
18
100
150
330#
360#
−11370#
−9920#
−8980
−7090
−5109
−2990
−3155
−2834.2
−2613
−1741
−1060
−370
−220#
−1380#
820#
21320
520#
18050
100
14030
40
10050
22
7390
6
4438
24
1072
1.6 −2522
18
−6180
20
−9680
110
−12610#
340
−16190#
440#
∗
500#
∗
140
120
90
30
30
6
29
18
100
150
320#
330#
∗
−26500#
−25510#
−20530
−18940
−14200
−13690
−9054
−8681
−3498
−2930
2190
2250#
7400#
520#
310#
130
80
40
40
6
17
18
110
150
310#
310#
8550
3820
3620
−1590
−829
−5566
−5188
−10437
−10253
−15350
−15050
−19650
−19910#
∗
210
150
100
40
18
6
24
18
20
80
140
290
770#
102 Rb
Sr
Y
Zr
Nb
Mo
Tc
Ru
Rh
Pd
Ag
Cd
In
Sn
37
38
39
40
41
42
43
44
45
46
47
48
49
50
7760#
9000
10740
11280
12550
13516
14692
16021.69
17333
18841
20260
21570
22680
24290
590#
170
120
60
50
20
9
0.24
19
11
80
100
270
720
∗
31460#
29780#
26100
23630
21530
19204
17492
15337
13284.0
11260
9030
7140
5260
∗
520# −10710#
310# −10100
140
−7520
90
−6300
40
−4695
27
−3462
6
−3411.2
5
−2772
2.4 −2126
30
−1510
30
−800
140
−70
160
280
23580#
610#
18670
100
14460
60
11820
50
8220
29
5541
11
2209
1.6 −1173.0
6
−4510
7
−8247
30
−11560
40
−14750
130
∗
150
∗
510#
100
80
50
40
21
10
2.4
28
29
110
130
∗
∗
−25580
−23620
−18720
−17390
−12912
−12876
−7728
−7264.3
−2150
−1540
3230
3530
9020#
3760
190
3490
130
−870
100
−910
40
−5290
21
−4687
6
−9761
24
−9418
2.4 −14770
30
−14590
30
−19140#
150
−19220#
200
∗
520#
150
90
50
40
30
9
17
18
100
150
300#
320#
103 Sr
Y
Zr
Nb
Mo
Tc
Ru
Rh
Pd
Ag
Cd
In
Sn
Sb
38
39
40
41
42
43
44
45
46
47
48
49
50
51
8290#
10170#
11060
12520
13480
14404
15451.69
16757
18194
19710
21040
22130#
23560#
∗
520#
310#
110
70
60
26
0.16
17
17
110
150
300#
420#
∗
29920#
27540
24980
21970
20233
18325
16264
14107.3
11961
9799
7950
5810#
2140#
−10480#
340# −10480#
170
−8610
120
−7540
70
−5500
21
−4695
6
−3717.9
24
−3124.0
2.2 −2287.0
24
−1642
23
−887
110
−270
330#
450#
420#
2670#
780#
20820#
320#
16380#
130
12480
70
9280
60
6410
17
3425
1.6
220.3
2.5 −3231
2.3 −6830
18
−10192
22
−13680#
150
−18420#
360#
∗
500#
∗
520#
310#
90
70
60
10
2.2
17
15
23
300#
300#
∗
−27910#
−22580
−20710
−16390
−15540
−10990
−10745
−5670.0
−5305
−13
380
5420#
7240#
590#
160
110
80
40
21
10
2.2
17
16
40
300#
320#
6270#
4740#
−100
170
−4350
−3570
−8555
−8168.4
−13286
−13180
−18010
−17740
∗
∗
510#
300#
120
70
60
10
5
1.1
28
30
110
130
462
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
Q(p,α )
Q(n,α )
Z
104
Sr
Y
Zr
Nb
Mo
Tc
Ru
Rh
Pd
Ag
Cd
In
Sn
Sb
38
39
40
41
42
43
44
45
46
47
48
49
50
51
4920#
4050#
6040#
4980
7550
5960
8901.4
6998.96
9982
8391
11397
9580
12690#
11070#
860#
500#
420#
120
80
50
2.8
0.08
5
18
17
90
320#
470#
∗
14650#
14690#
11140
12300
8930
10781
6980.0
8657
4921
6472
2750
4280
−510#
640#
500#
150
90
80
9
2.1
5
6
18
90
110
210#
35920#
27580#
21750#
14730
9060
2630
−4114
−10840
−17800
−25940#
∗
∗
∗
∗
700#
400#
400#
100
50
50
10
80
100
360#
4620#
8880#
6260#
10230
6730
11780
7188
12859.0
8096
13524
9001
14280
9830
16460#
860#
420#
410#
120
70
50
9
2.1
6
6
30
90
150
390#
4060#
5360#
3440#
6100
3480
5890
3111
5863.9
2882
5181
2110
4510
1890#
5250#
720#
420#
410#
110
60
50
24
2.1
18
19
100
170
320#
470#
∗
−5670#
−5290#
−1670
−1230
2100
1069
5032
4206
7943
7100
10760
9800
15080#
430#
420#
140
60
50
6
24
4
18
20
130
180
470#
Sr
Y
Zr
Nb
Mo
Tc
Ru
Rh
Pd
Ag
Cd
In
Sn
Sb
Te
38
39
40
41
42
43
44
45
46
47
48
49
50
51
52
2250#
4510#
4090#
6700
5080
7870
5910.10
8967
7094.1
10028
8427
11450
9740
12720#
∗
990#
640#
570#
140
90
70
0.11
5
0.7
11
14
90
130
380#
∗
14240#
14740#
11800#
12400
9250
10730
7046
8752
4967
6508
2795
4440
−483
610#
860#
570#
410#
130
80
50
3
5
11
12
19
120
15
620#
38760#
30930#
23560#
16990
11080
4780
−1598
−8365
−15150
−23250
−31830#
∗
∗
∗
∗
700#
510#
400#
100
70
60
12
17
80
110
500#
∗
6910#
7280#
8230
8690
9270
9380
10124
10320
11122
11172
11879
12050
13870#
14390#
710#
500#
150
100
80
9
4
5
11
20
23
80
320#
590#
4590#
6590#
4390#
5750
3870
6130
3502
6116
3226
5721
2800
5060
2310
5970
∗
860#
520#
410#
110
80
60
9
4
6
11
30
30
140
170
∗
−7400#
−3640#
−3310
50
−290
3276
2366
6332
5353
9241
8430
12060
12540
18080#
710#
420#
130
90
70
21
10
4
12
12
30
90
150
520#
Y
Zr
Nb
Mo
Tc
Ru
Rh
Pd
Ag
Cd
In
Sn
Sb
Te
39
40
41
42
43
44
45
46
47
48
49
50
51
52
3490#
5410#
4310#
6990
5560
8466
6587
9560.97
7941
10874
9197
12230
10580#
13790#
860#
640#
220#
70
60
7
7
0.28
11
12
21
90
330#
520#
15480#
15640#
12020#
12690
9730
11320
7723
9345.8
5813.5
7353
3565
5230
360#
1680
990#
710#
450#
100
70
60
7
2.5
2.8
12
17
50
320#
170
33010#
26620#
19270#
13647
7162
810
−5755
−12480
−20610#
−28920
∗
∗
∗
∗
700#
500#
200#
17
13
10
14
50
310#
130
8350#
5920#
9960#
6680
11260
6870
12438
7758
13163.5
8690
14079
9390
15970#
11670#
990#
640#
450#
110
60
50
7
5
2.9
8
13
100
330#
390#
5650#
4100#
6140#
3930
5940
3139
5761
2984
5406
2523
4907
2040
5510#
2830#
860#
590#
220#
70
60
12
8
5
5
16
19
60
430#
330#
∗
−6500#
−2510#
−2240
1190
170
3882
3003
6731
5993
9831
8870
13920#
14410#
710#
360#
110
70
60
12
4
5
7
20
50
310#
330#
Y
Zr
Nb
Mo
Tc
Ru
Rh
Pd
Ag
Cd
In
Sn
Sb
Te
39
40
41
42
43
44
45
46
47
48
49
50
51
52
4020#
3560#
5890#
4760
7400
5670
8573
6536.4
9536
7924
11024
9220
12400#
10400#
860#
590#
450#
160
150
120
14
0.5
4
8
17
90
430#
330#
∗
15710#
12510#
13140#
10140
11440
7830
9295
5788.2
7336
3716
5260
520#
1500#
760#
640#
250#
150
120
14
6
2.7
5
13
80
300#
430#
36390#
28730#
21950#
15420
9300
3060
−3304
−9790
−17750#
−26440#
∗
∗
∗
∗
530#
320#
400#
160
150
120
16
80
300#
300#
6580#
6870#
8160#
8620
8950
9080
9775
10188.9
10721.9
10794
11481
11620
13320#
13990#
860#
590#
570#
190
170
140
12
2.6
2.8
11
16
90
310#
320#
6550#
4590#
6290#
4140
6090
3430
6090
3446
5852.4
2991
5279
2390
5800#
3500#
860#
500#
570#
190
160
130
12
5
2.8
6
15
120
320#
210#
∗
−5140#
−4360#
−960#
−1230
2050
1270
5368
4194
8052
7198
11040
11100#
16700#
760#
570#
430#
180
130
50
4
5
5
12
80
310#
320#
106
107
S(p)
Q(d,α )
Elt.
105
S(n)
Q(4β − )
A
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
A
Elt.
Z
104
Sr
Y
Zr
Nb
Mo
Tc
Ru
Rh
Pd
Ag
Cd
In
Sn
Sb
38
39
40
41
42
43
44
45
46
47
48
49
50
51
7470#
9160#
10740#
12020
12910
14060
15133.5
16317
17608
18989
20440
21540
22800
∗
710#
410#
400#
110
60
50
2.8
5
5
29
30
140
170
∗
31180#
27840#
24910
23160
20720
19109
16962
14870
12914
10628
8420
6490
3050#
Sr
Y
Zr
Nb
Mo
Tc
Ru
Rh
Pd
Ag
Cd
In
Sn
Sb
Te
38
39
40
41
42
43
44
45
46
47
48
49
50
51
52
7170#
8560#
10130#
11680
12630
13830
14811.5
15966
17076
18419
19823
21020
22430#
23780#
∗
860#
590#
420#
120
90
60
2.8
5
5
20
19
30
310#
320#
Y
Zr
Nb
Mo
Tc
Ru
Rh
Pd
Ag
Cd
In
Sn
Sb
Te
39
40
41
42
43
44
45
46
47
48
49
50
51
52
8000#
9500#
11010#
12070
13430
14376
15554
16655.1
17969
19300
20640
21980
23300#
∗
Y
Zr
Nb
Mo
Tc
Ru
Rh
Pd
Ag
Cd
In
Sn
Sb
Te
39
40
41
42
43
44
45
46
47
48
49
50
51
52
7510#
8970#
10210#
11750
12960
14140
15160
16097.4
17476
18797
20221
21460
22980#
24190#
105
106
107
S(2n)
S(2p)
Q(2β − )
Q(α )
463
Q(β − n)
Q(ε p)
640#
420#
140
70
60
21
10
4
7
10
90
110
380#
−10630#
−10640#
−8550#
−7350
−6150
−4970
−4329
−3358.5
−2596
−1952
−1173
−380
230
2570#
860#
500#
420#
130
60
50
6
2.7
4
19
15
110
140
440#
21940#
17310#
13990#
10260
7760
4460
1301
−1838
−5415
−9000
−12380
−16930#
∗
∗
810#
410#
400#
90
50
50
4
6
10
80
100
370#
∗
∗
−26080#
−20580#
−19250
−14460
−14530
−9642
−9420
−4378
−3785
1400
1770
8130#
∗
∗
29390#
26500#
23540
21550
19660
17827
15732
13624
11429
9268
7190
3800
100#
640#
310#
130
90
60
10
4
11
12
24
80
110
590#
∗
−10180#
−9380#
−8370
−6310
−5770
−4841
−3935
−2888
−2085
−1327
−680
60
2370#
4640#
530#
420#
140
80
60
6
24
4
20
21
110
170
320#
590#
23780#
19500#
14970#
11430
8590
5560
2485
−778
−4083
−7587
−11070
−15660
−20760#
∗
∗
810#
510#
410#
80
70
60
4
11
11
14
80
110
510#
810#
640#
220#
60
50
7
8
0.8
5
7
90
120
480#
∗
29870#
26760#
24490#
22130
20570
18450
16392
14565
12320
10073
8030
4800#
1200
860#
450#
400#
110
50
50
4
5
7
14
50
320#
170
−10880#
−9050#
−7630#
−6940
−5850
−5190
−4221
−3229
−2587
−1632
−770
−170
1950#
4290
860#
520#
210#
50
40
22
12
4
7
7
30
60
330#
9
20330#
16560#
12680#
10067
6586
3580
576
−2770
−6331
−9710
−14280#
−19210
∗
∗
710#
500#
410#
180
160
120
12
0.6
11
12
20
110
320#
590#
∗
31190#
28140#
25160#
22830
21160
19150
17018
15134
13150
11070
8820
5750#
1860#
760#
640#
430#
180
140
60
4
4
5
15
80
300#
310#
∗
−10060#
−8410#
−7000
−6210
−5500
−4691
−3534
−2804
−1931
−1193
−350
1520#
4008
590#
500#
190
160
140
16
4
5
6
20
80
300#
5
22200#
17750#
14190#
10980
7760
4440
1538
−1383
−4842
−8410
−12910#
−18040#
∗
∗
640#
320#
120
80
60
10
4
6
10
90
100
360#
6460#
5390#
910#
550
−3800
−3300
−8138
−7542.0
−12670
−12533
−17447
−17200#
−23490#
∗
760#
420#
410#
120
50
50
4
0.8
17
16
26
310#
320#
∗
∗
−25250#
−23230#
−18290#
−17350
−12890
−12650
−7613
−7407
−2229
−1659
3420
5000
11800#
810#
410#
410#
120
50
50
4
11
11
18
80
60
510#
8260#
6920#
1790#
1400
−2920
−2270
−7049
−6526.9
−11373
−11165
−16290
−15960
−22160#
∗
∗
810#
640#
410#
110
80
60
4
2.6
4
14
90
100
370#
730#
500#
200#
16
11
6
7
7
13
50
310#
140
∗
−28410#
−23030#
−21180#
−16210
−16270
−11360
−11264
−6381
−6009
−827
−380
5860#
7760
860#
540#
400#
100
70
60
4
4
7
16
50
310#
150
7520#
3080#
2170#
−2040
−1919
−6548
−6020
−10906
−10679
−15723
−15420
−21680
−21900#
∗
810#
510#
210#
60
13
7
6
11
12
18
80
120
590#
640#
340#
430#
100
150
120
13
5
11
80
300#
310#
∗
∗
−25430#
−20530#
−19300#
−14960
−14377
−9334
−9329
−4371
−3911
1270
2660#
9600#
810#
530#
250#
120
18
6
7
5
11
80
300#
300#
8910#
3830#
3270#
−1240
−850
−5630
−5032
−9501.6
−9341
−14450
−14210
−20320#
−20510#
∗
710#
360#
400#
160
150
120
12
2.9
7
14
50
320#
330#
464
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
Q(p,α )
Q(n,α )
Z
108
Y
Zr
Nb
Mo
Tc
Ru
Rh
Pd
Ag
Cd
In
Sn
Sb
Te
I
39
40
41
42
43
44
45
46
47
48
49
50
51
52
53
3100#
5080#
3850#
6430#
4920
7820
6230
9228
7271.41
10339
8627
11540
9930#
13250#
∗
950#
670#
500#
250#
200
170
110
5
0.17
8
15
80
360#
320#
∗
16770#
12790#
13680#
10300
11860
8390
9950
6523.2
8140
4420
5770
1220#
2360#
−600#
780#
420#
450#
210
190
160
12
2.7
7
11
23
220#
320#
200#
38210#
31470#
24320#
18220#
11650
5580
−900
−7483
−15090#
−23530
−31460#
∗
∗
∗
∗
810#
610#
320#
200#
130
120
110
20
210#
100
360#
∗
5280#
9710#
6500#
11010
6810
12010
7548
13011.4
8396
13728
9276
15630#
11320#
16270#
920#
590#
280#
130
120
110
8
2.7
7
11
23
210#
330#
380#
5700#
4020#
6530#
4410#
6250
3480
5770
3185
5675.0
2680
5079
2304
5620#
2962
4710#
1060#
780#
500#
220#
150
130
110
5
2.8
12
15
26
220#
16
620#
∗
−7970#
−3700#
−3290#
550
−690
2910
2050
5890
4807
8599
7936
12620#
13190
16810#
920#
590#
450#
160
140
120
5
4
7
15
23
210#
130
370#
Zr
Nb
Mo
Tc
Ru
Rh
Pd
Ag
Cd
In
Sn
Sb
Te
I
40
41
42
43
44
45
46
47
48
49
50
51
52
53
3150#
5470#
4010#
6650
5250
8060
6153.60
9192
7327
10444
8669
11820#
9960
13030#
780#
590#
360#
160
130
110
0.15
5
6
10
22
210#
120
370#
16830#
13190#
13840#
10520#
12190
8630
9880
6487.3
8196
4525
5813
1507
2390#
−819.5
950#
780#
420#
220#
140
120
110
2.0
6
5
14
27
210#
1.9
33570#
26910#
20360#
14190
7660
1478
−4967
−12464
−20900
−28880
∗
∗
∗
∗
510#
500#
300#
100
70
13
10
19
60
100
6150#
7810#
8380#
9120
8960
9620
9968
10356
10604
11207
11631
13030
13750#
13640#
710#
590#
500#
190
160
120
12
5
6
8
15
90
310#
320#
4350#
6470#
4720#
6580
3790
6175
3619
6044
3293
5508
2831
6030
3580#
5470
860#
710#
360#
100
70
14
8
5
6
8
16
50
320#
170
∗
−5680#
−1900#
−1790#
1050
411
4362
3285
7040
6095
10140
9994
15460
14360#
860#
590#
220#
70
18
8
8
6
8
12
23
80
330#
Zr
Nb
Mo
Tc
Ru
Rh
Pd
Ag
Cd
In
Sn
Sb
Te
I
Xe
40
41
42
43
44
45
46
47
48
49
50
51
52
53
54
4690#
3590#
6280#
4500
7200
5840
8814
6809.20
9916
8058
11276
9360#
12740
10780#
∗
950#
710#
500#
120
80
50
11
0.10
3
13
17
200#
80
330#
∗
13620#
14650#
11010#
12740
9210
10627
7142.9
8919.3
5256
6644
2190#
3310
−0#
1580
710#
640#
310#
110
80
5
2.0
1.6
12
15
200#
60
320#
170
36080#
29160#
22890#
16500
10370
3700
−2505
−9920#
−18080
−26150#
−33940
∗
∗
∗
∗
800#
510#
400#
80
50
50
18
200#
50
310#
130
4550#
9300#
5950#
11050#
6680
11610
7380
12774.6
7960
13488
8983
15210#
10940#
16110#
11460#
1130#
780#
500#
210#
140
130
110
2.0
5
13
17
200#
210#
330#
380#
3680#
6440#
4320#
6850
3990
6010
3378
5771
2913
5374
2580
5900#
3240#
5080#
∗
950#
590#
570#
180
160
130
16
5
5
13
18
220#
300#
430#
∗
−5250#
−4620#
−400#
−1390
1970
1220
5049
3661
7573
6787
11660#
11950
15980#
14280#
710#
500#
410#
170
160
120
12
5
13
15
200#
90
430#
330#
Nb
Mo
Tc
Ru
Rh
Pd
Ag
Cd
In
Sn
Sb
Te
I
Xe
41
42
43
44
45
46
47
48
49
50
51
52
53
54
5080#
3710#
6330
4760
7650
5726.3
8831.5
6975.85
9992
8172
11420#
9280
12700#
10560#
710#
570#
130
90
60
0.4
2.2
0.19
12
15
200#
90
430#
330#
14010#
14770#
11050#
12990
9660
10520
7161
9085.9
5332
6759
2330
3230#
−40#
1370#
950#
640#
420#
110
60
50
11
1.6
5
13
30
210#
310#
430#
31730#
24910#
19000
12590
6039
−59
−7333
−15770
−23450#
−31550#
∗
∗
∗
∗
500#
400#
110
70
30
13
28
70
300#
300#
7370#
7710#
8740#
8580
9200
9717
10096.7
10176.0
10824
11255
12462
13490
13380#
13930#
710#
640#
320#
120
70
5
2.9
1.6
5
8
30
70
310#
320#
6440#
4460#
6950#
4150
6180
3880
6167.6
3208
5721
3035
6020
3890#
5640#
3120#
780#
500#
220#
150
120
110
2.9
5
8
12
30
220#
320#
210#
−7240#
−3250#
−2870#
280#
−760
3320
2440
5913.2
4853
8954
8874
14200
13210#
16970#
950#
720#
320#
210#
130
120
110
2.5
6
9
30
70
370#
320#
110
111
S(p)
Q(d,α )
Elt.
109
S(n)
Q(4β − )
A
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
A
Elt.
Z
108
Y
Zr
Nb
Mo
Tc
Ru
Rh
Pd
Ag
Cd
In
Sn
Sb
Te
I
39
40
41
42
43
44
45
46
47
48
49
50
51
52
53
7120#
8640#
9740#
11190#
12320
13490
14800
15764
16807
18262
19652
20760
22320#
23650
∗
1060#
780#
360#
200#
130
120
110
5
4
8
16
50
370#
170
∗
∗
28500#
26180#
23440#
22000
19820
17780
15818
13928
11756
9486
6480#
2870
900#
Zr
Nb
Mo
Tc
Ru
Rh
Pd
Ag
Cd
In
Sn
Sb
Te
I
40
41
42
43
44
45
46
47
48
49
50
51
52
53
8230#
9320#
10440#
11580
13070
14290
15382
16464
17666
19072
20200
21750#
23210#
∗
590#
640#
340#
180
140
16
5
5
7
13
80
300#
310#
Zr
Nb
Mo
Tc
Ru
Rh
Pd
Ag
Cd
In
Sn
Sb
Te
I
Xe
40
41
42
43
44
45
46
47
48
49
50
51
52
53
54
7840#
9060#
10300#
11150
12450
13900
14968
16001
17243
18502
19946
21180#
22700
23810#
∗
Nb
Mo
Tc
Ru
Rh
Pd
Ag
Cd
In
Sn
Sb
Te
I
Xe
41
42
43
44
45
46
47
48
49
50
51
52
53
54
8670#
10000#
10820
11960
13489
14540
15640.7
16892
18050
19448
20770
22020
23480#
∗
109
110
111
S(2n)
S(2p)
Q(2β − )
Q(α )
465
Q(β − n)
Q(ε p)
760#
540#
230#
120
110
8
7
7
11
21
210#
120
480#
∗
−10220#
−8210#
−7390#
−6150
−5770
−4960
−3860
−3077
−2287
−1429
−491
1170#
3445
4100
920#
500#
450#
160
130
110
5
5
7
11
22
220#
4
50
22950#
19100#
15260#
12370#
9070
5850
2580
−272
−3486
−7211
−11610#
−16320
−19860#
∗
∗
860#
630#
320#
160#
70
120
110
6
11
20
210#
110
410#
∗
∗
−25270#
−23400#
−18330#
−18020
−13210
−12890
−8028
−8174
−3003
−2345
3760#
5570
10710#
∗
29960#
26630#
24200#
22490
20490
18260
16437
14719
12665
10232
7278
3610
1540#
710#
420#
410#
170
150
120
12
6
7
11
22
100
320#
−11130#
−9170#
−7310#
−6110
−5940
−5150
−4104
−3302
−2521
−1846
−734
797
3230
3782
860#
710#
500#
140
100
60
5
5
6
12
15
26
50
16
19960#
16440#
13610#
10470
6760
3712
902
−2234
−5869
−10230
−15030
−18650
∗
∗
590#
510#
310#
100
70
12
4
6
10
19
60
110
∗
−27640#
−22330#
−21130#
−16840#
−16350
−11220
−10990
−6273
−6176
−676
567
7140
7610#
1000#
590#
450#
150
130
120
11
5
6
15
24
290#
120
470#
∗
30450#
27830#
24840#
23260#
21400
19250
17020
15406.6
13451
11170
8010#
4810
2390#
760
950#
720#
310#
200#
140
120
110
2.5
13
15
200#
60
370#
170
∗
−9270#
−8180#
−6290#
−6150
−5430
−4452
−3524
−2875
−1963
−1136
640#
2723
3580
3885
860#
640#
210#
60
50
13
8
5
13
15
200#
16
50
14
21560#
17340#
14530#
11820
8370
4680
2004
−986
−4509
−8930#
−13570
−17220#
−20370
∗
∗
900#
510#
400#
70
50
50
11
12
14
200#
50
370#
140
710#
500#
150
100
28
11
2.2
3
6
10
30
100
320#
∗
28390#
25700#
24000#
22400
19730
17788
16228.9
14251
12014
8977
5420
3270#
1360#
640#
520#
310#
100
70
12
2.5
5
7
29
70
300#
310#
−10330#
−8330#
−6730#
−6150
−5680
−4510
−3782
−3315
−2419
−1385
250
2670
3280
3720
710#
500#
420#
180
150
120
12
5
6
9
30
110
50
50
18590#
15570#
13140
9340
5864
3253
175
−3313
−7508
−12460
−15940#
−19090#
∗
∗
520#
410#
110
70
30
11
5
7
28
70
300#
310#
590#
360#
420#
200
180
120
13
7
11
21
210#
130
470#
9380#
4640#
4180#
−270#
−100
−4880
−4720
−9194
−8688
−13764
−13610
−19460#
−20040#
∗
∗
860#
720#
340#
250#
180
120
110
5
4
13
80
300#
360#
950#
670#
310#
210#
130
120
110
4
7
11
21
60
230#
5340#
5130#
640#
1070
−3900
−3558
−8076
−7542
−12464
−12519
−18200#
−18610
−23030#
∗
590#
540#
320#
150
120
12
5
6
10
20
210#
110
370#
∗
∗
−25460#
−20150#
−20030#
−15530
−14790
−9739
−10035.4
−5041
−4624
1660#
3070
8650#
8420
640#
510#
300#
110
70
12
2.5
12
14
200#
50
310#
150
6130#
5560#
1010#
1820
−3040
−3240
−7698
−7023.4
−11936
−11907
−17656
−18000#
−22730
∗
∗
950#
590#
410#
100
50
50
11
2.9
6
15
23
210#
120
∗
−24480#
−22890#
−18500#
−18690
−13310
−12730
−8197
−8224
−2881
−1700
5070
5310#
10590#
900#
520#
410#
80
50
50
11
5
7
30
70
360#
310#
6760#
1790#
2690
−1960
−2079
−6615
−5939.0
−10854
−10623
−16470#
−16680
−21240#
−21110#
∗
640#
410#
120
90
28
11
1.4
12
15
200#
60
320#
330#
466
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
A Elt.
Z
S(n)
112 Nb
Mo
Tc
Ru
Rh
Pd
Ag
Cd
In
Sn
Sb
Te
I
Xe
Cs
41
42
43
44
45
46
47
48
49
50
51
52
53
54
55
3250#
5810#
4850
6890
5460
8404
6475
9394.32
7672
10788
8780
11890
10220#
13640#
∗
113 Nb
Mo
Tc
Ru
Rh
Pd
Ag
Cd
In
Sn
Sb
Te
I
Xe
Cs
41
42
43
44
45
46
47
48
49
50
51
52
53
54
55
4470#
3380#
5800#
4790
7010
5430
8480
6540.1
9445
7743.1
10890
9120
12100#
10200
13480#
114 Mo
Tc
Ru
Rh
Pd
Ag
Cd
In
Sn
Sb
Te
I
Xe
Cs
Ba
42
43
44
45
46
47
48
49
50
51
52
53
54
55
56
5240#
4080#
6400#
5020
7880
5987
9042.98
7273.85
10299.2
8170
11610
9740#
13060
10910#
∗
115 Mo
Tc
Ru
Rh
Pd
Ag
Cd
In
Sn
Sb
Te
I
Xe
Cs
Ba
42
43
44
45
46
47
48
49
50
51
52
53
54
55
56
3070#
5450#
3970#
6650
4980
8110
6140.9
9036
7546.4
10560
8250
11610#
9642
13230#
11150#
Q(4β − )
S(p)
860#
720#
170
100
60
17
17
0.30
6
5
30
180
370#
320#
1060#
840#
320#
100
70
40
23
0.6
5
1.8
25
170
220#
130
320#
920#
670#
240#
120
40
30
0.14
0.27
2.7
30
40
300#
80
320#
1060#
920#
260#
140
70
40
0.6
4
1.7
30
40
300#
16
430#
610#
Q(d,α )
∗
15500#
12190#
13560
10360
11270
7909
9648.8
6028
7555
2945
3700
900#
2310#
−814
780#
420#
130
90
30
18
1.4
5
5
19
170
220#
320#
7
33940#
27500#
20620
15100
8250
2325
−5024
−13280
−20900#
−28690
−35310#
∗
∗
∗
∗
700#
600#
130
70
50
18
25
170
210#
100
300#
∗
15630#
12180#
13490
10490
11240
7985
9714
6078
7626
3047
4040
1120
2290#
−973.5
920#
670#
140
90
60
24
17
3
5
17
30
180
230#
2.6
36490#
29550#
23310#
16850
10690
4640
−2613
−10702
−18240
−26240
−32720
∗
∗
∗
∗
800#
∗
600# 7200#
300# 8080#
70
7720
50
8690
40
9380
24
9682
28
9882.2
50 10599
80 10773
110 12236
13250
13070
13570#
13400#
16400# 1060#
12880#
840#
14100#
380#
10720
130
12100
50
8550
40
10277
16
6812
3
8480.3
0.7
3471
28
4760
30
1740#
300#
3250
50
−260#
320#
1530
170
32190#
25220#
19490#
12940
7064
−430
−8132
−15780#
−23475
−29980#
−35940
∗
∗
∗
∗
700#
600#
230#
110
24
40
28
300#
12
310#
140
5210#
9820#
6180#
10560
6960
12100
7314
12719
8146
14857
10420
15220#
10720#
16140#
11060#
∗
13090#
13990#
10970#
12060
8780
10431
6805
8752.8
3731
4840
1740
3150#
−100#
1770#
34100#
27880#
21660
15330
9630
2020
−6028
−13199
−21379
−27300#
−33040#
∗
∗
∗
∗
800#
700#
130
80
60
40
28
29
12
300#
600#
990#
610#
240#
130
40
25
4
1.8
16
40
40
300#
300#
670#
8810# 1060#
5490#
780#
10170#
420#
6190
110
10950
70
7150
50
12436
18
7590.8
1.6
13068
5
8525
12
14954
23
10950#
260#
15890#
220#
11070#
330#
16320#
330#
Q(p,α )
6350#
4130#
6110#
3920
5970
3538
5846
3006.2
5376
2692
5902
3820
5380#
2511
∗
Q(n,α )
860#
∗
780# −5900#
320# −2260#
120
−2590#
80
440
17
160
17
4033
1.7
2672.5
6
6373
7
5494
20
10534
170
10980
220# 14810#
7
13290
16970#
780#
520#
310#
110
70
19
2.5
5
5
19
170
210#
120
320#
∗
−4590#
−4460#
−1100#
−2080
1940
1390
4946
3737
7666
7702
13140
12060#
15830
14260#
1000#
590#
410#
90
60
50
11
3
4
21
30
210#
100
330#
860#
∗
720# −3450#
250# −3790#
130
−770
40
−1180
27
3050
1.6
1630
3
5295
4
4343
29
9527
40
9703
310# 13740#
300# 12050
430# 16050#
14100#
780#
460#
160
80
40
11
4
3
28
29
300#
70
430#
330#
∗
−5660#
−1950#
−2560
730
400
3892
2734
6191
6639
12245
10910
14290
13040#
16590#
990#
610#
150
100
60
18
17
3
17
28
30
170
370#
610#
780#
500#
130
90
50
20
1.6
3
5
18
40
90
310#
320#
6570# 1130#
4340#
780#
6600#
500#
3620
100
6160
70
3950
60
6181
20
3275.3
1.8
5847
3
3006
12
6288
22
4060#
200#
6010
80
3090#
320#
5060
170
990#
840#
260#
130
60
30
17
3
5
28
30
340#
210#
320#
330#
4180#
6230#
3550#
5900
3720
5919
3063.8
5549
2699
6293
3860
5550#
2730#
4720#
∗
6600# 1130#
7740#
920#
8010#
330#
8710
110
8990
80
9420
50
9653
16
10223
4
10044.4
1.8
12040
17
13070
30
12720
40
13180
50
13100#
310#
13390#
610#
4360#
6590#
4440
6140
4200
6210
3398
5908
2824
6522
4400
5830
3300#
5130#
2130#
1060#
920#
180
110
80
40
17
4
5
17
30
170
210#
320#
670#
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
S(2n)
Q(2β − )
Q(α )
A Elt.
Z
S(2p)
112 Nb
Mo
Tc
Ru
Rh
Pd
Ag
Cd
In
Sn
Sb
Te
I
Xe
Cs
41
42
43
44
45
46
47
48
49
50
51
52
53
54
55
8330#
9520#
11180
11640
13110
14130
15307
16370.2
17664
18960
20200#
21170
22920#
24200
∗
860#
720#
150
90
70
17
17
0.4
12
14
200#
180
370#
170
∗
−10480# 1060#
29510# 1000# −9060#
840#
26960# 520# −7730#
320#
24610# 410# −6610#
210#
23360
90
−6210
140
20930
60
−5090
120
18430
50
−4030
110
16809
11
−3481.1
2.5
15113
5
−2819
7
12886
4
−1834
7
9704
21
90
20
6040
170
2310
170
4130# 290#
2990
50
2270
120
3330
6
550# 430#
3930#
210#
113 Nb
Mo
Tc
Ru
Rh
Pd
Ag
Cd
In
Sn
Sb
Te
I
Xe
Cs
41
42
43
44
45
46
47
48
49
50
51
52
53
54
55
7710#
9180#
10650#
11680
12470
13830
14955
15934.4
17117
18531
19670
21000
22320#
23840#
∗
950#
720#
320#
100
60
40
16
0.7
4
6
30
80
310#
310#
∗
∗
27680#
25680#
24040
21600
19250
17623
15727
13653
10602
6980
4820
3190
1340#
590#
410#
120
80
30
11
4
4
18
29
60
110
320#
∗
−9280#
−8050#
−7380#
−6570
−5270
−4447
−3867.6
−3072
−2250
−356
1867
2710
3090
3484
114 Mo
Tc
Ru
Rh
Pd
Ag
Cd
In
Sn
Sb
Te
I
Xe
Cs
Ba
42
43
44
45
46
47
48
49
50
51
52
53
54
55
56
8620#
9870#
11190#
12030
13303
14467
15583.1
16719
18042
19060
20730
21840#
23260
24390#
∗
920#
610#
240#
120
30
30
0.6
5
3
30
170
370#
100
430#
∗
28500#
26280#
24210
22590
19790
18262
16526
14558
11097
7805
5770#
4360
2020#
560
920#
640#
170
80
60
18
17
3
28
28
300#
170
370#
170
−9830#
−8540#
−7500#
−7100
−5940
−4600
−4097
−3537
−2633
−470
1530
2320#
2770
3360
3530
1060#
780#
460#
140
60
60
11
3
3
30
30
360#
50
50
40
115 Mo
Tc
Ru
Rh
Pd
Ag
Cd
In
Sn
Sb
Te
I
Xe
Cs
Ba
42
43
44
45
46
47
48
49
50
51
52
53
54
55
56
8310# 1000#
9530#
760#
10370
150
11670
90
12850
70
14100
40
15183.8
0.6
16310
4
17846
3
18726
24
19860
40
21350
60
22710
80
24140#
320#
∗
∗
29490# 1060#
26870# 610#
25060# 310#
22780
90
20880
60
18980
40
17082
17
15565
3
12212
16
8308
28
6500
30
4890
30
3150# 300#
1510# 600#
∗
−8910#
−7760#
−7420
−6160
−5050
−4511
−3741
−3203
−1033
1457
2130
2400
2820#
2950#
860#
420#
140
100
50
11
4
3
17
29
40
70
430#
670#
467
Q(β − n)
Q(ε p)
20200#
16650#
13740
10850
6880
4244
1372
−1919
−6395
−11360
−14510#
−17330
−20800#
∗
∗
710#
600#
130
80
50
18
17
4
19
170
210#
200
370#
∗
∗
−22660#
−21680#
−17810
−16960
−11560
−11865
−7064
−6693
−494
1350
6500#
6230
11360#
520#
410#
120
80
30
11
5
4
18
170
210#
130
430#
7220#
2310#
2590
−1200
−1810
−6187
−5438
−10256
−10123
−15844
−16190
−20430#
−20770#
∗
∗
810#
610#
140
80
50
18
17
5
7
28
70
350#
370#
21530#
780#
18060#
590#
14960#
310#
11490
110
8350
80
5360
20
2337
2.6
−716
3
−4950
5
−9986
18
−13290
30
−16250
50
−19420
50
∗
7
∗
860#
600#
300#
70
50
40
17
4
17
28
60
90
120
∗
∗
−25210#
−20660#
−19970
−15500
−14580
−10002
−10034
−5041
−3713
3025
3180
7920
8100#
8570#
3790#
760#
3690#
600#
−530
130
−420
80
−5140
50
−4523
18
−9125
17
−8780
4 −14804
18 −15190
28 −19320#
60 −19230
150 −23870#
240#
∗
1000#
610#
310#
90
50
40
16
5
3
18
170
210#
120
310#
19230#
15900#
12970#
9320
6524
3623
540
−4057
−8672
−11720#
−14800
−18260#
−21140
∗
∗
740#
610#
230#
120
23
25
3
28
28
300#
30
430#
140
∗
4350#
−24820# 1000#
4400#
−23680# 640#
80#
−19200# 320#
−10
−18580
70
−4535
−13560
50
−3971
−13620
40
−8723
−8828
17
−8310.4
−8801
3 −14212
−2435
28 −14240
−845
28 −18830
4340# 300# −18780#
3970
30 −23450
9300# 300#
∗
8860
160
∗
760#
600#
240#
120
29
25
3
2.7
17
40
60
310#
100
20120#
17100#
13970
10780
7690
4550
1945
−2533
−7973
−10670
−13410
−16640#
−19630#
∗
∗
810#
700#
140
90
60
40
3
17
28
30
30
300#
600#
∗
∗
−22410#
−21770#
−17160#
−16640
−11883
−11877
−7304
−5720
1209
890
5940
5810#
10770#
710#
600#
240#
120
24
25
3
16
28
40
30
420#
600#
5350#
5350#
1130
1220
−3530
−3040
−7590
−7047
−13592
−13190
−17340#
−17320
−22190#
−21830#
∗
1000#
740#
170
80
70
30
3
4
28
30
300#
30
310#
330#
468
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
Q(p,α )
Q(n,α )
Z
116
Tc
Ru
Rh
Pd
Ag
Cd
In
Sn
Sb
Te
I
Xe
Cs
Ba
43
44
45
46
47
48
49
50
51
52
53
54
55
56
3710#
6090#
4600
7630
5650
8700.2
6784.72
9563.45
7889
11280
9230
12461
10440#
13650#
990#
710#
160
80
60
2.0
0.22
0.10
17
40
100
18
320#
720#
13740#
14630#
11600
13040
9450
11020
7449
9280
4074
5550
2720
4000
700#
2190#
1060#
990#
190
100
80
30
4
4
5
30
100
30
100#
500#
29820#
24270#
17510
11570
4250
−3450
−10760
−18481
−24750#
−30670#
∗
∗
∗
∗
700#
700#
140
60
50
28
100
13
100#
400#
9270#
5990#
10510#
6380
11640
6940
12482
7754.9
14451
9960
15110
10460#
15730#
10650#
990#
920#
270#
130
50
25
4
1.8
5
40
100
300#
100#
500#
6250#
4140#
6330
3590
5990
3177
5663
2705.6
6376
4010
5720
2950
4890#
1960#
920#
760#
150
70
60
17
4
1.8
6
30
100
60
130#
410#
−4910#
−4670#
−1370#
−2110
1760
620
4429
3168
8195
8710
12570
10950
14710#
13140#
1060#
920#
330#
90
70
40
17
3
5
28
100
30
110#
410#
117
Tc
Ru
Rh
Pd
Ag
Cd
In
Sn
Sb
Te
I
Xe
Cs
Ba
La
43
44
45
46
47
48
49
50
51
52
53
54
55
56
57
5170#
3630#
6290#
4640
7770
5777.2
8766
6943.2
9895
7900
11010
9210
12450#
10760#
∗
990#
990#
520#
80
70
1.0
6
0.5
10
30
100
17
120#
500#
∗
14550#
11790#
13080
9590
11150
7515
9439
4406
5565
2450
3980
690
2510#
−803
990#
860#
150
70
50
6
4
9
15
40
100
60
320#
11
32410#
26420#
20000#
13870
6380
−1328
−8511
−16215
−22200
−27810#
−33920#
∗
∗
∗
∗
700#
700#
500#
60
50
14
29
11
60
300#
400#
7160#
7810#
8190#
8390
8850
9270
9856
9847
12102
12617
12340
12860
12920
13120#
13220#
1060#
990#
520#
100
80
30
6
4
9
21
40
30
60
420#
720#
6320#
4590#
6450#
3970
6100
3388
5940
3036.3
6780
4280
6320
3480#
5510
2120#
4300#
990#
920#
550#
130
60
25
6
1.8
9
30
40
300#
60
430#
420#
∗
−3050#
−3580#
−350#
−990
2718
1650
5267
5574
11110
9730
13350
12000#
15450#
13670#
990#
780#
240#
120
23
25
3
9
14
40
30
310#
300#
500#
Tc
Ru
Rh
Pd
Ag
Cd
In
Sn
Sb
Te
I
Xe
Cs
Ba
La
43
44
45
46
47
48
49
50
51
52
53
54
55
56
57
3410#
5990#
4260#
7010
5370
8355
6357
9327.4
7426
10695
8610
11965
10040
13160#
11180#
1140#
1060#
710#
220
80
20
6
0.9
9
20
30
15
60
360#
500#
∗
15360#
12420#
13810#
10320
11730
8094
10000
4888
6365
3163
4934
1513
3220#
−380#
1060#
860#
550#
90
50
9
5
3
17
24
30
16
210#
420#
34370#
28790#
22090#
16190
8430
1012
−6259
−13577
−19590
−25350#
−31350#
∗
∗
∗
∗
910#
800#
500#
210
60
25
21
11
13
200#
300#
∗
5540#
10020#
5980
11110
6570
12200
7305
14239
9811
15010
10120
15348
10410#
15690#
1060#
860#
250
80
50
9
4
3
16
30
100
18
220#
500#
5970#
4050#
6150#
3610
5700
3140
5724
2745
6901
4146
5960
3120
5111
2190#
4270#
1210#
1060#
520#
230
90
40
8
4
3
22
30
30
18
360#
670#
∗
−5970#
−2380#
−3390
290
−660
3400
2081
7184
7961
11679
9630
13570
11930#
15730#
1130#
860#
250
100
60
40
3
5
15
25
30
30
200#
420#
Ru
Rh
Pd
Ag
Cd
In
Sn
Sb
Te
I
Xe
Cs
Ba
La
Ce
44
45
46
47
48
49
50
51
52
53
54
55
56
57
58
3400#
6170#
4230#
7060
5270
8545
6483.6
9549
7535
10870
8787
11967
10290#
13420#
∗
1060#
780#
370#
110
80
9
0.6
8
17
30
15
19
280#
500#
15340#
12610#
13770#
10380
11630
8285
10127
5110
6474
3330
5112
1515
3470
−120#
1670#
1140#
1000#
590#
230
100
22
8
8
8
30
22
17
200
450#
670#
30660#
24470#
18450#
10920
3280
−3939
−11274
−17172
−22590
−28800#
−34790#
∗
∗
∗
∗
700#
600#
300#
90
80
29
11
16
200
400#
600#
7320#
7480#
8040#
8680
9070
9432
9587
11633
12171
12040
12351
12591
12560
13030#
13220#
990#
920#
590#
110
90
8
5
8
12
30
30
17
210
500#
720#
4370#
6080#
3980#
6270
3520
5879
3046
6915
4501
6370
3560
5606
2340#
4500#
∗
990#
920#
330#
110
90
8
4
8
10
40
100
19
220#
570#
∗
−4840#
−1530#
−2180
1700
510
4297
4419
9990
8702
12121
10830
14100
12750#
16250#
920#
760#
160
100
50
4
9
8
29
30
100
200
410#
720#
119
S(p)
Q(d,α )
Elt.
118
S(n)
Q(4β − )
A
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
S(2n)
Q(α )
S(2p)
Q(2β − )
469
Q(β − n)
Q(ε p)
A Elt.
Z
116 Tc
Ru
Rh
Pd
Ag
Cd
In
Sn
Sb
Te
I
Xe
Cs
Ba
43
44
45
46
47
48
49
50
51
52
53
54
55
56
9170#
10060#
11250
12610
13760
14841.1
15820
17109.8
18448
19520
20840#
22103
23670#
24800#
920#
740#
180
60
50
2.0
4
1.7
29
40
310#
17
320#
420#
∗
27720#
25590#
24010#
21510
19801
17879
16085
12827
9286
7550
5740
3850#
2100#
990#
17990#
920#
15510#
190
11830
90
8760
70
5680
18
2809
17
−1429
3
−6259
7
−9330
28 −12220
100 −15420#
170 −18440#
230#
∗
410#
∗
710#
700#
150
60
50
4
7
28
100
30
140#
400#
∗
5610#
−25430# 1060#
1690#
−20920# 710#
1600
−20820
140
−3050
−15650
90
−2550
−15610
60
−7254
−10550
40
−6285
−10727
3 −12596
−4574
7 −12830
−2522
28 −17000
2220
100 −16910
1730
30 −21420#
6980# 110# −21120#
6760# 400#
∗
710#
700#
150
70
50
5
4
16
29
40
100
300#
610#
117 Tc
Ru
Rh
Pd
Ag
Cd
In
Sn
Sb
Te
I
Xe
Cs
Ba
La
43
44
45
46
47
48
49
50
51
52
53
54
55
56
57
8890#
9720#
10880#
12270
13420
14477.5
15551
16506.6
17784
19180
20240
21671
22890#
24410#
∗
990#
710#
510#
90
60
2.3
6
0.5
19
30
40
16
310#
670#
∗
−10080# 1060#
19100#
28280# 1060# −8290# 920#
16520#
26420# 860# −7650# 590#
13320#
24680
140
−6750
90
9890
22630
100
−6010
70
6680
20600
60
−5160
40
3975
18540
40
−4337
17
−300
16887
3
−3776
3
−5303
13686
10
−1700
9
−8210
9639
14
811
14 −10912
8010
30
1560
30 −13990
6701
30
1737
30 −16900#
4680
70
2260
80 −19930#
3210# 300#
2380# 310#
∗
1390# 500#
2770# 410#
∗
860#
700#
510#
60
50
4
10
14
29
17
70
300#
410#
∗
∗
−23490#
−19370#
−18820
−13750
−13670
−8970
−7684
−858
−902
3795
3760
8470#
8270#
990#
710#
510#
80
50
5
5
5
29
100
30
100#
410#
118 Tc
Ru
Rh
Pd
Ag
Cd
In
Sn
Sb
Te
I
Xe
Cs
Ba
La
43
44
45
46
47
48
49
50
51
52
53
54
55
56
57
8590# 1140#
9610# 1060#
10550#
520#
11650
220
13140
80
14132
20
15123
9
16270.6
1.0
17321
6
18590
30
19620
100
21175
17
22480#
100#
23910#
450#
∗
∗
∗
26970#
25590#
23410
21330
19240
17515
14327
10771
8728
7388
5500
3900#
2130#
860#
730#
150
60
50
4
5
15
21
30
100
200#
320#
∗
19940# 1030#
∗
−9040# 1060#
17550# 830#
∗
−7840# 780#
14430# 510# −22580#
−7360# 310#
11240
210 −22750#
−6360
130
7660
60 −17910#
−5640
30
4948
20 −17470
−4706
26
769
8 −12250
−4060
3
−3935
15 −12520
−1852
4
−7028
20
−6343
415
15
−9642
18
−4610
1120
30 −12562
24
385
1385
30 −15710# 200#
−271
1960# 300# −18790# 300#
4740
2290# 200#
∗
4520#
2490# 430#
∗
9530#
119 Ru
Rh
Pd
Ag
Cd
In
Sn
Sb
Te
I
Xe
Cs
Ba
La
Ce
44
45
46
47
48
49
50
51
52
53
54
55
56
57
58
9380#
10430#
11240#
12430
13620
14902
15811.0
16975
18230
19470
20752
22000
23450#
24600#
∗
∗
27960#
26190#
24190#
21960
20020
18221
15110
11362
9699
8275
6450
4980
3100#
1290#
920#
760#
510#
100
50
4
9
8
29
17
30
200
410#
670#
−9370# 1060#
18380#
−8550# 920#
15320#
−7620# 330#
12290#
−6770
120
9150
−5930
100
6160
−5140
40
1773
−4403
3
−2884
−2366
9
−5712
427
8
−8390
810
30 −11460
843
30 −14200
1610
30 −17340#
1640
200 −20590#
2310# 500#
∗
2600# 840#
∗
990#
780#
300#
100
80
6
1.0
12
16
40
15
60
360#
570#
990#
610#
240#
120
23
25
3
5
28
100
30
320#
400#
−9370#
−8040#
−7160
−6900
−5250
−4808
−4050
−3373
−1250
967
1680
1830
2600#
2940#
760#
600#
310#
90
80
11
8
29
13
30
200
400#
630#
860#
700#
150
60
50
4
10
14
29
30
110
300#
410#
6530#
2660#
2940#
−2030
−1620
−6247
−5488
−11650
−11447
−15680
−15460
−20190#
−19910#
∗
∗
860#
730#
510#
60
50
4
6
15
22
17
30
200#
310#
6740# 1140#
2960# 950#
3320# 510#
−1270
220
−1210
60
−5835
21
−4902
8
−11083
9
−10974
14
−15360
30
−14857
22
−19710
60
−19190# 300#
−23930# 450#
∗
∗
3820#
−25330# 1080#
4160#
−20990# 860#
−130#
−20710# 510#
80
−15730
220
−4750
−15430
60
−4120
−10649
20 −10140
−9536
11
−9828
−2817
8 −14285
−3055
28 −13758
1638
18 −18456
1377
24 −18000#
6200
200 −23040#
6150# 400#
∗
11080# 630#
∗
860#
630#
310#
90
80
8
3
17
21
30
16
200#
360#
470
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
S(n)
Q(4β − )
S(p)
Q(d,α )
A Elt.
Z
120 Ru
Rh
Pd
Ag
Cd
In
Sn
Sb
Te
I
Xe
Cs
Ba
La
Ce
44
45
46
47
48
49
50
51
52
53
54
55
56
57
58
5770#
4070#
6600#
5160
8140
6100
9108.0
7018
10291
8100
11449
9655
12370
10790#
13770#
1060#
840#
320#
120
80
40
2.2
11
13
30
16
17
360
640#
920#
∗
13280#
14200#
11320#
12710
9120
10690
5645
7216
3894
5700
2383
3870
390#
2030#
920#
610#
310#
90
90
7
7
13
20
30
14
300
540#
810#
33030#
26500#
20960
12780
5431
−1950
−8933
−14536
−20520
−26100#
−32470#
∗
∗
∗
∗
800#
600#
120
70
21
40
12
13
300
500#
700#
4960#
9400#
5700#
10530
6300
11680
6836
13942
9306
14642
9509
14901
10230
15400#
10630#
121 Rh
Pd
Ag
Cd
In
Sn
Sb
Te
I
Xe
Cs
Ba
La
Ce
Pr
45
46
47
48
49
50
51
52
53
54
55
56
57
58
59
5920#
4180#
7080
5160
8180
6170.3
9242
7218
10569
8372
11283
9930
12790#
11070#
∗
1080#
520#
160
90
50
0.3
7
27
16
16
17
330
710#
860#
13430# 1210#
14310#
780#
11800
190
12700
110
9160
30
10760
40
5779.0
2.1
7416
27
4172
4
5972
21
2217
18
4140
140
800#
590#
2310#
710#
−840
50
28760#
22950#
14930
7490
446
−6731
−12495
−17810
−23890#
−29770#
−35520#
∗
∗
∗
∗
900#
500#
150
90
29
11
14
140
500#
500#
700#
122 Rh
Pd
Ag
Cd
In
Sn
Sb
Te
I
Xe
Cs
Ba
La
Ce
Pr
45
46
47
48
49
50
51
52
53
54
55
56
57
58
59
3890#
1140#
6510#
640#
4640#
250#
7740
90
5810
60
8813.2
2.5
6806.38
0.15
9834
26
7864
11
10954
16
9110
30
11940
140
10210#
590#
13200#
640#
11380#
860#
∗
14900#
12260#
13360
9810
11394
6415.1
8007.9
4818
6357
2960
4800
1090#
2730#
−530#
990#
540#
150
100
27
2.1
1.9
26
15
30
30
330#
640#
710#
30680#
25250#
17100#
9580
2500
−4591
−10190
−15705
−21540#
−27520#
−33250#
∗
∗
∗
∗
123 Pd
Ag
Cd
In
Sn
Sb
Te
I
Xe
Cs
Ba
La
Ce
Pr
46
47
48
49
50
51
52
53
54
55
56
57
58
59
3990#
6800#
4650
7920
5945.8
8965.3
6929.18
9935
7965
10980
9120
12240#
10410#
13520#
15000#
12550#
13370#
9980
11530
6567.1
8130.7
4918
6457
2978
4800
1390#
2920#
−210#
920#
450#
210#
50
50
2.9
1.9
3
11
16
30
200#
420#
720#
27210#
19270#
11860
4517
−2572
−8180
−13517
−19240#
−25070#
−30710#
∗
∗
∗
∗
720#
290#
60
60
1.2
2.1
0.16
6
15
30
30
360#
500#
780#
Q(p,α )
Q(n,α )
∗
−3730#
−4500#
−1050#
−1800
2180
967
6167
6642
10502
8571
12192
10940
14400#
13230#
920#
710#
510#
60
60
4
9
10
20
18
30
300
510#
760#
6870# 1140#
7690#
780#
7670#
330#
8210
120
8780
80
9211
7
11184.1
2.7
11637
27
11608
13
12000
30
12405
17
12270
140
12900#
540#
12970#
640#
13140#
920#
5700# 1210# −6240#
3750#
710# −2690#
5670
260
−3880#
3370
110
50
5730
30
−630
2890
8
3151
6925.0
2.8
3282
4312
26
8751
6298
12
7359
3362
23
10895
5843
17
9517
2530
140
12980
4840#
540# 11660#
1780#
590# 15320#
∗
13690#
1280#
950#
520#
230
70
20
8
26
11
18
24
140
500#
540#
760#
700#
400#
210#
40
50
11
30
28
300#
400#
500#
8760# 1060#
5250#
720#
9630#
240#
5630
80
11110
50
6500
40
13485.7
2.1
8821
8
14035
11
9145
21
14740
30
9991
30
15060#
420#
10560#
640#
15530#
860#
5210#
3410#
5260#
2690
5190
2623
6602.2
4027
5968
3270
5520
2560
4910#
2000#
3980#
990#
∗
720# −5800#
360# −2350#
100
−3460#
90
630
8
−390
2.7
5021
8
5400.7
10
9044
30
7476
30
11270
30
9832
360# 13410#
570# 12400#
780# 15730#
810#
630#
300#
100
80
8
2.9
10
14
40
30
300#
450#
640#
600#
210#
40
24
10
12
12
200#
300#
600#
7180# 1080#
7010#
540#
8060
150
8350
90
8731
27
10690.8
2.6
11134.0
1.9
11319
26
11750
14
12140
16
12156
18
12750#
240#
12940#
590#
13080#
780#
3490#
5060#
3200
5410
2780
6745.0
4117
6325
3405
5993
3098
5050#
2380#
4230#
840#
240#
80
30
40
2.6
8
10
20
17
16
360#
590#
920#
1210#
1000#
520#
220
70
40
8
7
10
19
23
14
300
540#
760#
3770#
5640#
3660#
5750
3160
5550
2704
6840
4104
6171
3130
5161
2420
4460#
1670#
1060#
920#
520#
90
50
40
5
8
13
22
30
14
310
590#
810#
−4020# 1000#
−5080#
630#
−1520
130
−2130
80
1800
19
2160
40
7579.6
2.4
6128
8
9802
14
8392
22
12164
17
10830#
200#
14360#
420#
13000#
780#
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
Q(2β − )
Q(α )
S(2p)
Q(β − n)
Q(ε p)
A Elt.
Z
S(2n)
120 Ru
Rh
Pd
Ag
Cd
In
Sn
Sb
Te
I
Xe
Cs
Ba
La
Ce
44
45
46
47
48
49
50
51
52
53
54
55
56
57
58
9170# 1130#
10240#
780#
10830
240
12230
100
13408
28
14650
40
15591.6
2.3
16568
8
17826
11
18961
27
20236
16
21622
16
22660#
360#
24210#
590#
∗
∗
28620#
26810#
25090#
23090
20750
18974
15772
12326
10368
9029
7496
5390
3860#
1910#
1080#
810#
510#
210
80
20
11
10
18
19
22
300
500#
730#
∗
−8910#
−8120#
−7340
−6440
−5590
−4811
−2599
−301
607
670
1180
1730
1960#
2480#
920#
710#
160
60
60
4
8
10
19
30
100
300
510#
810#
19210#
16420#
13830
10090
7131
2690
−1700
−4635
−7232
−9901
−13280
−16200#
−19180#
∗
∗
810#
600#
120
80
19
40
10
19
15
20
300
500#
760#
∗
∗
−24190#
−19700#
−19640#
−14470
−14490
−8009
−6625
−1601
−2277
2588
2620
7330#
7600#
121 Rh
Pd
Ag
Cd
In
Sn
Sb
Te
I
Xe
Cs
Ba
La
Ce
Pr
45
46
47
48
49
50
51
52
53
54
55
56
57
58
59
9990# 1080#
10780#
590#
12250
170
13300
120
14279
28
15278.3
2.2
16260
8
17509
27
18664
30
19821
15
20938
20
22300
250
23580#
640#
24840#
780#
∗
∗
27590#
26000#
24020#
21860
19870
16469
13061
11388
9866
7910
6530
4670#
2690#
1190#
860#
610#
310#
90
80
8
26
13
14
30
140
500#
540#
810#
−9650#
−8680#
−8140#
−6960
−6000
−5204
−3075
−576
−67
199
910
1020
1620#
2160#
2510#
1140#
860#
520#
100
60
4
6
26
14
17
30
140
510#
590#
810#
17580#
14800#
11180
8140
3754
−653
−3308
−6078
−9187
−11730
−14700#
−18040#
−20820#
∗
∗
920#
510#
140
80
27
26
10
28
17
140
500#
520#
860#
122 Rh
Pd
Ag
Cd
In
Sn
Sb
Te
I
Xe
Cs
Ba
La
Ce
Pr
45
46
47
48
49
50
51
52
53
54
55
56
57
58
59
9810#
10690#
11730#
12900
13980
14983.5
16048
17052
18433
19325
20390
21860
23000#
24280#
∗
920#
420#
220#
50
60
2.5
7
10
19
16
30
300
590#
810#
∗
28330#
26580#
25160
22510
20550
17170
13786.9
12234
10528
8930
7010
5230#
3530#
1780#
900#
630#
130
90
19
40
2.4
9
15
40
30
300#
500#
710#
−10130# 1140#
−9200#
900#
−8520#
540#
−7690
210
−6440
80
−5662
20
−3525
8
−1082.9
2.9
−506
6
−59
18
410
40
1045
30
1440#
300#
2110#
450#
2310#
590#
18330#
16040#
12350#
9220
4750
368.1
−2250
−4959
−7940
−10750
−13600#
−16770#
−19660#
∗
∗
123 Pd
Ag
Cd
In
Sn
Sb
Te
I
Xe
Cs
Ba
La
Ce
Pr
46
47
48
49
50
51
52
53
54
55
56
57
58
59
10500#
11440#
12390
13730
14759.0
15771.6
16763
17799
18918
20086
21050
22450#
23610#
24900#
780#
250#
90
40
2.6
2.1
26
11
15
18
140
540#
590#
920#
∗
27450#
25630#
23340
21340
17961
14545.8
12926
11275
9334
7760
6180#
4010#
2520#
930#
510#
150
80
27
2.4
4
28
16
16
200#
330#
780#
920#
16700#
630#
13470#
300#
10510
90
5798
80
1351.4
8
−1281
2.9 −3923
9
−6900
13
−9594
30
−12340#
16
−15480#
200# −18370#
360#
∗
720#
∗
−9790#
−9140#
−8110#
−7290
−6340
−3945
−1528.4
−891
−489
300
715
1170#
1990#
2210#
471
710#
600#
300#
100
80
10
10
20
15
30
300
500#
730#
4220#
4320#
340
190
−4341
−3740
−9699
−9311
−13710
−13066
−17939
−17370
−21990#
−21760#
∗
1000#
670#
150
110
20
40
8
11
30
21
18
200
500#
780#
∗
−22600#
−22720#
−18200
−17480
−12519
−11150
−4735
−5152
−357
−600
4140
4200#
8900#
8820#
950#
610#
150
80
19
40
26
13
15
23
140
500#
590#
860#
5000#
1320#
1240
−3400
−2807
−8851
−8262
−12830
−12186
−16655
−16280
−21130#
−20770#
∗
∗
910#
510#
150
90
27
7
10
30
16
15
300
520#
860#
730#
400#
210#
40
50
2.7
5
11
30
30
300#
400#
590#
∗
∗
−21440#
−21760#
−16210
−16170
−9778
−8398.9
−3774
−4093
860
570
5270#
5620#
10220#
5290#
1900#
930#
1760#
510#
−2960
160
−2440
80
−8422.2
27
−7850
2.4 −12098
5
−11679
28
−16326
30
−15470
30
−20280#
300# −19910#
430# −24330#
710#
∗
860#
430#
220#
50
50
2.8
26
10
12
18
150
500#
590#
810#
600#
210#
40
24
2.7
4
10
13
15
200#
300#
630#
∗
−24350#
−19910#
−19480#
−14380
−12940
−6514.9
−6902
−2223
−2253
2411
2140#
7150#
6920#
730#
400#
210#
40
50
2.7
4
10
13
16
200#
300#
670#
2550#
2700#
−1810
−1552
−7561.6
−6981.4
−11163
−10660
−15180
−14510
−19180#
−18940#
−23360#
∗
630#
210#
60
24
2.8
1.5
5
12
30
30
300#
450#
590#
472
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
S(n)
Q(4β − )
S(p)
Q(d,α )
Q(p,α )
A Elt.
Z
124 Pd
Ag
Cd
In
Sn
Sb
Te
I
Xe
Cs
Ba
La
Ce
Pr
Nd
46
47
48
49
50
51
52
53
54
55
56
57
58
59
60
6260#
4590#
7470
5520
8487.6
6467.50
9423.97
7493
10483
8759
11506
9620#
12720#
10870#
∗
780#
280#
70
50
2.6
0.06
0.17
4
10
15
17
200#
420#
840#
∗
13150#
14050#
10850
12100
7088.8
8589.4
5482.0
7006
3772
5335
1890
3410#
250#
1450#
630#
210#
60
24
2.9
1.5
1.9
4
13
17
60
360#
670#
840#
29440#
21150#
13810
6490
−576.6
−5889
−11435
−17110
−22840#
−28600#
−34590#
∗
∗
∗
∗
500#
200#
60
50
2.2
9
13
60
300#
600#
600#
4810#
8930#
5230#
10560
6050
13036.5
8516.4
13659.9
9131
14334
9760
15060
10430#
15420#
11100#
860#
450#
210#
70
50
2.9
1.9
1.9
5
14
30
60
420#
720#
780#
3150#
4650#
2810
5050
2468
6447.8
3934.6
6050
3491
5605
2875
5350
2440#
4440#
1950#
125 Ag
Cd
In
Sn
Sb
Te
I
Xe
Cs
Ba
La
Ce
Pr
Nd
47
48
49
50
51
52
53
54
55
56
57
58
59
60
6400#
4720
7680
5733.1
8706.5
6568.97
9542.8
7603.3
10428
8649
11570
9910#
12850#
11190#
360#
90
60
0.6
2.6
0.03
1.9
0.4
11
17
60
360#
720#
720#
13300#
14180#
11060
12310
7307.7
8690.9
5600.85
7116.1
3716
5226
1959
3690#
380#
1780#
590#
210#
70
50
2.6
1.5
0.07
2.9
8
14
29
200#
500#
720#
23450#
15660
8360
1293.5
−4168
−9354
−15077
−20530#
−26180#
−32050#
∗
∗
∗
∗
300#
70
30
2.3
8
11
26
200#
400#
400#
6520#
7310#
7540
8238
10276
10912.7
11046.27
11462
11872
12087
12606
12760#
12970#
13430#
670#
220#
50
24
3
1.5
0.18
4
12
16
29
280#
500#
720#
126 Ag
Cd
In
Sn
Sb
Te
I
Xe
Cs
Ba
La
Ce
Pr
Nd
Pm
47
48
49
50
51
52
53
54
55
56
57
58
59
60
61
4280#
7040
5400
8193
6210
9113.69
7145
10048
8329
11073
9290
12230#
10420#
13340#
∗
420#
∗
90
14810#
50
11740
11
12830
30
7790
0.08 9098.0
4
6177
6
7621
14
4442
17
5871
90
2590
200#
4350
450#
890#
570#
2270#
−760#
300#
80
30
30
2.1
4
6
12
15
90
40
280#
570#
640#
25390#
17740
10100
3148
−2050
−7395
−12940
−18348
−24090#
−29780#
−35400#
∗
∗
∗
∗
300#
50
40
12
30
13
90
29
200#
400#
510#
8490#
4860#
9610
5570
12550
8266.5
13325
8907
14026
9772
14830
10150
15280#
10950#
15640#
127 Ag
Cd
In
Sn
Sb
Te
I
Xe
Cs
Ba
La
Ce
Pr
Nd
Pm
47
48
49
50
51
52
53
54
55
56
57
58
59
60
61
5960#
4260
7240
5550
8370
6287.8
9143.9
7224
9966
8217
10990
9230
12240#
10610#
13560#
420#
90
60
27
30
0.4
2.7
6
13
17
90
60
280#
570#
780#
∗
14790#
11950
12970
7969
9170
6208
7699
4360
5760
2515
4290
900#
2460#
−550#
310#
70
50
12
30
3
3
8
17
29
110
200#
450#
720#
27800#
19760
12000
4822
−460
−5466
−11087
−16350
−21810#
−27390#
−32840#
∗
∗
∗
∗
300#
70
40
25
8
12
26
60
200#
400#
600#
∗
7000#
7080
7690
9909
10685.2
10750
11226
11663
11983
12483
12490
12940#
13200#
13270#
Q(n,α )
∗
−3740#
−4810#
−570
−1530
3867
4325.9
7876.6
6537
10202
9029
12490
11570#
14920#
13850#
920#
510#
150
80
27
2.4
2.6
26
13
17
60
330#
780#
780#
4750#
2740#
5110
2540
6555
4172.0
6341.65
3752
6131
3340
5710
2750#
4790#
2140#
500#
−6260#
220#
−3020#
50
−3600#
50
480
3
970
1.9
6570.2
0.24
5140.1
5
8768.4
14
7639
30
11333
40
10030
360#
13600#
570#
12280#
640#
15870#
760#
410#
210#
40
50
2.7
1.9
2.2
9
16
40
200#
500#
570#
590#
200#
70
50
30
1.5
4
6
12
15
90
60
360#
720#
780#
4460#
2490#
4360
2270
6290
4023.6
6125
3639
5768
3238
5550
2750#
4780#
2310#
∗
670#
210#
60
26
30
1.5
4
7
15
17
90
200#
360#
720#
∗
−6070#
−2210#
−3060
2670
3402.3
6960
5650
9245
8225
11720
10480
14100#
12930#
16410#
600#
210#
40
40
2.7
4
6
13
16
90
30
280#
500#
780#
310#
80
40
5
2.2
3
4
6
14
28
60
280#
570#
720#
4760#
2820#
4590
2240
6401
4203.2
6405
3908
6284
3780
6058
3150
5260#
2570#
4310#
590#
210#
70
50
5
1.6
3
4
6
14
29
80
360#
720#
840#
∗
−4080#
−4870#
−1140
−180
5602.1
4284
7850
6771
10491
9482
12760
11470#
15050#
13720#
510#
200#
70
50
1.6
4
4
6
12
27
60
200#
500#
840#
1030#
540#
160
100
27
2.6
1.9
26
10
14
19
150
590#
780#
920#
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
S(2n)
S(2p)
Q(2β − )
Q(α )
473
Q(β − n)
Q(ε p)
A Elt.
Z
124 Pd
Ag
Cd
In
Sn
Sb
Te
I
Xe
Cs
Ba
La
Ce
Pr
Nd
46
47
48
49
50
51
52
53
54
55
56
57
58
59
60
10250#
11380#
12120
13440
14433.4
15432.8
16353.15
17428
18448
19730
20620
21860#
23130#
24390#
∗
640#
280#
80
70
2.6
2.1
0.23
5
11
30
30
300#
500#
780#
∗
28150#
26600#
24220#
22080
18620
15156.5
13612.7
11924.0
10229
8313
6700
4790#
3170#
1240#
730#
410#
210#
40
50
2.7
2.6
2.2
10
17
70
300#
670#
720#
−10280#
−9660#
−8990
−7650
−6688
−4310
−1844.4
−1365
−680
−367
658
1210
1640#
2130#
2780#
950#
630#
140
90
19
40
2.4
8
10
20
17
60
420#
780#
920#
17920#
14410#
11530
6740
2287.8
−255.3
−2864.4
−5634
−8570
−11470
−14270#
−17130#
−20330#
∗
∗
510#
200#
60
50
1.5
2.4
2.2
9
13
60
300#
600#
670#
∗
∗
−23390#
−18210#
−18210
−11483
−9993.0
−5429.8
−5777.2
−1077
−1130
3500
3540#
8290#
8390#
3090#
2770#
600#
−1360
210#
−1130
40
−7084.0
24
−6519.7
2.7 −10653
2.4 −10188
2.2 −14688
9
−14148
16
−18450#
60
−18160#
300# −22560#
630#
∗
670#
∗
540#
200#
70
50
2.1
1.5
3
10
12
15
200#
300#
670#
125 Ag
Cd
In
Sn
Sb
Te
I
Xe
Cs
Ba
La
Ce
Pr
Nd
47
48
49
50
51
52
53
54
55
56
57
58
59
60
10990#
12190
13200
14220.7
15174.0
15992.94
17036
18086
19187
20156
21200#
22630#
23720#
∗
360#
80
40
2.6
2.6
0.17
3
10
14
16
200#
360#
720#
∗
27320#
25100#
23170
19407
15779.7
14190.3
12598.1
10722
8997
7294
5580#
3780#
2020#
600#
210#
40
24
2.7
1.5
2.2
9
15
29
200#
450#
500#
−10150#
−9530#
−8240
−7260
−4839
−2243.0
−1666.2
−1066
−225
380
916
1660#
2070#
2660#
950#
510#
150
80
28
2.4
1.9
26
13
16
29
240#
640#
640#
15680#
12540
7770
3123.7
580.9
−1830.1
−4749
−7524
−10328
−13010#
−15850#
−19040#
∗
∗
300#
70
30
1.6
2.1
2.2
8
11
27
200#
400#
450#
∗
−21850#
−21300#
−16480
−14670
−8074.4
−8505.1
−3956.5
−4012
703
683
5140#
5060#
9920#
510#
200#
60
50
1.5
1.5
2.2
8
11
27
200#
410#
500#
3840#
−550
−320
−6349.6
−5802.3
−9728.6
−9247.6
−13532
−13069
−17480
−17010#
−21600#
−21490#
∗
310#
80
30
2.2
2.1
1.9
2.2
9
15
60
300#
630#
720#
126 Ag
Cd
In
Sn
Sb
Te
I
Xe
Cs
Ba
La
Ce
Pr
Nd
Pm
47
48
49
50
51
52
53
54
55
56
57
58
59
60
61
10680#
11760
13080
13926
14920
15682.66
16688
17651
18756
19723
20860
22140#
23270#
24540#
∗
360#
80
60
11
30
0.09
4
6
15
18
110
300#
630#
720#
∗
28110#
25920#
23890
20100
16405.8
14868
13222
11558
9588
7820
6310
4580#
2650#
1020#
−10540#
510# −10060#
200#
−9010#
60
−7720
60
−5250
1.5 −2543.5
4
−2005
6
−1279
12
−690
13
260
90
740
30
1360
200#
1860#
500#
2520#
780#
2890#
760#
400#
210#
40
60
2.7
4
6
13
17
100
40
360#
570#
710#
16800#
13690
8580
4044
1510
−896
−3566
−6499
−9370
−11850
−14720#
−17930#
−20690#
∗
∗
300#
50
50
11
30
6
13
14
90
30
220#
400#
540#
∗
∗
−20300#
−19950
−13210
−11455.0
−6944
−7435
−2797
−2767
1830
1560
6210#
6480#
11050#
4270#
80
300#
10
70
−5836
40
−5450
1.6 −9299.46
4
−8790
6
−13152
12
−12748
13
−16982
90
−16390#
30
−20980#
200# −20710#
450#
∗
640#
∗
127 Ag
Cd
In
Sn
Sb
Te
I
Xe
Cs
Ba
La
Ce
Pr
Nd
Pm
47
48
49
50
51
52
53
54
55
56
57
58
59
60
61
10240#
11300
12650
13743
14587
15401.5
16289
17271
18295
19290
20280
21460#
22660#
23950#
∗
420#
100
50
25
5
0.4
3
4
10
16
40
200#
450#
570#
∗
∗
26760#
24720
20800
16960.5
15306
13877
11982
10201
8386
6890
5250#
3340#
1720#
∗
−10330#
300#
−9460#
70
−8610
30
−5699
1.7 −2885.5
4
−2184
4
−1574
6
−722
12
8
27
723
60
1250
200#
1850#
450#
2330#
720#
2860#
600#
210#
50
25
2.7
4
4
7
15
29
60
280#
500#
840#
18090#
14980
9720
4782
2283
40
−2743
−5505
−8344
−10840
−13460#
−16550#
−19380#
∗
∗
300#
70
40
25
6
4
6
12
27
60
200#
410#
630#
∗
∗
−23260#
−18460
−16180
−9550
−9870
−5545
−5618
−936
−840
3410
3250#
8110#
7910#
300#
60
40
11
30
4
6
13
29
60
220#
400#
630#
5360#
1220
960
−5170
−4707
−8442
−7886
−12047
−11641
−15910
−15150
−19790#
−19610#
−23930#
∗
310#
60
40
11
30
0.10
4
10
16
29
220#
400#
450#
300#
80
40
40
5
4
6
13
14
90
40
200#
450#
640#
474
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
Q(p,α )
Z
128
Ag
Cd
In
Sn
Sb
Te
I
Xe
Cs
Ba
La
Ce
Pr
Nd
Pm
Sm
47
48
49
50
51
52
53
54
55
56
57
58
59
60
61
62
3970#
6840
5450
7910
5980
8782.3
6826.13
9611
7763
10657
8810
11630
9970#
12830#
11060#
∗
420#
300
60
40
26
2.1
0.05
4
8
15
60
60
200#
450#
720#
∗
15680#
13130
13640
8400
9581
6746
8166
4900
6450
3110
4930
1640
3040#
−90#
1280#
420#
90
50
40
5
3
4
7
12
60
40
60
280#
570#
780#
29810#
21700
13380
6525
1323
−3591
−9110
−14326
−19600
−25220#
−30590#
−36490#
∗
∗
∗
∗
300#
290
50
27
26
10
50
28
30
200#
400#
500#
∗
4440#
8680
5190
12123
8120
13037
8761
13948
9654
14750
10150
15200
10790#
15560#
11230#
420#
70
50
27
30
3
4
8
16
60
90
40
280#
570#
710#
∗
2380#
3860
2010
6154
4127.5
6148
3840.4
6125
3550
5900
3090
5190#
2590#
4440#
∗
Ag
Cd
In
Sn
Sb
Te
I
Xe
Cs
Ba
La
Ce
Pr
Nd
Pm
Sm
47
48
49
50
51
52
53
54
55
56
57
58
59
60
61
62
5720#
3980#
6650
5330
8090
6082.41
8837
6908.7
9640
7734
10770
8820
11510
10120#
12970#
11280#
500#
420#
60
40
30
0.08
5
1.6
7
15
60
40
40
280#
570#
710#
∗
15690#
12940
13520
8580
9684
6800
8248
4929
6422
3214
4940
1530
3190#
50#
1500#
420#
300
60
30
25
3
4
5
12
23
60
40
200#
450#
640#
32180#
23800#
15560
8104
2873
−1939
−7177
−12410
−17730
−22830#
−28380#
−34040#
∗
∗
∗
∗
400#
300#
40
29
22
11
21
28
30
200#
400#
500#
∗
6410#
6290
7100
9580
10408
10489
10997
11531
11886
12200
12320
12910
12910#
13190#
13520#
420#
90
50
30
5
3
4
6
12
24
40
60
280#
570#
780#
∗
2680#
4250
2080
6257
4260
6425
4077
6532
4144
6208
3550
5910
2890#
4810#
2180#
Ag
Cd
In
Sn
Sb
Te
I
Xe
Cs
Ba
La
Ce
Pr
Nd
Pm
Sm
Eu
47
48
49
50
51
52
53
54
55
56
57
58
59
60
61
62
63
1780#
6440#
5020
7620
5735
8419.5
6500.33
9255.64
7471
10268
8370
11210
9470
12430#
10600#
13400#
∗
520#
410#
60
30
27
1.0
0.04
0.29
10
11
30
40
70
200#
500#
640#
∗
16410#
13980#
14490
8990
10013
7218
8667
5492
7050
3852
5390
2180
4110
520#
1920#
−1028
490#
300#
40
30
21
3
3
8
5
28
30
70
40
360#
570#
15
36130#
25780
17040
9743
4609
−90
−5304
−10459
−15720
−20665
−26160#
−31840#
−37240#
∗
∗
∗
∗
330#
280
40
11
19
3
26
28
60
28
300#
400#
510#
∗
3940#
8110
4930
11750
7968
12771
8567
13670
9381
14484
9920
15070
10450
15420#
11180#
15820#
410#
300
50
30
25
3
4
8
6
28
60
70
40
360#
570#
710#
∗
2190#
3490
1710
6072
4213
6213
3965
6284
3842
6052
3340
5660
2700#
4820#
2340#
∗
130
S(p)
Q(d,α )
Elt.
129
S(n)
Q(4β − )
A
420#
80
40
25
3.0
3
1.9
6
13
60
40
200#
450#
570#
420#
70
50
24
30
3
4
8
16
24
90
40
280#
570#
710#
410#
80
40
30
5
3
4
9
6
28
40
90
200#
500#
720#
Q(n,α )
∗
∗
−3910#
−4330
1520
2552.8
6164
4808.6
8551
7437
11100
9780
13080
12120#
15510#
14220#
300#
70
40
2.2
4
1.9
6
10
50
30
40
280#
570#
640#
∗
∗
−6280#
−2620
−1170
4664
3540
7013.6
6057
9750
8665
12030
10850
14230#
12960#
16280#
300#
60
50
11
30
1.6
6
13
24
30
100
200#
450#
640#
∗
∗
−5350#
−5980
340
1794
5414
4045.8
7729
6706
10258
9040
12370
11030
14610#
13490#
16770#
300#
80
40
25
6
1.7
9
5
27
30
70
60
360#
570#
780#
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
S(2n)
S(2p)
Q(2β − )
Q(α )
Q(ε p)
475
Q(β − n)
A Elt.
Z
128 Ag
Cd
In
Sn
Sb
Te
I
Xe
Cs
Ba
La
Ce
Pr
Nd
Pm
Sm
47
48
49
50
51
52
53
54
55
56
57
58
59
60
61
62
9930#
11100
12690
13457
14350
15070.1
15970.0
16834
17729
18874
19800
20860
22220#
23440#
24620#
∗
420#
300
60
29
40
2.1
2.7
6
13
16
110
40
200#
450#
640#
∗
∗
27920#
25590
21370
17550
15920
14373.4
12599
10811
8860
7440
5940
3940#
2370#
740#
∗
−10920#
300# −10310#
60
−9050
50
−6160
11
−3180.3
30
−2543
1.9 −1760.4
7
−991
12
−166
60
670
30
1130
100
1500
200#
2210#
450#
2660#
640#
3020#
580#
200#
70
60
2.1
4
1.9
6
10
60
30
60
360#
720#
780#
19560#
16050
10250
5657
3129
867.9
−1807
−4459
−7300
−9868
−12300
−15350#
−18280#
−21140#
∗
∗
300#
290
40
27
25
1.5
6
10
50
30
60
200#
400#
540#
∗
∗
−22750#
−22110
−14910
−12782
−8327
−8867.9
−4237
−4370
320
−10
4280
4500#
9100#
9090#
5650#
1620
300#
1070
80
−4706
50
−4399
25
−8080
6
−7488.5
2.0 −11691
6
−11187
11
−15577
50
−14730
30
−19170#
40
−18980#
200# −23200#
450#
∗
640#
∗
310#
300
50
28
25
4
2.0
6
13
28
80
200#
400#
630#
129 Ag
Cd
In
Sn
Sb
Te
I
Xe
Cs
Ba
La
Ce
Pr
Nd
Pm
Sm
47
48
49
50
51
52
53
54
55
56
57
58
59
60
61
62
9700#
10830#
12100
13240
14070
14864.7
15663
16519
17403
18392
19570
20450
21490#
22950#
24030#
∗
500#
310#
60
40
22
2.1
5
4
7
16
30
60
200#
450#
720#
∗
∗
28620#
26650
22220
18082
16381
14994.2
13095
11322
9664
8050
6460
4840#
3090#
1410#
∗
∗
300# −10560#
80
−9660
40
−6570
25
−3529.6
6
−2673
1.7 −2100.1
6
−1089
12
−297
22
337
30
960
40
1560
210#
2000#
450#
2540#
640#
2940#
20490#
17390#
300#
11690
70
6409
40
3876
2.2
1694.2
4
−1003
1.6 −3633
5
−6174
11
−8780
22
−11550
30
−14050#
40
−16830#
280# −19980#
570#
∗
640#
∗
400#
300#
50
29
21
1.8
6
11
21
30
40
200#
400#
540#
∗
∗
−25430#
−20590
−17560
−10958
−11184
−6994.3
−7051
−2493
−2684
1825
1570
6010#
6100#
10640#
6770#
3090#
300#
2320
300
−4060
50
−3707
27
−7337
25
−6715
1.8 −10837
6
−10170
11
−14500
22
−13860
30
−18030
60
−17660#
200# −22260#
400# −21970#
540#
∗
500#
300#
50
40
21
4
3
6
11
60
30
40
200#
450#
640#
130 Ag
Cd
In
Sn
Sb
Te
I
Xe
Cs
Ba
La
Ce
Pr
Nd
Pm
Sm
Eu
47
48
49
50
51
52
53
54
55
56
57
58
59
60
61
62
63
7500#
10420
11670
12947
13830
14502.0
15337
16164.3
17112
18003
19140
20030
20990
22560#
23570#
24680#
∗
150#
410
60
29
30
1.0
5
1.6
10
10
60
40
70
200#
500#
640#
∗
∗
29670#
27430
22510
18595
16902
15467.6
13740
11980
10275
8599
7120
5640
3720#
1980#
470#
∗
∗
300# −11300#
290
−10240
50
−6900
27
−3756
25
−2960
1.8 −2242.1
9
−1415
3
−518
27
292
30
820
80
1370
40
1800
300#
2360#
450#
2890#
640#
3210#
23730#
18570
300#
12400
60
7212
40
4641
11
2530.3
30
−32
1.6 −2620.1
9
−5272
7
−7839
29
−10450
30
−12830
110
−15710#
40
−19020#
360# −21540#
570#
∗
710#
∗
340#
280
40
11
17
2.0
9
2.9
27
28
70
40
310#
400#
590#
∗
∗
−24730#
−24230#
−16640
−14047
−9594
−10167.5
−5686
−5853.2
−1417
−1650
2860
2400
7010#
7370#
11720#
8970#
3300
400#
2630
300#
−3583
50
−3360
29
−6919
21
−6306
1.8 −10453
9
−9907
2.9 −14007
26
−13410
30
−17720
70
−17010#
40
−21720#
300# −21290#
450#
∗
640#
∗
450#
290
50
24
17
3
3
5
14
21
40
40
210#
400#
590#
476
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
Q(p,α )
Q(n,α )
Z
131
Cd
In
Sn
Sb
Te
I
Xe
Cs
Ba
La
Ce
Pr
Nd
Pm
Sm
Eu
48
49
50
51
52
53
54
55
56
57
58
59
60
61
62
63
1770#
6320
5247
7768
5929.38
8583
6604.8
9231
7493.50
10210
8360
11170
9240
12340#
10690#
13490#
410#
50
24
27
0.06
3
1.2
10
0.30
40
40
80
40
360#
500#
640#
16400#
13860
14710
9138
10207
7381.9
8772
5467
7072
3797
5380
2140
3880
430#
2020#
−939
450#
280
40
23
17
2.2
3
5
9
28
40
60
70
200#
420#
7
29940#
19307
11101
6072
1474
−3675
−8700
−13780
−18915
−24030#
−29520#
−34930#
∗
∗
∗
∗
300#
28
21
21
3
28
30
50
28
200#
300#
400#
7900#
5780#
6340
9320
10129
10269.6
10799
11348
11527
12010
12320
12720
12720
13210#
13460#
13610#
500#
300#
50
40
21
2.1
3
5
5
30
40
60
40
280#
500#
640#
4400#
4020
1910
6210
4263
6411.8
4187
6664
4112
6496
3780
6120
3430
5310#
2710#
4560#
420#
300
50
30
25
2.1
4
5
6
30
60
60
40
280#
500#
640#
∗
−7690#
−4380
−1980
3772
2811
6223.3
5325
8823
7809
11330
10000
13410
12240#
15630#
14340#
300#
290
50
27
25
2.0
6
3
28
40
80
40
200#
360#
570#
Cd
In
Sn
Sb
Te
I
Xe
Cs
Ba
La
Ce
Pr
Nd
Pm
Sm
Eu
48
49
50
51
52
53
54
55
56
57
58
59
60
61
62
63
3530#
2350
7311
5757
8044
6327
8936.59
7167
9822.4
8040
10830
9010
11730
10050#
13120#
11220#
590#
70
25
25
7
6
0.22
5
3.0
50
40
80
40
280#
420#
570#
∗
14440#
15710
9648
10483
7779
9125.1
6029.7
7664
4350
5990
2790
4440
1230#
2800#
−410#
300#
30
26
22
6
0.6
2.1
5
40
30
70
60
200#
360#
500#
34460#
23280
12726
7482
3253
−1960
−6806
−11940
−17009
−22030#
−27230#
−32710#
∗
∗
∗
∗
500#
60
14
14
7
40
21
60
24
200#
300#
410#
6150#
9860
4050
11176
7820
12362
8363
13436.6
9176
14230
9860
14920
10460
15600#
10930#
15790#
600#
290
40
18
18
6
3
2.0
8
40
30
60
70
200#
420#
570#
6600#
5650#
1250
5780
4310
6167
4087
6405.5
3930
6190
3716
5940
3210
5390#
2560#
4610#
640#
300#
50
30
22
6
3
2.0
5
40
29
60
40
280#
500#
640#
∗
−4320#
−7710#
−1090
1058
4574
3369.1
6994
5908.9
9410
8237
11760
10510
13710#
12630#
16090#
410#
300#
50
30
22
2.0
4
1.3
40
23
60
40
200#
360#
570#
In
Sn
Sb
Te
I
Xe
Cs
Ba
La
Ce
Pr
Nd
Pm
Sm
Eu
49
50
51
52
53
54
55
56
57
58
59
60
61
62
63
3580#
2470
7340
5834
8258
6434.4
8986.3
7189.9
9830
8021
10800
8980
11770#
9950#
12850#
300#
40
29
25
7
2.6
1.9
0.4
50
26
60
50
200#
360#
500#
14500#
15820
9677
10560
7993
9233
6079.4
7686.5
4349
5970
2753
4410
1270
2710#
−680#
590#
70
29
28
8
6
1.0
2.1
28
40
24
70
60
280#
420#
27960#
16690
9128
4609
−392
−5220
−10133
−15220
−20090
−25300#
−30660#
∗
∗
∗
∗
300#
40
25
24
28
17
12
50
60
200#
300#
8050#
7900
9080
9750
10034
10511.6
11055.1
11217
11900
12060
12490
12660
13070
13320#
13630#
420#
50
30
30
5
2.7
1.0
5
28
30
40
70
60
280#
420#
8500#
3800
6060
4211
6329
4153
6674.8
4211
6631
4070
6350
3710
6050
3210#
5160#
410#
50
28
30
5
4
0.8
8
28
30
30
80
60
360#
500#
−6130#
−3740
−3410
2841
2051
5354
4508
7974.7
7052
10485
9337
12740
11410
15110#
13830#
450#
290
50
27
18
3
3
1.2
29
17
29
50
80
200#
420#
133
S(p)
Q(d,α )
Elt.
132
S(n)
Q(4β − )
A
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
S(2n)
S(2p)
Q(2β − )
Q(α )
477
Q(β − n)
Q(ε p)
A Elt.
Z
131 Cd
In
Sn
Sb
Te
I
Xe
Cs
Ba
La
Ce
Pr
Nd
Pm
Sm
Eu
48
49
50
51
52
53
54
55
56
57
58
59
60
61
62
63
8210#
11340
12860
13503
14348.9
15084
15860.5
16702
17762
18590
19570
20650
21680#
22930#
24090#
∗
420#
50
40
30
1.0
3
1.2
7
11
30
40
60
200#
450#
590#
∗
30260#
28690#
23630
19194
17395
15990.0
14134
12564.3
10847
9230
7530
6060
4540#
2540#
980#
∗
400# −11660#
300# −11220
50
−7430
29
−4135
21
−3169
2.0 −2559.0
6
−1502
2.9
−788
28
46
40
680
60
1190
40
1780
200#
2270#
360#
2800#
570#
3280#
300#
80
40
25
5
1.8
6
5
28
40
60
60
280#
500#
720#
22050#
13851
7895
5456
3205.7
615
−1731.4
−4291
−6970
−9490
−11950
−14540#
−17570#
−20380#
∗
∗
300#
21
21
21
2.2
5
2.9
28
30
60
40
200#
300#
450#
∗
−29270#
−23030
−19390
−12359
−12442
−8352.8
−8416
−4091.0
−4158
260
60
4360
4150#
9110#
8830#
340#
280
40
11
17
2.2
6
2.9
29
30
60
40
210#
300#
500#
6550#
3930
−3094
−2708
−6348
−5634.0
−9586
−8870
−13127
−12420
−16610
−15750
−20370#
−20230#
−24330#
∗
300#
30
27
21
3
1.4
8
5
26
40
70
60
300#
450#
590#
132 Cd
In
Sn
Sb
Te
I
Xe
Cs
Ba
La
Ce
Pr
Nd
Pm
Sm
Eu
48
49
50
51
52
53
54
55
56
57
58
59
60
61
62
63
5290#
8670
12558
13525
13973
14910
15541.4
16398
17315.9
18250
19190
20180
20970
22380#
23810#
24710#
580#
70
17
22
7
7
1.2
9
3.0
50
30
90
40
360#
500#
640#
∗
30840#
29560
24360
19621
17986
16507.0
14801
13131.1
11420
9790
8160
6580
5110#
3230#
1610#
∗
340# −10040#
280
−11690
40
−7740
13
−4273
18
−3516
2.2 −2713.3
4
−1843
1.3
−999.7
40
−230
21
503
60
990
40
1680
210#
2190#
300#
2510#
500#
3120#
300#
290
50
28
26
2.0
4
1.8
40
23
80
40
200#
360#
570#
25830#
17250
8628
6026
4098
1456
−845.6
−3420
−5961
−8530
−11050
−13500#
−16180#
−19210#
∗
∗
500#
60
14
14
7
6
1.4
40
21
70
30
200#
300#
450#
∗
∗
−28580#
−18830
−15157
−11001
−11360.0
−7000.5
−7308.6
−2970
−3079
1270
1000
5280#
5230#
9940#
9350#
6820
300#
−2638
30
−2535
22
−5809
21
−5356
2.2 −9292
2.2 −8543
1.4 −12737
40
−12100
21
−16270
60
−15520
40
−19760#
200# −19590#
300# −23970#
450#
∗
500#
70
25
15
7
6
5
3
28
50
60
60
200#
360#
500#
133 In
Sn
Sb
Te
I
Xe
Cs
Ba
La
Ce
Pr
Nd
Pm
Sm
Eu
49
50
51
52
53
54
55
56
57
58
59
60
61
62
63
5940#
9780
13100
13878
14585
15371.0
16154
17012.3
17870
18850
19800
20710
21810#
23070#
24070#
300#
40
30
25
5
2.6
5
2.9
40
40
50
50
200#
360#
500#
∗
−7900#
30270# 300# −10180#
25380
40
−8430
20210
30
−4780
18477
21
−3684
17012
3
−3065.3
15204.5
1.1 −1993
13716.2
1.4 −1281.0
12013
28
−419
10317
17
216
8750
30
964
7190
60
1530
5710
70
1940
3940# 200#
2680#
2120# 360#
3240#
500#
300#
50
40
22
3.0
3
1.2
28
20
24
50
60
280#
500#
21010# 300#
11992
26
6944
25
4699
24
2184
5
−90.1
2.6
−2577
28
−5130
16
−7560
30
−10090
50
−12530
50
−15200# 200#
−18130# 300#
∗
∗
∗
−27520# 500#
−23810
70
−13679
28
−13502
15
−9750
7
−9660
6
−5561.9
1.4
−5627
28
−1277
16
−1490
40
2850
50
2520
80
7010# 200#
7140# 360#
10550#
650
−1832
−5316
−4677
−8559
−7707.4
−11880
−11090
−15280
−14583
−18690#
−18230#
−22700#
∗
300#
40
26
25
5
3
1.1
40
30
60
27
200#
300#
450#
478
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
Q(p,α )
Q(n,α )
Z
134
In
Sn
Sb
Te
I
Xe
Cs
Ba
La
Ce
Pr
Nd
Pm
Sm
Eu
Gd
49
50
51
52
53
54
55
56
57
58
59
60
61
62
63
64
2170#
3910
3290
7686
6257
8552.2
6891.54
9467.7
7800
10484
8650
11390
9400
12450#
10610#
∗
500#
110
50
27
9
2.5
0.01
1.1
30
26
40
50
80
280#
360#
∗
16160#
10500
10906
8417
9527
6536.6
8167.9
4954
6630
3380
4998
1700
3390#
−10#
1580#
310#
60
28
26
5
2.4
0.4
20
30
40
17
70
200#
280#
500#
32050#
21330
12730
6390
1146
−3289
−8380
−13303
−18480
−23330#
−28690#
−34070#
∗
∗
∗
∗
400#
100
40
11
21
20
40
12
60
200#
200#
400#
9410#
6330
13100
7825
11820
8286
13100.1
8916.9
13927
9620
14670
10280
15400
10920#
16130#
11640#
640#
120
50
18
11
6
1.0
1.9
20
40
40
60
60
280#
360#
570#
8110#
6210
8010
4293
6001
4183.9
6388.1
3974
6329
3800
6070
3500
5890
3090#
5240#
2640#
500#
100
50
23
8
1.4
1.0
5
20
30
50
50
60
280#
360#
570#
∗
−5880#
−380
401
3562
2731.4
6199.6
5111.7
8488
7494
10900
9720
13190
11910#
15560#
14270#
310#
50
24
22
2.1
1.1
1.0
21
21
50
40
80
200#
280#
500#
In
Sn
Sb
Te
I
Xe
Cs
Ba
La
Ce
Pr
Nd
Pm
Sm
Eu
Gd
49
50
51
52
53
54
55
56
57
58
59
60
61
62
63
64
3250#
2070#
3610
3340
7788
6364
8762.0
6971.96
9503
7860
10490
8639
11310
9420#
12440#
10680#
640#
410#
110
90
11
5
1.0
0.10
22
23
40
23
80
250#
360#
640#
∗
16060#
10200
10950
8519
9634
6746.3
8248.3
4990
6695
3389
4990
1620
3410
−20#
1640#
570#
140
100
13
9
1.3
0.4
10
23
24
40
60
170
360#
540#
36590#
25620#
17870
10020
2861
−1792
−6646
−11637
−16670
−21770
−26740#
−32030#
∗
∗
∗
∗
500#
400#
100
90
12
12
12
19
60
160
300#
500#
∗
7840#
11960
11830
9866
10180
10772.6
10931.3
11614
11580
12198
12435
13070
13260
13650#
13810#
500#
110
90
26
7
2.6
0.4
10
30
20
23
70
160
360#
590#
8390#
6490#
11710
6710
6257
4147
6562.7
4169.5
6648
3980
6402
3860
6310
3720#
5920#
3190#
710#
410#
100
90
10
7
1.4
1.9
10
40
24
60
60
250#
420#
640#
∗
−4430#
−1640
4370
1530
4412
3764
7076.4
6152
9456
8450
11907
10880
14210
13160#
16710#
640#
120
90
16
8
6
1.1
10
11
40
28
80
160
360#
590#
Sn
Sb
Te
I
Xe
Cs
Ba
La
Ce
Pr
Nd
Pm
Sm
Eu
Gd
Tb
50
51
52
53
54
55
56
57
58
59
60
61
62
63
64
65
3780#
3240#
4670
3780
8079
6828.2
9107.74
7460
9915
8463
11057
9290
12030
10140#
12940#
∗
640#
320#
100
50
8
2.1
0.04
50
17
17
23
100
160
360#
640#
16600#
11370#
12010
8960
9924
7211
8594.1
5480
7107
3991
5552
2270
4120
690#
2150#
−920#
710#
500#
110
100
10
5
1.1
50
17
16
17
80
60
250#
500#
780#
29920#
21460#
14460
6540
43
−5011
−9688
−14840
−19657
−25070#
−30150#
−35220#
∗
∗
∗
∗
500#
300#
50
70
15
12
12
90
18
200#
400#
600#
6230#
12630#
10450
13770
8358
12496.6
8715.1
13620
9461
14220
10030
15160
10640
15960#
11480#
16310#
640#
310#
60
50
11
2.1
0.4
50
24
24
40
80
60
280#
450#
720#
6290#
10940#
9380
8310
4326
6169
4048.1
6380
3890
5960
3602
6000
3460
5730#
3090#
∗
590#
300#
50
60
8
3
0.4
50
30
20
17
90
50
280#
500#
∗
−1300#
2170
5090
2166
5194
4403.1
7680
6732
9810
8870
12390
11170
14790#
13720#
16960#
420#
60
60
25
5
2.4
50
13
30
20
80
50
200#
450#
670#
136
S(p)
Q(d,α )
Elt.
135
S(n)
Q(4β − )
A
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
S(2n)
S(2p)
Q(2β − )
Q(α )
479
Q(β − n)
Q(ε p)
A Elt.
Z
134 In
Sn
Sb
Te
I
Xe
Cs
Ba
La
Ce
Pr
Nd
Pm
Sm
Eu
Gd
49
50
51
52
53
54
55
56
57
58
59
60
61
62
63
64
5750#
6380
10630
13520
14515
14986.6
15877.9
16657.7
17620
18505
19440
20363
21170#
22400#
23460#
∗
410#
100
50
13
10
1.3
1.9
1.1
40
29
70
27
200#
360#
450#
∗
30650#
26320
20583
18977
17520
15769
14247.3
12641
10979
9350
7750
6100
4660#
2690#
900#
510#
80
17
16
7
6
1.1
20
20
50
24
80
200#
280#
500#
−8290#
−7650
−6700
−4845
−4206
−3198.0
−2384
−1493.1
−743
1
690
1350
2010
2670#
3220#
3580#
520#
300
60
15
19
2.1
3
0.8
22
21
40
30
90
200#
360#
570#
22140#
15760
9910
5565
2819
825.4
−1673
−4114
−6700
−9190
−11780
−14140#
−16910#
−19930#
∗
∗
400#
100
40
11
8
0.9
20
20
40
24
70
200#
200#
450#
∗
∗
−23530#
−18900
−12419
−12469
−8294
−8595.2
−4437
−4571
−310
−512
3910
3540#
8290#
8270#
10860#
4080
300#
710
40
−4744
27
−4500
24
−8124.8
5
−7409.0
2.4 −11527
20
−10867
20
−14970
50
−14250
20
−18310
60
−17680#
200# −22300#
200#
∗
450#
∗
400#
100
50
12
8
0.8
1.0
28
26
24
60
50
200#
360#
135 In
Sn
Sb
Te
I
Xe
Cs
Ba
La
Ce
Pr
Nd
Pm
Sm
Eu
Gd
49
50
51
52
53
54
55
56
57
58
59
60
61
62
63
64
5410#
5990#
6910
11030
14046
14916
15653.5
16439.7
17299
18344
19141
20020
20710
21870#
23050#
∗
590#
400#
110
90
9
5
1.0
1.1
30
20
17
50
80
250#
420#
∗
∗
26360#
21450
19425
18050
16273
14784.9
13157
11649
10020
8368
6620
5100
3370#
1630#
∗
−7960#
320# −4000
100
−2940
26
−4227
25
−3632
5
−2562.4
2.4 −1860.2
10
−1016
11
−366
30
410
25
1080
60
1880
160
2490
300#
3120#
540#
3590#
500#
110
90
22
5
1.5
1.0
11
11
30
40
80
160
360#
590#
22510#
17030#
14080
8590
3792
1433
−931
−3226
−5715
−8411
−10960
−13360
−15780#
−18680#
∗
∗
510#
410#
100
90
7
5
10
11
15
22
60
160
300#
530#
∗
∗
−24970#
−18320
−16910
−11147
−10798
−7015.0
−7048
−2964
−3006
1333
1250
5500
5260#
10040#
11530#
5300#
410#
4780
130
−1830
40
−3736
12
−7597
8
−6703.3
0.9 −10703
10
−9886
11
−14180
23
−13361
28
−17550
70
−16540#
160
−21100#
300# −20690#
540#
∗
510#
400#
100
90
7
5
1.1
20
23
40
17
60
200#
250#
500#
136 Sn
Sb
Te
I
Xe
Cs
Ba
La
Ce
Pr
Nd
Pm
Sm
Eu
Gd
Tb
50
51
52
53
54
55
56
57
58
59
60
61
62
63
64
65
5850#
6860#
8010
11570
14443
15590.2
16079.70
16960
17775
18960
19695
20600
21450#
22580#
23620#
∗
510#
300#
50
50
7
1.9
0.11
60
24
40
17
100
200#
280#
570#
∗
27430#
22210
19910
18444
16844
15340.4
13720
12096
10687
8941
7260
5742
4100#
2120#
730#
500#
110
70
13
8
0.9
50
13
23
24
90
17
200#
450#
630#
−8210#
−4880#
−300
−2250
−3668
−3064
−2031.4
−1310
−458
−10
850
1590
2190
3020#
3770#
4110#
710#
300#
50
50
10
6
1.1
50
13
40
24
100
27
280#
500#
720#
17920#
14620#
12000
6840
2462
−300
−2419
−4710
−7269
−10130
−12388
−14940#
−17760#
−20290#
∗
∗
510#
300#
50
50
7
50
13
50
18
80
17
210#
400#
630#
∗
−24970#
−20920#
−17080
−15890
−9838
−9759
−5740
−5907
−1966
−1863
2450
2114
6430#
6520#
10930#
590#
400#
110
90
8
5
50
13
16
16
80
23
200#
430#
670#
5130#
4880#
1290
−1150
−6915
−6559.5
−10308
−9480
−13604
−13185
−17290
−16410
−20690#
−20150#
∗
∗
510#
310#
40
50
7
1.9
10
50
18
23
60
170
300#
540#
480
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
A Elt.
Z
S(n)
137 Sn
Sb
Te
I
Xe
Cs
Ba
La
Ce
Pr
Nd
Pm
Sm
Eu
Gd
Tb
50
51
52
53
54
55
56
57
58
59
60
61
62
63
64
65
1880#
3450#
3210
5070
4025.53
8278.2
6905.61
9140
7481.54
9921
8452
10950
9290
11830#
10230#
13100#
780#
∗
500#
11040#
130
11970#
60
9370
0.11 10170
1.9
7409
0.08 8671.5
50
5503
0.16 7130
15
3998
16
5542
80
2163
40
4120
280#
490#
570#
2240#
840#
−760#
138 Sb
Te
I
Xe
Cs
Ba
La
Ce
Pr
Nd
Pm
Sm
Eu
Gd
Tb
Dy
51
52
53
54
55
56
57
58
59
60
61
62
63
64
65
66
2970#
4440#
3900
5840
4413
8611.72
7495
9761
8026
10509
8940
11540
9810#
12640#
10700#
∗
500#
240#
90
40
9
0.04
14
16
18
16
30
40
200#
450#
720#
139 Sb
Te
I
Xe
Cs
Ba
La
Ce
Pr
Nd
Pm
Sm
Eu
Gd
Tb
Dy
51
52
53
54
55
56
57
58
59
60
61
62
63
64
65
66
3240#
2940#
4580
3560
5885
4723.43
8778.0
7455
9763
8045
10630
8954
11720
9820#
12610#
10820#
590#
∗
450#
12930#
90
10200#
50
10600
10
7840
0.04 9315
2.6
6258.7
12
7717
16
4544
28
6149
30
2767
16
4729
30
1189
280#
3070#
500#
−320#
780#
1350#
Q(4β − )
S(p)
12130#
12960#
10060
10940
7797
9005.00
6092
7757
4542
6130
2649
4714
1010
3050#
−290#
1230#
Q(d,α )
Q(p,α )
Q(n,α )
640#
320#
50
50
7
1.9
13
50
9
17
18
90
200#
450#
720#
32070#
26290#
18160
10600
3499
−3368
−8141
−13028
−17850
−23160#
−28370#
−33070#
∗
∗
∗
∗
600#
400#
120
30
15
12
11
19
40
200#
400#
600#
7600#
11250#
10860
12040
12121
10582
10571.4
11461
11483
12158
12066
12852
12660
13550#
13690#
13890#
780#
570#
160
90
10
5
1.1
13
17
16
16
23
70
250#
500#
780#
6580#
11400#
9470
10921
6557
6442.9
4034.0
6713
4204
6523
3800
6438
3580
6350#
3480#
5430#
720#
∗
410# −2590#
130
2880
30
3310
11
5827
1.0
3173
0.4
6049.7
13
5437
24
8718
24
7688
40
10902
18
10090
70
13270
280# 12370#
450# 15940#
720# 14470#
570#
160
50
13
8
0.9
13
13
23
23
40
40
200#
450#
630#
670#
450#
150
50
12
0.18
4
16
19
17
30
18
50
280#
570#
840#
27730#
22330#
14190
7420
244
−6244
−11584
−16071
−21380
−26240#
−31310#
−36560#
∗
∗
∗
∗
300#
210#
80
40
17
12
28
16
30
200#
400#
600#
12060#
9660#
12810
10060
14249
8787.9
13073
9180
14048
10020
14970
10410
15770
11200#
16130#
11750#
590#
360#
90
70
12
1.9
4
50
19
17
30
80
30
280#
570#
840#
10510#
8640#
10360
8500
8394
4184.3
6190
3946
6357
3782
6140
3340
5970
3280#
5410#
∗
500# −2310#
230#
510#
120
3020
40
3320
10
6549
1.1
3802
4
6704
14
5928
18
9165
17
8253
30
11642
60
10362
160
13870
360# 12730#
640# 16210#
14890#
590#
450#
130
100
12
5
4
10
17
16
30
23
60
250#
500#
780#
500#
210#
80
40
9
2.4
7
13
29
18
30
18
200#
360#
640#
30380#
24120#
18390
11309
4122
−2922
−9735
−14572
−19425
−24460#
−29330#
−34690#
∗
∗
∗
∗
500#
400#
30
22
9
26
14
13
15
200#
300#
500#
10700#
10170#
11430
11570
12389
12342.66
11200.7
10859
11766
11896
12795
12403
13340
13200#
13760#
14030#
780#
11050#
570#
8940#
130
10450
30
8720
8
10588
0.18 6289.0
2.4
6519.6
15
3950
15
6509
28
4200
18
6567
17
3680
40
6277
280#
3600#
500#
5750#
780#
3150#
∗
1350#
1690#
4430
4440
7158
4754
7581
6860
10123
9477
12465
11450
14930#
13740#
17010#
640#
300#
50
50
7
3
7
50
29
18
16
80
200#
360#
640#
710#
500#
50
50
8
1.9
2.4
50
15
29
18
80
18
280#
500#
780#
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
S(2n)
S(2p)
Q(2β − )
Q(α )
481
Q(β − n)
Q(ε p)
A Elt.
Z
137 Sn
Sb
Te
I
Xe
Cs
Ba
La
Ce
Pr
Nd
Pm
Sm
Eu
Gd
Tb
50
51
52
53
54
55
56
57
58
59
60
61
62
63
64
65
5650#
6690#
7880
8856
12105
15106.4
16013.35
16593
17396
18384
19509
20240
21310
21960#
23180#
∗
720#
410#
150
29
8
1.1
0.09
17
17
17
22
60
160
360#
640#
∗
27640#
23340#
21370
19130
17334
15882
14097
12606
11105
9533
7715
6390
4620#
2930#
1390#
640#
420#
110
90
7
5
13
13
15
16
18
50
200#
430#
670#
∗
−4750#
−1030
10
−1860
−3084
−2502.5
−1455
−750
−110
418
1440
1880
2970#
3490#
3850#
500#
130
40
25
5
2.4
13
13
30
20
18
60
200#
450#
670#
19250#
16240#
12820
10043
5342
555
−1843
−3923
−6298
−9104
−11550
−14060#
−16810#
−19010#
∗
∗
610#
400#
120
28
7
13
13
9
17
18
40
200#
400#
630#
∗
∗
−20350#
−18910#
−15240
−14340
−8585
−8051
−4281
−4430
−401
−35
3880
3890#
8310#
7970#
138 Sb
Te
I
Xe
Cs
Ba
La
Ce
Pr
Nd
Pm
Sm
Eu
Gd
Tb
Dy
51
52
53
54
55
56
57
58
59
60
61
62
63
64
65
66
6420#
7650#
8970
9870
12691
15517.33
16630
17243
17947
18961
19880
20830
21630#
22870#
23800#
∗
420#
210#
100
40
9
0.09
50
16
19
17
80
17
200#
450#
720#
∗
24010#
22030#
20300
17970
16414
14764
13260
11670
10128
8190
6876
5130
3550#
1950#
470#
540#
310#
60
50
7
4
10
50
18
30
17
80
200#
450#
720#
−5560#
−1560#
−590
−20
−1240
−2562.1
−2058
−1044
−338
393
1150
1724
2560
3300#
3770#
4210#
500#
230#
90
40
12
0.9
4
10
25
24
40
17
60
280#
450#
720#
17180#
14220#
10560
8110
3637
−693
−3393
−5550
−8190
−10520
−13190
−15720#
−18120#
−20840#
∗
∗
310#
210#
80
40
10
10
14
16
30
17
40
200#
400#
630#
∗
−22910#
−19360#
−17880
−13674
−13171
−7268
−7136
−3320
−3429
948
793
5030
4960#
9100#
8980#
139 Sb
Te
I
Xe
Cs
Ba
La
Ce
Pr
Nd
Pm
Sm
Eu
Gd
Tb
Dy
51
52
53
54
55
56
57
58
59
60
61
62
63
64
65
66
6200#
7380#
8480
9407
10298
13335.15
16273
17217
17789
18554
19566
20500
21530#
22460#
23310#
∗
640#
420#
40
22
3
0.06
14
15
14
28
19
40
200#
450#
670#
∗
25070#
23160#
20660
18776
17112
15263.7
13809
12301
10691
8897
7378
5903
4080#
2730#
1050#
720#
400#
120
28
7
2.4
7
16
29
18
16
19
200#
360#
640#
−5550#
−2430#
−1560
−240
664
−922
−2074.4
−1527
−598
208
1014
1409
2150
2900#
3600#
4070#
710#
570#
110
90
8
5
2.6
7
13
28
18
22
60
250#
420#
710#
18520#
14850#
11860
9270
6530
2039
−2408
−4961
−7327
−9611
−12098
−14850#
−17230#
−19840#
∗
∗
500#
400#
30
21
4
7
8
26
15
28
19
200#
300#
540#
∗
∗
−20970#
−17000#
−15660
−12050
−11633
−5980
−5588
−1712
−1654
2349
2250
6680#
6290#
10800#
520#
300#
50
50
7
14
13
50
17
18
40
210#
400#
630#
6500#
6100#
1870
1851
−4112
−5729.98
−9760
−8703.6
−12623
−12049
−16450
−15333
−19830#
−19040#
−23310#
∗
670#
400#
130
27
7
0.19
50
1.6
15
17
80
18
200#
450#
720#
630#
410#
130
29
7
4
10
19
18
30
16
30
200#
450#
720#
6340#
2500#
1980
−1680
−3237
−9232
−8717
−12463
−11623
−16017
−14990
−19550#
−18610#
−22850#
∗
∗
320#
210#
80
40
9
13
14
15
18
18
50
200#
400#
630#
300#
210#
80
40
9
7
8
28
20
16
30
200#
300#
540#
7540#
3460#
3240
−828
−511
−6460
−7734
−11892
−10877
−15120
−14070
−18702
−17690#
−21970#
−21300#
∗
540#
410#
50
23
3
4
10
16
14
40
18
30
200#
450#
670#
482
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
S(p)
Q(d,α )
Q(p,α )
Q(n,α )
Elt.
Z
140
Te
I
Xe
Cs
Ba
La
Ce
Pr
Nd
Pm
Sm
Eu
Gd
Tb
Dy
Ho
52
53
54
55
56
57
58
59
60
61
62
63
64
65
66
67
4230#
3510#
5420
4421
6429
5160.98
9202
7943
10330
8780
11147
9660
12330#
10390#
13220#
∗
500#
200#
60
9
8
0.04
7
10
40
40
17
50
200#
850#
710#
13930#
10760#
11440
8696
9859
6696.3
8140.9
5032
6717
3500
5248
1890
3670
240#
1960#
−1094
590#
450#
70
22
9
2.4
1.8
9
29
40
18
50
30
820#
590#
10
26310#
20050#
15090
7644
980
−6110
−12627
−17710
−22470
−27720
−32620#
−37680#
∗
∗
∗
∗
300#
200#
60
10
29
40
13
50
40
800
500#
510#
8900#
12370#
10050
13810
10327
14651.4
9152
13584
9590
14520
10200
15220
10680
16010#
11500#
16350#
420#
280#
100
40
12
2.4
3
12
30
40
30
50
40
820#
640#
780#
8160#
10150#
8380
10192
8138
8264.3
3881
6047
3790
6240
3481
5900
3100#
5600#
3030#
∗
500#
230#
70
11
8
2.4
14
15
30
40
18
70
200#
900#
780#
−1000#
1630#
2220
5098
4754
7871.0
5284.4
8052
7270
10620
9771
12730
11890
15180#
14020#
17350#
670#
450#
140
29
11
2.4
2.5
15
30
40
17
50
50
820#
640#
780#
141
Te
I
Xe
Cs
Ba
La
Ce
Pr
Nd
Pm
Sm
Eu
Gd
Tb
Dy
Ho
52
53
54
55
56
57
58
59
60
61
62
63
64
65
66
67
2670#
4320#
3410
5497
4526
6689
5428.14
9397
8017
10390
8554
11010
9510
12130
10550#
13140#
500#
280#
110
13
11
4
0.10
6
28
40
15
50
30
810
590#
710#
∗
10850#
11340#
8770
9964
6956
8408.0
5226.6
6792
3560
5020
1760
3530
50
2120#
−1177
360#
220#
60
11
9
1.8
1.1
7
30
40
18
60
110
850#
7
28170#
22420#
17110
11544
4472
−2415
−9501
−16094
−20974
−25980
−30620#
−35550#
∗
∗
∗
∗
400#
200#
90
11
9
15
9
13
20
110
300#
500#
9470#
10990#
11220
11878
11686
12686
12502.1
11642
11336
12180
12269
13164
12885
13700#
13560#
14030#
640#
450#
100
23
9
5
1.8
7
8
29
16
17
24
220#
420#
710#
8460#
10280#
8870
10540
8026
10187
5949
6412
3798
6359
3866
6435
3390
6100#
3180#
5430#
500#
280#
120
40
12
5
3
10
14
18
29
17
30
220#
500#
780#
∗
280#
3250#
3500
6070
5596
8467.9
6150
9017
8255
11726
10660
13920
12860
16110#
14900#
360#
220#
80
40
10
2.5
3
10
20
15
30
23
110
360#
640#
Te
I
Xe
Cs
Ba
La
Ce
Pr
Nd
Pm
Sm
Eu
Gd
Tb
Dy
Ho
52
53
54
55
56
57
58
59
60
61
62
63
64
65
66
67
3950#
3270#
5220
4110
6169
5168
7169.7
5843.15
9829
8705
11126
9460
11810
10590#
12710#
11170#
720#
450#
140
15
10
7
2.4
0.08
3
29
10
30
30
320#
470#
710#
∗
11450#
12250#
9480
10635
7598
8889
5641.6
7223.3
4248
5759
2670
4320
1120#
2710#
−550#
570#
220#
90
12
10
5
1.1
1.5
25
15
30
30
300#
380#
590#
30390#
24310#
19060
13278
8132
1122
−5546
−12470
−18996
−24100#
−29030#
−33850#
∗
∗
∗
∗
600#
400#
100
11
6
26
6
30
28
300#
360#
500#
∗
11950#
9510#
13190
9939
13947
10493.4
15001.4
9451
13810
9920
14850
10740
15430#
11230#
16080#
500#
220#
60
10
10
2.9
1.1
6
40
40
30
60
300#
880#
710#
7750#
9940#
8230
9993
7742
9743
7556.9
8024
3732
5700
3368
5920
3300
5330#
3070#
5080#
780#
570#
110
23
7
6
2.9
7
8
40
15
30
30
360#
470#
710#
∗
240#
970#
3970
3467
6313
6022
9085.0
6644
9313
8645
11820
11067
13990#
13220#
16340#
640#
410#
30
22
6
3
2.0
7
26
26
30
30
300#
410#
590#
142
S(n)
Q(4β − )
A
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
Q(2β − )
Q(β − n)
Q(ε p)
Elt.
Z
140
Te
I
Xe
Cs
Ba
La
Ce
Pr
Nd
Pm
Sm
Eu
Gd
Tb
Dy
Ho
52
53
54
55
56
57
58
59
60
61
62
63
64
65
66
67
7170#
8090#
8980
10306
11152
13939.0
16657
17706
18380
19410
20101
21380
22150#
22990#
24040#
∗
360#
210#
70
12
8
2.6
10
15
30
50
17
60
200#
900#
780#
∗
23700#
21640#
19300
17700
16012
14399.6
12749
11261
9650
8016
6620
4860
3310
1640#
250#
360#
210#
80
40
9
2.5
7
30
40
17
60
30
800
540#
640#
−2880#
−1820#
−990
20
729
−407
−1621.3
−1080
−210
700
1318
1790
2600
3360#
3790#
4240#
590#
360#
80
50
11
3
2.5
50
30
40
17
90
30
820#
640#
780#
16030#
12780#
10280
7270
4812
374
−3832
−6490
−8800
−11220
−13670
−16500
−18940#
−21180#
∗
∗
300#
200#
60
8
8
6
28
40
30
60
30
800
500#
950#
∗
−21240#
−19480#
−15500
−14916
−10909
−10458.5
−4753
−4588
−670
−753
3220
3309
7630
7400#
11570#
Te
I
Xe
Cs
Ba
La
Ce
Pr
Nd
Pm
Sm
Eu
Gd
Tb
Dy
Ho
52
53
54
55
56
57
58
59
60
61
62
63
64
65
66
67
6900#
7820#
8830
9919
10955
11849
14630
17340
18349
19169
19701
20671
21840#
22520#
23770#
∗
570#
200#
90
11
8
4
7
8
26
19
14
18
200#
320#
590#
∗
24780#
22110#
20220
18660
16815
15104.3
13367.5
11823
10278
8525
7008
5422
3720
2370#
780#
540#
410#
30
22
6
2.5
2.0
8
16
27
18
23
110
360#
590#
−3670#
−2690#
−1190
−399
229
1182
−143.8
−1345
−744
229
1217
1721
2380
3050#
3470#
4210#
720#
450#
150
30
11
5
2.5
14
14
18
14
18
50
220#
500#
780#
16770#
13960#
11400
8461
5714
3083
−1242
−5498
−8259
−10596
−12714
−15390
−17910#
−20170#
∗
∗
410#
200#
90
11
8
4
3
14
9
19
22
110
300#
510#
∗
∗
−18660#
−17490#
−14020
−13176
−9458
−8988.8
−3404
−3117
1024
990
4943
5160
9180#
8820#
Te
I
Xe
Cs
Ba
La
Ce
Pr
Nd
Pm
Sm
Eu
Gd
Tb
Dy
Ho
52
53
54
55
56
57
58
59
60
61
62
63
64
65
66
67
6610#
7590#
8630
9607
10694
11856
12597.8
15240
17846
19090
19680
20480
21320
22720#
23260#
24310#
670#
450#
120
13
10
6
2.4
6
28
40
14
60
40
860#
620#
710#
∗
∗
23090#
20820#
19410
17562
15845
14049.6
12449.9
11040
9319
7690
6080
4650#
2760#
1570#
320#
200#
60
10
8
2.0
1.7
26
29
50
30
310#
360#
950#
∗
−2990#
−1970#
−610
−100
428
1298
307
−812
−450
600
1200
2110
2270#
3390#
3730#
500#
230#
80
40
11
3
3
10
29
13
40
30
300#
410#
640#
18040#
14790#
12350
9520
6715
3758
1416.7
−2636
−6962
−9840
−12033
−14260#
−17000#
−19590#
∗
∗
610#
400#
100
11
6
6
2.1
25
6
40
29
300#
360#
590#
∗
∗
−21210#
−17290#
−16790
−12847
−12102
−8143
−7804.1
−2425
−2084
1910
1690
5580#
5980#
9780#
142
S(2p)
Q(α )
A
141
S(2n)
483
540#
410#
30
22
4
2.5
6
29
40
29
50
30
800
540#
590#
3810#
3300#
−360
−209
−4111
−5440
−11331
−10775
−14830
−13900
−18129
−17530#
−21690#
−20870#
∗
∗
300#
200#
60
8
8
7
8
27
30
40
18
200#
300#
950#
310#
200#
60
9
8
2.0
3
15
29
40
23
120
300#
950#
4640#
4400#
650
723
−3476
−2926
−8816
−9840
−14060
−13138
−17020
−16220
−20810
−19770#
−24080#
∗
450#
210#
90
13
8
4
6
28
40
19
50
30
800
510#
590#
410#
200#
90
12
9
4
1.7
25
6
30
29
300#
360#
510#
5020#
4530#
930
1139
−2956
−2666
−6588.9
−7666.2
−13504
−13290
−17138
−16170
−20490
−19810#
−23660#
∗
630#
410#
100
13
7
6
2.4
2.8
14
27
14
40
110
420#
620#
484
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
Q(p,α )
Q(n,α )
Z
143
I
Xe
Cs
Ba
La
Ce
Pr
Nd
Pm
Sm
Eu
Gd
Tb
Dy
Ho
Er
53
54
55
56
57
58
59
60
61
62
63
64
65
66
67
68
3990#
3040#
5228
4184
6224
5144.84
7352.1
6123.57
9880
8602
10990
9340
11450#
10430#
12880#
∗
570#
220#
25
15
16
0.09
1.9
0.07
25
6
30
200
310#
410#
640#
11500#
12010#
9490
10710
7653
8866
5824.0
7503.7
4299.5
5655
2538
4200
760
2550#
−390#
1170#
720#
450#
100
17
16
5
1.8
1.5
2.4
25
12
200
70
360#
540#
780#
26550#
21170#
15402
10072
4779
−2089
−8831
−15780
−22530
−27200#
−31960#
−36880#
∗
∗
∗
∗
400#
200#
24
13
16
4
11
200
60
200#
400#
630#
10630#
10790#
11370
11252
12249
12037
13077.4
12724.3
11943
11711
12407
12400
13500
12930#
13750#
13730#
570#
280#
90
17
17
5
2.1
1.5
4
14
14
200
60
220#
500#
780#
10180#
8690#
10180
7979
9948
7573.1
9873.8
5552
6150
3550
6078
3620
6210
3020#
5420#
2820#
500#
280#
70
16
17
2.9
2.1
6
28
40
17
210
70
820#
640#
780#
∗
2160#
2250#
4700
4510
7306
6893.9
9722.2
7376
10375
9610
12870
12200
15110#
13850#
17130#
360#
200#
60
17
8
2.6
1.7
7
28
40
200
80
200#
900#
780#
I
Xe
Cs
Ba
La
Ce
Pr
Nd
Pm
Sm
Eu
Gd
Tb
Dy
Ho
Er
53
54
55
56
57
58
59
60
61
62
63
64
65
66
67
68
3010#
4900#
3670
5905
4780
6896
5753.5
7817.03
6526.7
10520.1
9451
11600
10010
12330#
10990#
13620#
640#
360#
30
19
50
3
2.8
0.05
1.5
2.4
15
200
70
200#
500#
720#
∗
12930#
10110#
11387
8250
9539
6433
7968.6
4702.6
6295.2
3387
4810
1420
3440
160#
1910#
500#
200#
27
50
16
3
1.4
2.2
2.7
11
30
200
70
360#
570#
28310#
23160#
17486
11984
6530
1535
−5134
−11994
−19053
−25390
−30430#
−34850#
∗
∗
∗
∗
510#
300#
26
14
50
3
11
28
28
30
300#
400#
11560#
9160#
12920
9457
13640
10309
14494
10750.4
15244.9
9896
14082
10270
15300
11190#
15470#
11280#
780#
500#
100
17
50
6
3
1.5
2.3
25
12
40
40
300#
470#
640#
9840#
8110#
9920
7572
9700
7365
9548.5
7131.8
7641
3415
5181
3030
5720
2820
4990#
2330#
640#
360#
90
17
50
5
2.9
1.5
4
14
14
30
30
110
420#
640#
∗
−70#
2900#
2200
5230
4935
7829
7333.3
10246.2
7872
10548
9826
13200
12290
14990#
14060#
500#
200#
90
50
9
5
1.7
2.7
4
18
29
30
40
320#
500#
Xe
Cs
Ba
La
Ce
Pr
Nd
Pm
Sm
Eu
Gd
Tb
Dy
Ho
Er
Tm
54
55
56
57
58
59
60
61
62
63
64
65
66
67
68
69
2890#
4858
3720
6170
4730
6948
5755.29
7924.0
6757.10
10448
9240
11580
9780
12060#
10860#
∗
420#
27
70
100
40
7
0.25
1.5
0.30
11
30
60
60
420#
570#
12800#
10070#
11430
8510
9490
6484
7970.5
4809.6
6525.6
3315.4
4595
1410
3210
−110#
1780#
−1740
590#
300#
80
90
60
8
2.4
2.2
2.6
2.7
22
60
50
300#
500#
10
25000#
19575
14020
8290
3560
−1633
−8510
−15390
−22370
−28820#
−33240#
−38000#
∗
∗
∗
∗
300#
13
70
90
40
8
19
60
50
300#
400#
410#
10250#
11100#
10970
11660
11800
12691
12347.2
13444.5
13018.8
12236
12026
13060
12860
13850#
13300#
14190#
500#
200#
70
90
40
7
1.4
2.2
2.7
4
22
210
80
360#
570#
720#
8490#
10280
7960
9700
7800
9771
7219.6
9545.5
5363
5859
3260
5940
3640#
5640#
2650#
∗
500#
100
70
90
40
7
1.5
2.2
25
6
40
60
310#
470#
640#
980#
1310#
3710
3170
6370
6049
8747.7
8165.4
10943.9
8805
11712
11090
14320
13520#
15920#
15240#
670#
400#
120
90
40
9
2.1
2.6
1.8
25
20
60
50
420#
540#
640#
145
S(p)
Q(d,α )
Elt.
144
S(n)
Q(4β − )
A
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
S(2n)
S(2p)
Q(2β − )
Q(α )
485
Q(β − n)
Q(ε p)
A Elt.
Z
143 I
Xe
Cs
Ba
La
Ce
Pr
Nd
Pm
Sm
Eu
Gd
Tb
Dy
Ho
Er
53
54
55
56
57
58
59
60
61
62
63
64
65
66
67
68
7270#
8260#
9337
10353
11391
12314.5
13195.2
15952
18585
19727
20458
21150
22040
23150#
24050#
∗
450#
220#
26
16
16
2.4
1.9
3
14
9
17
200
120
360#
640#
∗
23460#
21730#
20190
18288
16464
14713
13145.3
11522.8
9903
8297
6870
5090
3680#
2320#
620#
−3750#
450# −2070#
200# −1260
90
−717
19
89
9
877
4
1733.0
1.7
520
2.8 −567
4
44
18
829
200
1720
60
2540
200#
2780#
410#
3460#
670#
3910#
640#
450#
40
25
16
3
2.6
7
8
26
17
200
60
280#
500#
780#
16030#
13490#
10516
7676
4886
2395.4
−107.8
−4484.3
−8723
−11290
−13810
−15910#
−18150#
−20970#
∗
∗
400#
200#
27
13
15
2.1
2.8
2.9
11
200
60
280#
410#
630#
∗
−20300#
−19240#
−15750
−14961
−11078
−10328
−6757.9
−6462.0
−857.0
−374
3470
3600
7350#
7490#
11320#
630#
400#
100
19
6
5
2.1
2.8
2.9
27
200
70
200#
500#
700#
5760#
2000#
2080
−1972
−1720
−5890.6
−5189.6
−10922
−12044
−16270
−15350
−19240#
−18550#
−22920#
∗
∗
410#
200#
24
14
15
2.4
1.4
25
6
30
30
360#
370#
540#
144 I
Xe
Cs
Ba
La
Ce
Pr
Nd
Pm
Sm
Eu
Gd
Tb
Dy
Ho
Er
53
54
55
56
57
58
59
60
61
62
63
64
65
66
67
68
7010#
7950#
8897
10088
11000
12041
13105.6
13940.60
16407
19122
20440
20940
21450#
22770#
23870#
∗
640#
320#
28
15
50
3
2.8
0.09
25
6
30
40
300#
360#
590#
∗
24420#
22130#
20870
18960
17192
15299
13792.6
12206.3
10594.7
9043
7345
5630
4200
2720#
1520#
∗
670# −2740#
400# −1420#
100
−1200
50
−270
7
409
6
1140
2.1
1905.2
2.7
849
1.8 −145
27
160
29
1270
40
2190
40
2770
420#
2860#
540#
3510#
420#
200#
60
50
9
3
1.7
7
28
40
30
60
40
850#
640#
16690#
14490#
11620
8668
5860
3316.2
665
−1781.2
−5799
−10212
−13253
−15170
−17170#
−19680#
∗
∗
500#
300#
50
14
50
2.5
3
1.8
11
28
30
40
300#
400#
∗
∗
−18920#
−18610#
−14510
−13790
−9858
−9430.1
−5636.6
−5253.5
55
475
4590
4360
7950#
8130#
5790#
2320#
400#
2594
200#
−1653
50
−1350
14
−5434.8
16
−4819.5
2.1 −8858.7
2.6 −9969
1.8 −15801
11
−15460
28
−19400
30
−18120#
200
−22380#
300# −21910#
450#
∗
540#
300#
29
20
50
2.9
2.4
2.4
3
11
200
70
200#
400#
670#
145 Xe
Cs
Ba
La
Ce
Pr
Nd
Pm
Sm
Eu
Gd
Tb
Dy
Ho
Er
Tm
54
55
56
57
58
59
60
61
62
63
64
65
66
67
68
69
7800#
8528
9620
10940
11630
12701
13572.32
14450.7
17277.2
19899
20840
21590
22110#
23050#
24480#
∗
360#
26
70
90
40
7
0.25
2.0
2.4
12
200
80
200#
500#
720#
∗
22990#
21550#
19890
17740
16023
14403.1
12778.2
11228.2
9611
7982
6220
4630
3330#
1950#
170#
−2970#
400# −1960#
210# −1510
90
−930
40
200
17
881
2.1
1578.1
2.6
2322.2
1.8
1115
4
100
19
586
60
1620
210
2510
300#
2930#
450#
3200#
570#
4070#
500#
200#
120
90
40
8
1.7
2.6
4
14
21
60
50
320#
500#
640#
15320#
12930
9680
6640
4340
1642
−779.4
−3275
−7730
−12120
−14640
−16700#
−18600#
−21310#
∗
∗
310#
90
80
90
40
7
1.8
4
19
60
50
300#
400#
500#
∗
−20760#
−17430#
−17010
−12620
−12030
−8289.1
−7807
−4193.5
−3866
1756
2450
6180
5900#
9610#
10030#
500#
310#
90
40
50
2.6
3
1.8
4
19
60
50
300#
400#
500#
3100# 300#
3641
17
−590
90
−620
90
−4410
40
−3950
7
−8087.3
2.3
−7373.1
2.4
−13107
11
−14310
28
−18630
30
−17370
60
−21160# 300#
−20350# 500#
∗
∗
486
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
Q(p,α )
Q(n,α )
Z
146
Xe
Cs
Ba
La
Ce
Pr
Nd
Pm
Sm
Eu
Gd
Tb
Dy
Ho
Er
Tm
54
55
56
57
58
59
60
61
62
63
64
65
66
67
68
69
4640#
3630
5660
4210
6650
5150
7565.23
6257
8415
7195
11237
9960
12340
10460#
13090#
11470#
500#
70
100
110
80
60
0.09
5
3
7
19
70
50
360#
500#
570#
∗
10810#
12230
9000
9980
6910
8588
5312
7017
3754
5384
2130
3960
570#
2820#
−1127
310#
70
100
110
70
7
4
3
6
5
50
60
200#
420#
4
27010#
21090
15930
10340
5330
410
−4838
−11690
−18448
−25560#
−31380#
−36490#
∗
∗
∗
∗
410#
70
70
70
70
60
4
50
27
200#
300#
400#
8620#
12370#
8980
13360
9930
14430
10535.4
15004
11130
15560
10239
14700
10520
15730#
11200#
16340#
640#
310#
80
70
80
60
2.4
4
4
6
12
50
40
200#
420#
570#
7840#
9690#
7540
9680
7380
9760
7006.5
9412
6828
7265
3013
5330
2740
5620#
2430#
4940#
570#
210#
80
70
70
60
1.4
4
4
6
12
210
70
280#
500#
720#
∗
1670#
1090#
4190
3910
7120
6327.4
9260
8652.0
11490
9076
12120
11320
14510#
13260#
16650#
410#
210#
80
70
60
2.1
4
2.9
6
5
50
200
200#
360#
570#
Xe
Cs
Ba
La
Ce
Pr
Nd
Pm
Sm
Eu
Gd
Tb
Dy
Ho
Er
Tm
54
55
56
57
58
59
60
61
62
63
64
65
66
67
68
69
2660#
4470
3670#
5800
4420
6810
5292.20
7659
6341.5
8500
7341
11050
9710
12340#
10410#
13160#
570#
90
220#
90
70
70
0.09
4
3.0
6
4
50
30
200#
420#
500#
∗
10640#
12270#
9140
10190
7070
8730
5405.9
7101
3838
5530
1948
3710
570
2770#
−1058
400#
220#
90
80
70
60
0.9
4
4
6
12
50
40
360#
3
28770#
23440
17550#
12200
7240
2096
−2788.9
−8296
−15084
−21713
−28310#
−34390#
∗
∗
∗
∗
400#
60
210#
50
30
23
2.1
12
20
28
300#
300#
∗
10790#
10170#
11280
11670
12350
12191
13100.0
12712.5
13818.0
13346.2
12886
12400
13160
12840#
14040#
300#
210#
90
100
50
7
0.9
2.3
2.7
3.0
22
60
50
420#
500#
8190#
10120#
7540#
9780
7730
9846
7467.8
9569.3
7013.1
9285.5
5123
5870
3040
5610
3010#
5410#
640#
300#
210#
50
60
23
2.4
0.9
2.4
2.6
11
30
30
40
420#
500#
∗
210#
2330#
2070
5390
5080
7931.5
7354.1
10127.5
9517.0
12255.3
10516
13220
12180
15180#
14480#
510#
360#
50
30
50
2.6
2.6
1.0
2.9
1.3
16
30
40
300#
420#
Cs
Ba
La
Ce
Pr
Nd
Pm
Sm
Eu
Gd
Tb
Dy
Ho
Er
Tm
Yb
55
56
57
58
59
60
61
62
63
64
65
66
67
68
69
70
3360
5490#
4350
6430
5150
7332.8
5895
8141.41
6823
8984.1
7860
11743
10250
12670#
10980#
∗
580
220#
80
40
30
1.6
6
0.28
10
1.3
18
22
130
360#
500#
11330#
13280
9820#
10830
7790
9248
6009
7583.2
4319
6014.3
2466
4396
1120
3100#
−490#
1270#
700#
100
210#
60
40
23
6
0.4
10
2.6
14
16
130
200#
500#
670#
25230
19400
13740
8951
3772
−1137.6
−6331
−11483
−18290
−24620#
−31270#
−37510#
∗
∗
∗
∗
580
80
60
29
28
2.4
15
11
130
200#
400#
600#
12080#
8320
12580
9440
13860
10010
14770
10829
15410
11557
16264
10620
15250
10630#
16150#
11640#
700#
110
90
80
70
60
6
4
11
6
15
50
130
280#
500#
720#
9660#
6910
9150
7460
9430
7082
9429
6795.6
9219
6586.7
7251
2890
5140
2400#
5280#
2390#
650#
80
90
90
50
7
6
2.3
10
2.7
23
60
140
360#
570#
720#
∗
−270#
2570
2670
6100
5330
8406
7741.4
10618
10028.3
13104
10714
13510
12280#
15560#
14990#
310#
60
80
90
40
9
1.0
10
0.3
14
22
140
200#
500#
720#
148
S(p)
Q(d,α )
Elt.
147
S(n)
Q(4β − )
A
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
S(2p)
Q(α )
Q(2β − )
487
Q(β − n)
Q(ε p)
A Elt.
Z
S(2n)
146 Xe
Cs
Ba
La
Ce
Pr
Nd
Pm
Sm
Eu
Gd
Tb
Dy
Ho
Er
Tm
54
55
56
57
58
59
60
61
62
63
64
65
66
67
68
69
7540#
500#
8490
80
9370
70
10370
90
11380
70
12100
60
13320.52
0.26
14181
5
15173
3
17643
12
20476
28
21540
50
22110
40
22510#
360#
23950#
500#
∗
∗
23610#
22300#
20430
18480
16400
15072.0
13282
11826.7
10279
8699
6730
5370
3780#
2710#
660#
−3660#
510# −2320#
310# −1950
80
−1030
70
−280
80
900
2.6
1182.5
5
1908
2.9
2528.4
6
1610
4
475
50
1130
40
1980
200#
3070#
300#
2820#
500#
3770#
720#
410#
120
70
70
60
2.1
4
2.9
26
6
50
40
360#
470#
640#
16330#
13500
10680
7590
5260
2750
70.8
−2338
−4909
−9350
−13539
−16200#
−17840#
−20290#
∗
∗
410#
50
60
60
70
60
2.9
7
5
50
27
200#
300#
450#
∗
∗
−20190#
−16350
−15550
−11020
−11120
−7117
−6853.7
−3137
−2724
2940
3080
7020#
6290#
10620#
147 Xe
Cs
Ba
La
Ce
Pr
Nd
Pm
Sm
Eu
Gd
Tb
Dy
Ho
Er
Tm
54
55
56
57
58
59
60
61
62
63
64
65
66
67
68
69
7300#
8100
9330#
10000
11070
11966
12857.44
13916.8
14757.0
15695
18578
21010
22040
22800#
23500#
24630#
500#
50
220#
100
50
24
0.12
2.3
1.9
4
19
60
50
300#
500#
500#
∗
∗
∗
−2800#
23080# 360# −2580#
21370
50
−1600
19190
80
−520
17050
90
307
15630
40
1035.1
13994
7
1600.6
12412.9
0.9
2310.5
10854.7
2.9
2990.3
9283.3
1.3
1735.2
7332
12
1065
5838
27
1620
4530
60
2170
3340# 300#
2850#
1760# 420#
3490#
400#
280#
50
30
28
2.1
1.6
1.0
3.0
2.0
16
200
70
360#
500#
17340#
14830
11430#
8610
6120
3593
1120.1
−1497.4
−3909.0
−6798
−11175
−14910
−17140#
−19470#
∗
∗
450#
70
200#
40
30
23
0.9
2.3
2.2
12
20
30
300#
300#
∗
∗
−19220# 450#
−18520
90
−14320
80
−13620
70
−9770
70
−9620
60
−5630.0
0.9
−5380
5
−1650
3
−919
13
4616
20
4640
50
8220# 300#
7910# 360#
4290#
4910
450#
760
−3390
−2595
−6763
−6117.4
−10221
−9529
−15670
−16269
−20690#
−19200#
−23850#
∗
410#
90
220#
80
70
23
4
2.9
6
5
50
30
200#
300#
500#
148 Cs
Ba
La
Ce
Pr
Nd
Pm
Sm
Eu
Gd
Tb
Dy
Ho
Er
Tm
Yb
55
56
57
58
59
60
61
62
63
64
65
66
67
68
69
70
7830
9160
10150
10860
11960
12625.0
13555
14482.9
15323
16325
18910
21448
22590#
23080#
24140#
∗
580
110
90
70
70
1.6
7
3.0
12
4
50
29
240#
360#
570#
∗
23920#
22090
19970
17990
16320
14740
12989.1
11421
9852
7996
6344
4820
3680#
2280#
210#
770#
310#
60
30
60
3
6
1.0
10
0.03
18
30
130
200#
500#
720#
15830
12380
9400
7023
4341
1928.8
−569
−3066.3
−5762
−8416
−12530
−16210#
−18740#
−21300#
∗
∗
580
80
50
29
26
1.9
12
1.9
17
11
130
200#
420#
630#
∗
−22040#
−18400
−17080#
−12970
−12670
−8706
−8479.2
−4544
−4292.7
−279
215
5450
5250#
9280#
9410#
5220#
760
830
−3010
−2450
−6436.8
−5671
−9863.0
−9011
−13595
−14424
−20093
−19040#
−23360#
∗
∗
610#
100
70
40
26
1.8
6
2.3
10
12
24
30
330#
360#
−3140#
410# −3160#
90
−2280
80
−1050
80
−60
70
599
60
1459
1.0
1986.1
11
2694
3
3271.21
15
2656
12
1475
140
1930
200#
2510#
450#
3500#
670#
4130#
3320#
3720
310#
−80
70
−100
100
−4110
110
−3350
40
−7728.6
8
−6873
2.9 −11075
6
−12266
4
−18280
50
−17550
30
−21440#
200# −19950#
300# −24910#
500#
∗
410#
80
210#
50
30
24
1.0
10
1.9
14
11
130
200#
400#
670#
400#
100
120
80
70
60
2.2
4
4
20
60
60
300#
450#
500#
488
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
Q(p,α )
Q(n,α )
Z
149
Cs
Ba
La
Ce
Pr
Nd
Pm
Sm
Eu
Gd
Tb
Dy
Ho
Er
Tm
Yb
55
56
57
58
59
60
61
62
63
64
65
66
67
68
69
70
4610#
3540#
5740#
4380
6600
5038.79
7271
5871.1
8215
6929
9027
7927
11740
10160#
12840#
11220#
610#
210#
320#
100
90
0.07
7
0.9
11
3
14
14
130
200#
500#
780#
∗
13470#
10070#
10860
7950
9139
5947
7559
4393
6120
2509
4464
1118
3020
−320#
1510#
610#
330#
110
90
26
3
6
4
11
3
16
21
130
360#
640#
27210#
20890#
15280#
10450
5390
753
−4575
−9427
−14758
−21392
−27460#
−34220#
∗
∗
∗
∗
210#
200#
320#
100
80
4
5
9
19
28
300#
500#
10120#
9240#
10510#
10860
11680
11785
12791
12616.8
13536
13128
14578
13748
13210
12810
13720#
13580#
450#
200#
380#
110
90
23
4
0.9
4
4
4
14
27
40
420#
590#
9690#
7000#
9070#
7290
9480
7200
9724
7182
9419
6853
9461
4920
5730
2690#
5540#
2640#
450#
210#
320#
120
110
60
4
4
5
7
5
50
30
200#
420#
640#
∗
830#
470#
3950
3710
6940
6290
9435.5
8660
11515
11273
14024
11730
14460
13170#
16860#
450#
320#
120
110
70
60
1.2
6
4
7
9
50
40
360#
590#
Cs
Ba
La
Ce
Pr
Nd
Pm
Sm
Eu
Gd
Tb
Dy
Ho
Er
Tm
Yb
Lu
55
56
57
58
59
60
61
62
63
64
65
66
67
68
69
70
71
3190#
5180#
4310#
6200
5320
7380.1
5603
7986.7
6422
8707
7686
9673
8331
12160
10640#
13310#
∗
360#
450#
510#
110
90
2.7
20
0.4
7
7
8
10
23
30
360#
640#
∗
14040#
10840#
11320#
8900
9920
6511
8275
4944
6611
3266
5110
1522
3433
160#
1980#
−1269.6
450#
450#
320#
100
80
20
4
6
7
8
5
17
25
200#
500#
2.8
29340#
23090#
16570#
12230
6494
2079
−2493
−7740
−12849
−17936
−24500#
−30590#
−37010#
∗
∗
∗
∗
300#
400#
400#
50
27
6
21
5
16
18
200#
400#
500#
∗
7420#
11690#
9020
12800
9552
14521
10525
15256
11245
15876
11934
16622
10890
15750#
11250#
16120#
700#
410#
80
40
26
20
6
6
12
7
15
18
130
280#
570#
780#
9160#
6290#
8430#
6890
8590
6629
9413
6854.7
9339
6646
9117
6299
7104
2870
5300#
2500#
∗
500#
400#
450#
70
40
23
20
0.9
6
6
7
12
24
30
360#
500#
∗
−1690#
630#
1420#
4190
3990
7500
6741.0
9897
9150
12086
11693
14451
12001
14870#
13970#
17070#
570#
400#
210#
50
30
30
1.2
6
6
8
4
18
26
200#
500#
590#
Cs
Ba
La
Ce
Pr
Nd
Pm
Sm
Eu
Gd
Tb
Dy
Ho
Er
Tm
Yb
Lu
55
56
57
58
59
60
61
62
63
64
65
66
67
68
69
70
71
4330#
3290#
5320#
4750
6540
5334.55
7863
5596.46
7933
6497
8590
7513
9755
8504
12240#
10880#
13340#
590#
570#
570#
110
30
0.10
21
0.11
6
7
8
5
19
24
200#
500#
640#
∗
14150#
10980#
11750#
9240
9938
6995
8268
4890.7
6687
3150
4937
1604
3607
238
2220#
−1241.0
500#
570#
410#
50
26
4
20
0.5
7
7
8
12
22
11
360#
2.8
31550#
25130#
19110#
13080
7888
3242
−1766
−5824
−11027
−15929
−20848
−27210
−33430#
∗
∗
∗
∗
500#
400#
400#
100
23
4
6
4
12
17
21
300
400#
∗
8740#
9910#
10010#
10640
10810
11696
12200
13193.6
12962
14215
13448
14794
14133
13670
13210#
14010#
450#
450#
330#
100
80
5
4
0.7
5
5
4
15
25
30
420#
640#
∗
6350#
8590#
6490
8480
6442
8882
7153
9547.1
6972
9510
6646
9091
4610
5730#
2590#
5010#
∗
∗
−1340#
2160
2000
5084
4782
8477.3
7859
10793.7
10319
13163.6
12555
15240
12880
15750#
14720#
700#
130
60
29
26
2.0
6
2.9
11
2.9
18
20
130
360#
570#
151
S(p)
Q(d,α )
Elt.
150
S(n)
Q(4β − )
A
700#
410#
120
40
26
5
6
1.0
11
4
14
16
130
200#
500#
720#
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
A
Elt.
Z
149
Cs
Ba
La
Ce
Pr
Nd
Pm
Sm
Eu
Gd
Tb
Dy
Ho
Er
Tm
Yb
55
56
57
58
59
60
61
62
63
64
65
66
67
68
69
70
7970#
9030#
10090#
10810
11740
12371.6
13166
14012.5
15039
15913
16887
19670
21990
22830#
23820#
∗
200#
280#
320#
100
90
1.6
4
0.9
4
3
12
22
30
300#
420#
∗
24810#
23350#
20680#
18790
16930
15194
13567.9
11977
10439
8523
6930
5514
4130
2780#
1030#
Cs
Ba
La
Ce
Pr
Nd
Pm
Sm
Eu
Gd
Tb
Dy
Ho
Er
Tm
Yb
Lu
55
56
57
58
59
60
61
62
63
64
65
66
67
68
69
70
71
7800#
8730#
10050#
10580
11920
12418.9
12874
13857.8
14637
15636
16713
17600
20080
22320#
23480#
24530#
∗
650#
410#
410#
60
40
2.7
21
0.9
12
6
16
12
130
200#
450#
720#
∗
∗
24310#
21390
19750
17877
15650
14221.9
12503
11005
9386
7619
5985
4551
3180#
1660#
240#
Cs
Ba
La
Ce
Pr
Nd
Pm
Sm
Eu
Gd
Tb
Dy
Ho
Er
Tm
Yb
Lu
55
56
57
58
59
60
61
62
63
64
65
66
67
68
69
70
71
7520#
8480#
9640#
10950
11860
12714.7
13467
13583.2
14355
15204
16276
17186
18086
20670
22880#
24190#
∗
540#
450#
510#
140
90
2.7
6
0.4
4
4
5
9
22
30
300#
590#
∗
∗
25020#
22590#
20550#
18840
16920
14779.5
13166
11630.9
9761
8203
6714
5129
3671
2380
740#
150
151
S(2n)
S(2p)
Q(2β − )
Q(α )
489
Q(β − n)
Q(ε p)
450#
320#
230#
100
30
23
1.2
4
3
4
9
22
30
300#
590#
∗
−3810#
−3160#
−1710
−490
290
1136
1870.3
2402
3099
4077.5
2787
1770
2120
2720#
3770#
360#
320#
120
120
40
8
1.2
4
3
2.2
21
60
50
420#
640#
16950#
13210#
10260#
7690
5010
2761.0
375
−2008
−4951
−7418
−9808
−13974
−17650#
−20250#
∗
∗
370#
220#
300#
100
80
2.0
5
3
5
9
18
29
300#
500#
∗
∗
−20780#
−15970
−15220
−11279
−10829
−7017.5
−6864
−3080
−2482
1272
1563
6829
6690#
10870#
700#
100
60
29
30
1.9
8
6
13
4
20
20
240#
450#
640#
∗
−4350#
−3840#
−2250
−1610
−440
690
1448.8
2238
2808
3587
4351.3
3400
2300
2530#
3560#
3910#
570#
410#
90
80
70
60
1.2
7
6
5
1.5
50
30
280#
500#
640#
18070#
14230#
11270#
8870
5300
3367.7
1194
−1289
−3687
−6452
−9163
−11484
−15340#
−19100#
−21670#
∗
∗
500#
400#
400#
50
30
2.2
21
6
9
7
16
18
200#
400#
540#
∗
∗
−20480#
−18630#
−14800#
−14280
−9840
−9965.4
−6015
−5916
−1953
−1472
2259
2593
7790#
7720#
11810#
450#
220#
320#
100
80
2.0
4
2.8
5
4
12
19
27
300
500#
∗
−4990#
−4690#
−3330#
−2350
−1350
−365
1144.5
1963.9
2652.2
3496
4179.5
4695.0
3497
2630
3080#
3740#
570#
400#
230#
50
30
23
1.2
1.0
2.9
4
2.6
1.8
26
30
420#
500#
19070#
15680#
12480#
9450
6624
3629.6
1264
−387.6
−3030
−5436
−7997
−10493
−12850
−16720
−20580#
∗
∗
640#
410#
400#
100
23
2.2
5
2.8
4
4
12
17
24
300
400#
∗
∗
−22610#
−18190#
−17020#
−13420
−12381
−8181.8
−8345
−4426.5
−4121
−279
189
3762
3877
9000
9120#
660#
130
100
29
26
2.0
7
3
11
9
23
30
330#
540#
6100#
1570#
1520#
−2240
−1710
−5580
−4800
−8911
−8242
−12664
−11708
−17770
−18110#
−22540#
−21760#
∗
210#
200#
320#
100
80
6
4
10
4
14
11
130
200#
400#
670#
450#
200#
320#
100
80
1.9
7
6
8
5
15
19
200#
400#
590#
6450#
2130#
1590#
−1840
−1994
−5690
−4533
−8682
−7735
−12344
−11467
−15700
−16280
−21860#
−21190#
∗
∗
360#
510#
410#
90
26
4
20
4
7
7
11
19
30
300#
540#
500#
410#
400#
50
26
2.2
20
2.8
7
7
14
17
17
300
450#
7310#
3140#
2470#
−1270
−1152
−5421
−4409
−7857
−6962
−11156
−10384
−14882
−13871
−19730#
−20120#
−24680#
∗
640#
570#
400#
110
23
20
5
6
6
8
6
15
21
200#
400#
590#
490
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
Q(p,α )
Q(n,α )
Z
152
Ba
La
Ce
Pr
Nd
Pm
Sm
Eu
Gd
Tb
Dy
Ho
Er
Tm
Yb
Lu
56
57
58
59
60
61
62
63
64
65
66
67
68
69
70
71
4850#
3850#
5680#
5110
7276
5938
8257.6
6306.72
8591
7170
9437
8047
10306
9060
12830
11290#
640#
570#
220#
120
24
26
0.6
0.10
3
40
5
18
20
80
370
450#
14670#
11540#
12110#
9600
10680
7598
8663
5601.0
7344.1
3820
5784
2139
4157
790
2810
−830#
710#
570#
450#
160
30
26
5
0.5
1.2
40
6
14
16
80
210
360#
27560#
21190#
15660#
9090
4556
−540
−4644
−9286
−14214
−18950
−23820
−30190#
∗
∗
∗
∗
500#
400#
200#
120
25
50
5
14
11
80
210
200#
7080#
11240#
8630#
11730
8860
13138
9545
14873.6
10794
15760
11697
16419
12159
16770
11020#
16020#
590#
570#
450#
130
40
26
20
0.6
6
40
9
15
18
80
290#
450#
6110#
8280#
6550#
7750
5760
7983
6167
9111.5
6596
9270
6236
8971
6052
6840
2600#
4940#
540#
450#
370#
160
90
26
4
0.7
4
40
5
16
21
80
360#
540#
∗
−580#
20#
2630#
2180
5440
5258.5
8823
8074.1
11370
10655
13534
12861
15560
13080
16270#
450#
280#
340#
100
90
2.0
4
1.3
40
5
15
14
80
210
360#
Ba
La
Ce
Pr
Nd
Pm
Sm
Eu
Gd
Tb
Dy
Ho
Er
Tm
Yb
Lu
Hf
56
57
58
59
60
61
62
63
64
65
66
67
68
69
70
71
72
3100#
4930#
4310#
5890
5260
7494
5868.40
8550.29
6246.94
8670
7097
9482
8059
10320
8830#
13060#
∗
950#
720#
450#
160
40
28
0.13
0.12
0.13
40
6
15
14
80
290#
290#
∗
11620#
12570#
9810#
10830
7816
8593
5893.7
7284.3
3895
5710
2184
4169
804
2580#
−609
1170#
780#
570#
220#
130
27
26
0.7
1.2
4
40
7
16
21
210#
10
540#
29730#
23760#
17220#
11740
5541
636
−3416
−8354
−12402
−17305
−22090#
−26610
−33190#
∗
∗
∗
∗
800#
600#
400#
100
27
12
4
5
9
19
200#
210
500#
8310#
9600#
9650#
10580
10130
10979
11540
11919.8
12480.1
13585
13191
14450
13855
14961
14430#
13850
13610#
950#
720#
570#
150
40
11
5
0.6
1.2
5
6
6
15
25
200#
370
640#
6210#
8530#
6550#
8060
5820
7869
5902
8547.9
6771
9313
6825
9162
6324
8682
4420#
5190#
2500#
860#
720#
570#
110
40
11
20
0.6
6
7
8
6
17
25
280#
450#
710#
∗
−2320#
900#
1050#
3120
3265
6770.2
5876
9813.9
9123
12265
11738
14475
13579
16420#
13850#
17080#
670#
570#
410#
50
28
2.3
20
1.2
7
7
9
10
23
200#
290#
640#
La
Ce
Pr
Nd
Pm
Sm
Eu
Gd
Tb
Dy
Ho
Er
Tm
Yb
Lu
Hf
57
58
59
60
61
62
63
64
65
66
67
68
69
70
71
72
3530#
5430#
4640
6410
5890
7967.1
6442.23
8894.71
6910
9320
7696
10196
8485
10950#
9230#
13500#
840#
640#
180
120
50
0.9
0.24
0.17
50
8
10
10
23
200#
290#
710#
12050#
13060#
10140#
11350
8440
9066
6467.5
7628.7
4560
6367
2783
4882
1230
3207
−200
1610#
1000#
780#
430#
150
50
11
0.8
1.1
50
8
9
7
17
25
50
550#
26120#
19760#
13540
8020
1660
−2063
−7100
−11101
−15730
−20464
−25080#
−29880#
∗
∗
∗
∗
600#
500#
150
110
60
8
8
5
50
19
200#
500#
10930#
8080#
11620#
8830
12370
9511
13735.2
9892.1
15260
11040
16191
11707
16782
12550
17450#
11400#
780#
640#
250#
170
50
26
0.7
1.2
50
40
9
15
18
80
290#
540#
8300#
6450#
8160
5940
7320
5798
7702.2
5809.9
8900
6095
8978
5884
8701
5712
6840#
2330#
720#
640#
180
120
40
5
0.6
1.2
50
8
9
13
22
11
360#
640#
−1520#
−1240#
1730#
1460
3920
4137.7
7297
6515.7
10140
9443
12632
11793
14849
13979
16860#
14460#
780#
640#
430#
150
50
2.4
5
1.2
50
8
9
6
19
24
200#
590#
154
S(p)
Q(d,α )
Elt.
153
S(n)
Q(4β − )
A
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
S(2n)
S(2p)
Q(2β − )
Q(α )
491
Q(β − n)
Q(ε p)
A Elt.
Z
152 Ba
La
Ce
Pr
Nd
Pm
Sm
Eu
Gd
Tb
Dy
Ho
Er
Tm
Yb
Lu
56
57
58
59
60
61
62
63
64
65
66
67
68
69
70
71
8140#
9180#
10430#
11650
12611
13800
13854.1
14240
15088
15760
16950
17803
18810
21300#
23720#
24630#
640#
570#
200#
130
24
30
0.6
6
6
40
6
20
20
210#
450#
540#
∗
25680#
23090#
21350#
19910
17540
15657.0
13869
12234.8
10500
8934
7076
5761
4400
3050
1390#
500#
450#
420#
50
40
2.3
20
1.2
40
8
16
12
70
210
280#
∗
−5190#
−3520#
−3100
−2190
−1160
219.7
1552
2203.0
3150
3726
4507.3
4934.4
3820
2920#
3430#
16520#
700#
13740#
210#
11050#
140
7450
40
4611
40
1632
2.0
−54.6
6
−2170
1.4 −4590
40
−7120
4
−9624
1.3 −11840
1.6 −14190
150
−18350#
290#
∗
450#
∗
540#
420#
200#
120
25
26
1.2
40
5
40
12
70
210
210#
∗
−22140#
−20580#
−16810#
−15950
−11780
−11104.8
−6788
−7420.7
−3350
−3219
732
969
4570
4670
10070#
640#
450#
420#
110
30
2.3
5
1.2
40
6
15
11
70
210
200#
3620#
3360#
−410#
−930
−4834
−4751
−8181.0
−6770.9
−11156
−10040
−14564
−13414
−17790
−18300
−24180#
∗
640#
410#
200#
120
25
26
0.7
2.8
4
40
13
22
23
310
450#
153 Ba
La
Ce
Pr
Nd
Pm
Sm
Eu
Gd
Tb
Dy
Ho
Er
Tm
Yb
Lu
Hf
56
57
58
59
60
61
62
63
64
65
66
67
68
69
70
71
72
7950#
8780#
9990#
11000
12538
13432
14126.0
14857.01
14838
15833
16534
17530
18365
19376
21660#
24350#
∗
900#
720#
410#
110
27
12
0.6
0.16
3
6
5
13
19
27
360#
450#
∗
26290#
24110#
21920#
20430
18492
16190.9
14556
12885.3
11239
9533
7968
6307
4961
3370#
2200
340#
780#
570#
410#
110
25
2.3
5
1.2
4
5
6
9
22
200#
210
590#
∗
−5510#
−4290#
−3260#
−3080
−2050
−609.9
273
1827.2
2701
3559
4052
4802.3
5248.1
4260#
3210#
3770#
630#
450#
330#
100
80
2.0
4
1.3
5
4
4
1.4
1.5
200#
360#
710#
17730#
14700#
12000#
9060
5217
2689
324.0
−2053
−3740
−6301
−8662
−11004
−13430#
−15610
−19760#
∗
∗
900#
610#
400#
100
27
11
1.2
4
4
6
10
19
200#
210
540#
∗
∗
−20040#
−18850#
−15530#
−14170
−9697
−9400
−5410.0
−5715
−1725
−1580
2348
2304
6150#
6070
11720#
4370#
4110#
640#
390#
410#
460
200#
−4160
120
−3987
25
−7742.7
26
−6730.6
1.2 −10240
4
−9267
4
−13613
40
−12591
10
−16790
23
−15780
200# −21710#
200
∗
540#
∗
900#
630#
420#
110
40
11
0.7
1.2
40
6
15
12
70
210
280#
154 La
Ce
Pr
Nd
Pm
Sm
Eu
Gd
Tb
Dy
Ho
Er
Tm
Yb
Lu
Hf
57
58
59
60
61
62
63
64
65
66
67
68
69
70
71
72
8460#
9730#
10540
11680
13380
13835.5
14992.52
15141.65
15580
16416
17179
18255
18800
19770
22290#
∗
720#
540#
190
120
50
0.9
0.27
0.21
60
9
16
12
70
210
280#
∗
24690#
22710#
21160#
19270
16881
15060
13522.4
11850
10262
8500
7066
5399
4012
2380#
1010#
710#
430#
230#
130
25
26
1.2
50
8
40
6
20
20
220#
540#
−5840#
−4530#
−3590#
−3290
−2620
−1196.8
−566
919.2
2210
2946
4041
4279.9
5093.8
5474.2
4620#
3570#
670#
640#
430#
120
50
2.4
20
1.2
50
5
4
2.6
2.6
1.7
280#
640#
15820#
12990#
10300
6770
3250
1251.6
−1580
−3315
−5520
−7786
−10215
−12678
−14860#
−17200#
∗
∗
620#
520#
160
110
40
1.3
50
8
50
9
17
18
200#
500#
∗
−22370#
−18560#
−17630#
−14160
−12402
−8349
−8436.3
−4080
−4797
−613
−751
3301
3265
7160#
7040#
950#
620#
420#
110
27
11
1.2
50
8
9
6
15
19
200#
540#
4900#
850#
1080
−3080
−4000
−7159.4
−6925.9
−10464
−9080
−13450
−12228
−16668
−15440#
−19600
−20340#
∗
720#
510#
150
110
40
1.1
1.2
4
50
9
12
19
200#
210
540#
492
A Elt.
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
Z
S(n)
155 La
Ce
Pr
Nd
Pm
Sm
Eu
Gd
Tb
Dy
Ho
Er
Tm
Yb
Lu
Hf
Ta
57 4490#
1000#
∗
58 3770#
780#
13310#
59 5650#
330#
10360#
60 4850#
190#
11560#
61 6550
50
8570
62 5806.96
0.27
8990
63 8151.4
0.4
6651.8
64 6435.22
0.18
7621.7
65 9160
50
4830
66 6833
14
6290
67 9467
20
2930
68 7675
8
4860
69 10277
19
1312
70 8641
24
3363
71 11060#
200#
−91
72 9440#
640#
1820#
73
∗
−1776
156 Ce
Pr
Nd
Pm
Sm
Eu
Gd
Tb
Dy
Ho
Er
Tm
Yb
Lu
Hf
Ta
58
59
60
61
62
63
64
65
66
67
68
69
70
71
72
73
157 Ce
Pr
Nd
Pm
Sm
Eu
Gd
Tb
Dy
Ho
Er
Tm
Yb
Lu
Hf
Ta
58 3340#
59 5130#
60 4330#
61 6220
62 5430
63 7446
64 6359.80
65 8744
66 6969
67 9550
68 7280
69 9940
70 8249
71 10800
72 8970#
73 11900#
5070#
4210#
6130#
5320
7244
6340
8536.39
6914
9441
7390
10069
8276
10832
9270
11820#
10200#
Q(4β − )
S(p)
Q(d,α )
Q(p,α )
Q(n,α )
∗
−160#
−60#
2290#
2480
5607
5084
8338.0
7286
11201
10330
13555
12619
15643
14860
17850#
15400#
840#
590#
220#
120
40
1.1
1.1
12
50
19
10
14
22
10
450#
10
28180#
21800#
16050#
9600#
4280
−1037
−5785
−9862
−14619
−18656
−23486
−28110#
−32970#
∗
∗
∗
∗
800#
600#
300#
150#
30
12
18
6
18
20
27
400#
500#
9540# 1130#
9240#
840#
10280#
500#
9870#
190#
11090
40
11198
11
11452.2
0.9
12007.2
1.2
12346
12
12871
12
13821
18
13515
8
14563
16
14223
25
15220#
200#
15020#
450#
14350#
710#
8670#
6530#
8200#
6200#
8050
5929
7808.4
5681.4
8324
6430
8949
6257
8729
6130
8620
4180#
∗
950#
720#
360#
200#
40
26
0.8
1.2
12
40
19
15
17
80
210
450#
840#
13890# 1000#
500#
10800#
720#
250#
12040#
360#
50
9040#
160#
9
9690
30
5
7185
5
0.07
8006.7
1.2
12
5309
4
10
6564
10
50
3480
50
25
5460
30
21
1913
17
20
3918
17
80
540
80
450#
2590
210
640#
−1014
5
23970#
18180#
12010
5880
1160
−4740
−8329
−13258
−17265
−21600
−26360
−31040#
∗
∗
∗
∗
600#
400#
200
30
11
50
25
16
13
90
210
400#
7690#
11500#
8380
12180
9840
13080
9913.0
14327
10340
15750
11142
16483
11876
16890
12430#
17640#
840#
640#
250
120
50
5
1.2
4
50
50
26
17
18
80
290#
640#
6390#
8300#
5960
7990
6178
7337
5695.3
7656
5654
8660
5671
8512
5615
8170#
5420
6370#
840# −2130# 1000#
570#
660#
720#
230
470#
450#
40
3050
110
14
3625
29
5
6238
12
1.2
5670.1
1.2
4
8922
4
7
8006
6
40
11610
40
25
10583
25
18
13826
17
22
12870
14
210#
15910
80
9
14850#
290#
640#
18260#
450#
∗
10860#
12170#
9130
9800
7386
8027
5517.4
6619
3588
5350
1790
3891
508
2290#
−935
26060#
20500#
14040#
8400
2690
−2638
−7411
−12061
−15986
−20350
−24670#
−29080
∗
∗
∗
∗
700#
400#
200#
110
50
25
28
28
12
30
200#
210
8840# 1060#
10140#
720#
9700#
360#
10810#
190#
10950
60
11441
5
11704.6
1.2
12017.3
0.3
12537
12
13042
27
13330
30
14217
29
13904
16
14731
25
14510#
200#
15180#
450#
6580#
8600#
6270#
8180
6630
7858
5777.8
7806.6
5600
8433
6088
8767
5851
8315
5680
7970#
920#
640#
250#
160
70
5
1.2
0.4
50
26
29
28
18
25
50
550#
920#
570#
280#
120
50
7
0.15
4
6
50
40
30
15
80
290#
450#
720#
450#
230
60
10
5
0.3
7
25
50
40
19
22
210#
10
∗
−940#
1560#
1470
4600
4680
7277.3
6620.2
9932
8980
12625
11581
14817
13593
16830#
15590#
780#
500#
250#
130
25
26
1.2
12
12
40
7
19
20
80
450#
540#
720#
540#
190
120
40
1.3
1.2
6
50
29
29
11
24
200#
290#
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
Q(2β − )
Q(α )
493
Q(β − n)
Q(ε p)
A Elt.
Z
S(2n)
S(2p)
155 La
Ce
Pr
Nd
Pm
Sm
Eu
Gd
Tb
Dy
Ho
Er
Tm
Yb
Lu
Hf
Ta
57
58
59
60
61
62
63
64
65
66
67
68
69
70
71
72
73
8010#
1000#
9190#
720#
10290#
320#
11270#
160#
12430
30
13774.0
0.9
14593.6
0.5
15329.93
0.25
16077
13
16153
12
17163
19
17870
11
18763
23
19590#
200#
20290
210
22940#
640#
∗
∗
25360# 1000#
23430#
670#
21700#
430#
19920
110
17427
27
15718
11
14089.2
1.2
12459
12
10848
12
9297
18
7644
7
6194
14
4593
19
3117
27
1620#
450#
−160#
550#
−6000#
−5010#
−3920#
−3400#
−2630
−1669.3
−854
80.4
980
2610
3165
4118
4572
5337.6
5802.7
5020#
4110#
950#
720#
500#
180#
40
2.4
5
1.2
12
12
18
5
5
2.3
2.6
500#
640#
16980#
14070#
11200#
7720#
4850
1879.9
−570
−2917
−5215
−6944
−9404
−11712
−14081
−16400#
−18890#
∗
∗
860#
620#
300#
150#
30
1.3
12
12
22
13
22
18
24
400#
500#
∗
∗
−20680#
−17060#
−16060
−11790
−10620
−6904.5
−6799
−2736
−3170
894
720
4820
4586
8540#
8610#
5840#
1730#
670#
1840#
530#
−2050#
150
−2580
110
−6524.2
40
−6182.6
1.3 −9990
12
−8928
12
−12587
50
−11499
10
−15858
15
−14773
18
−19010#
17
−17890#
400#
∗
540#
∗
950#
620#
320#
160#
30
1.1
1.2
50
14
14
19
16
22
200#
500#
156 Ce
Pr
Nd
Pm
Sm
Eu
Gd
Tb
Dy
Ho
Er
Tm
Yb
Lu
Hf
Ta
58
59
60
61
62
63
64
65
66
67
68
69
70
71
72
73
8840#
9850#
10980
11860
13051
14491
14971.61
16080
16274
16850
17743
18553
19473
20330#
21260#
∗
780#
430#
230
60
9
5
0.19
50
10
50
25
21
21
220#
540#
∗
24110#
22400#
20600
18260
16170
14658.5
12931
11395
9770
8393
6774
5230
3900
2500
810#
720#
540#
160
110
50
1.3
4
6
60
26
18
13
80
210
450#
−5230#
−4270#
−3840#
−2840
−1637
−1255
−198.3
372
1759
2940
3487
4344
4811
5596
6028
5200#
780#
570#
280#
130
26
26
1.2
4
6
60
25
7
4
3
4
450#
15130#
12310#
8840
5870
3172
5
−2012
−4740
−6317
−8510
−10948
−13090
−15410
−17950#
∗
∗
630#
400#
200
30
9
6
6
40
25
50
27
80
210
410#
∗
−20400#
−19420#
−15730#
−14190#
−10410
−9633.9
−5562
−5742
−1390
−2342
1911
1662
5600
5360
9470#
900#
630#
300#
150#
30
1.3
4
6
50
27
24
13
70
210
400#
2310#
2490#
−1630
−2090
−5617
−6087
−9359
−9009
−12561
−11210
−15649
−14408
−18782
−17720#
−22260#
∗
670#
430#
210
30
9
5
12
12
19
50
28
23
23
410#
550#
157 Ce
Pr
Nd
Pm
Sm
Eu
Gd
Tb
Dy
Ho
Er
Tm
Yb
Lu
Hf
Ta
58
59
60
61
62
63
64
65
66
67
68
69
70
71
72
73
8410#
9330#
10460#
11540
12680
13786
14896.19
15659
16411
16930
17347
18220
19081
20072
20800#
22100#
920#
500#
250#
120
50
5
0.16
12
12
30
29
30
19
27
450#
550#
∗
24750#
22970#
21170#
18840#
17070
15211.4
13524.1
11929
10152
8840
7250
5804
4426
2830#
1650
900#
630#
320#
160#
30
1.3
1.2
6
27
30
30
12
23
200#
210
−5470# 1060#
16120#
−4470#
720#
13410#
−3870#
450#
9940#
−3170
150
7090
−1810
60
4100
−1208
12
1303
−689.7
1.2 −1403
177.9
1.2 −3942
1037
6
−6008
2066
25
−8120
3305
28
−9978
3885
28
−12230
4621
6
−14690#
5107.3
2.9 −16850
5880
3
∗
6355
6
∗
730#
420#
200#
110
50
5
6
25
29
40
30
30
200#
210
∗
∗
−18680#
−17750#
−13490
−12540
−8749
−7967
−4175
−4020
−179
−640
3482
3068
7220#
6830
630#
420#
210
30
9
5
6
25
29
50
26
24
200#
200
3170#
3490#
−640#
−1070
−4710
−4997
−8804
−8312
−12140
−10690
−14650
−13520
−17760
−16700
−21030#
∗
810#
450#
200#
110
50
5
4
6
50
30
30
30
70
210
450#
494
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
S(p)
Q(d,α )
Q(p,α )
Q(n,α )
Elt.
Z
158
Pr
Nd
Pm
Sm
Eu
Gd
Tb
Dy
Ho
Er
Tm
Yb
Lu
Hf
Ta
W
59
60
61
62
63
64
65
66
67
68
69
70
71
72
73
74
3830#
5680#
4790
6550
5820
7937.39
6777.9
9056
7430
9960
8070
10644
8803
11420#
9460#
∗
720#
450#
170
90
80
0.06
1.0
6
40
40
40
12
24
200#
290#
11350#
12720#
9590#
10130
7770
8518
5935.5
6930.5
4052
5760
2570
4595
1062
2910
−450
1360#
920#
570#
230#
140
90
5
0.9
2.6
28
40
40
29
18
26
50
550#
22480#
16300#
10380
5200
−1020
−5393
−10774
−14397
−18980
−23200
−27680#
−32320#
∗
∗
∗
∗
600#
400#
130
80
80
25
25
8
30
30
200#
500#
11380#
8220#
12150
9720
12870
10107
13775.8
10396
15050
10760
16220
11536
16761
12360
17540#
12820#
840#
570#
240
90
80
5
1.0
4
28
50
40
18
19
80
290#
640#
8530#
6240#
8250#
6620
7850
5991.8
7464.0
5706
7833
5600
8376
5485
8153
5314
7950#
4837
840#
500#
200#
80
80
1.2
1.0
12
29
30
26
15
22
10
450#
10
−290#
−350#
2330#
2910#
5410
5146.9
7993.7
7311.4
10710
9503
12980
11847
15067
14046
17180#
16050#
1000#
720#
320#
170#
80
1.3
1.5
2.6
29
28
30
10
20
24
200#
640#
159
Pr
Nd
Pm
Sm
Eu
Gd
Tb
Dy
Ho
Er
Tm
Yb
Lu
Hf
Ta
W
59
60
61
62
63
64
65
66
67
68
69
70
71
72
73
74
4790#
3890#
5830#
5070
6910
5943.09
8133.1
6832.7
9216
7335
9940
7899
10570
8821
11500#
9600#
920#
640#
230#
130
80
0.12
0.6
2.7
27
26
40
19
40
24
200#
640#
∗
12780#
9740#
10410
8130
8650
6131.3
6985.2
4213
5665
2560
4430
990
2928
−367
1500#
780#
450#
160
80
80
0.7
1.3
4
27
40
30
40
23
11
450#
24600#
18350#
12690#
6960
1283
−4001
−8969
−13331
−17620
−21714
−26120
−30620#
∗
∗
∗
∗
700#
500#
200#
100
8
4
28
18
40
17
30
400#
9930#
9460#
10660#
10870
11390
11610
12002.4
12308.0
12803
12972
13560
13580
14440
14340
15020#
15110#
990#
640#
280#
150
50
5
0.7
1.4
7
25
40
30
40
25
200#
450#
8810#
6560#
8550#
6870
8181
6388
7867.2
5788
8058
5650
8510
5861
8410
5760
8270
5437
920#
640#
280#
110
12
5
0.8
4
7
40
40
24
40
80
210
6
∗
830#
710#
3960
3810
6448
6200
9015.1
8408
11609
10430
14020
12770
16057
14950
18270#
780#
450#
230
30
9
5
1.3
5
7
50
30
40
20
80
450#
Nd
Pm
Sm
Eu
Gd
Tb
Dy
Ho
Er
Tm
Yb
Lu
Hf
Ta
W
Re
60
61
62
63
64
65
66
67
68
69
70
71
72
73
74
75
5280#
4330#
6280#
5390#
7451.4
6375.21
8575.9
7124
9562
7800
10398
8630
11155
9500
12210#
∗
780#
360#
220#
200#
0.7
0.13
1.5
15
25
40
23
70
20
90
450#
13260#
10180#
10860#
8440#
9184
6563.4
7428.0
4504
6012
3020
4890
1720
3510
310
2200
−1278
920#
590#
280#
220#
7
0.8
1.2
15
25
30
30
60
40
90
210
8
20530#
14740#
9260#
3020#
−1890
−7540
−11508
−16120
−20121
−24430
−28810
−33610#
∗
∗
∗
∗
600#
300#
200#
200#
25
30
17
60
27
100
210
410#
8020#
12010#
9390#
12560#
9970
13564.6
10510.0
14735
10840
15710
11240
16460
11988
16940
12370#
17750#
840#
500#
230#
220#
80
0.8
1.4
15
40
40
30
60
19
90
290#
640#
6410#
8550#
6820#
8230#
6383
7851.8
5956.6
7904
5630
7980
5400
8040
5410
7740#
5131
∗
720#
360#
230#
210#
5
0.8
1.3
16
30
40
30
60
22
220#
9
−1110#
1510#
2020#
4650#
4430
7271
6799.0
10029
9016
12170
10900
14090
13151
16250
15040#
18620#
920#
500#
280#
230#
50
5
1.2
15
25
40
30
60
15
90
290#
450#
160
S(n)
Q(4β − )
A
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
S(2n)
S(2p)
Q(2β − )
Q(α )
495
Q(β − n)
Q(ε p)
A Elt.
Z
158 Pr
Nd
Pm
Sm
Eu
Gd
Tb
Dy
Ho
Er
Tm
Yb
Lu
Hf
Ta
W
59
60
61
62
63
64
65
66
67
68
69
70
71
72
73
74
8960#
10010#
11020
11980
13260
14297.19
15522
16025
16980
17230
18006
18893
19610
20390
21360#
∗
720#
450#
130
80
80
0.16
4
6
50
40
30
14
80
210
450#
∗
23580#
21760#
19260
17570
15904
13962
12447.9
10671
9352
7930
6380
4952
3418
1850#
420#
720#
420#
220
80
9
5
2.6
27
26
50
26
22
21
220#
540#
−4770#
−4120#
−3320
−1950
−1140
−660.1
−157.8
876.2
1550
2669
3516
4172
4790
5404.7
6124
6613
840#
640#
200
140
90
1.3
1.5
2.6
50
26
27
7
5
2.7
4
3
14360#
10810#
8120
5480
2270
−284.6
−3286
−5108
−7490
−9289
−11489
−13911
−16200#
−18410#
∗
∗
610#
410#
100
80
80
2.5
27
25
40
27
29
19
200#
500#
∗
−21020#
−17410#
−15710#
−12130
−11250
−7299
−6870.4
−2709
−3165
840
116
4210
4049
8180#
7770#
810#
420#
210#
140
50
5
2.5
27
26
40
29
30
20
200#
540#
3990#
−100#
−430
−3820
−4450
−7997.4
−8121
−11654
−10840
−14670
−13333
−17603
−16530#
−20550
∗
∗
630#
420#
140
80
80
0.3
6
25
40
40
27
20
200#
210
159 Pr
Nd
Pm
Sm
Eu
Gd
Tb
Dy
Ho
Er
Tm
Yb
Lu
Hf
Ta
W
59
60
61
62
63
64
65
66
67
68
69
70
71
72
73
74
8630#
9570#
10620#
11620
12729
13880.48
14911.1
15888
16650
17290
18000
18544
19370
20240#
20960
∗
810#
540#
230#
110
5
0.14
0.8
6
25
28
40
20
40
200#
210
∗
24130#
22460#
20000#
18260
16410
14650
12920.7
11143
9717
8320
7000
5580
3990
2543
1050#
860#
450#
220#
110
50
5
1.3
3
7
40
30
50
20
28
450#
−5080# 1060#
−4240#
780#
−3500#
360#
−2170#
180#
−1500
30
−796.2
1.3
−139.5
1.4
478.7
1.3
1494
12
2168
12
3040
30
3948
19
4500
40
5225.0
2.7
5681
6
6450
4
15400#
12000#
9200#
6360
3486
605.0
−2203.2
−4606
−6765
−8724
−10860
−12989
−15270
−17630#
∗
∗
730#
510#
200#
100
7
1.3
2.9
3
28
19
50
25
40
400#
∗
∗
−19410#
−15100#
−14250
−10640
−9620
−5765.7
−5147.6
−1444
−1670
2170
1700
5872
5477
9590#
4880#
810#
630#
290#
410#
−3070
130
−3428
80
−7162.6
80
−7198.3
1.3 −11054
3.0 −10103
4
−13935
40
−12627
30
−16700
50
−15680
19
−19910#
18
−18830#
400#
∗
810#
520#
210#
130
7
0.9
2.5
27
26
26
29
24
40
200#
500#
160 Nd
Pm
Sm
Eu
Gd
Tb
Dy
Ho
Er
Tm
Yb
Lu
Hf
Ta
W
Re
60
61
62
63
64
65
66
67
68
69
70
71
72
73
74
75
9170#
10150#
11350#
12300#
13394.5
14508.4
15408.6
16340
16900
17740
18297
19200
19976
21000#
21810#
∗
720#
320#
210#
210#
0.7
0.6
2.3
30
40
40
18
60
21
220#
550#
∗
22950#
20600#
18850#
17310
15210
13559.3
11489
10224
8690
7440
6140
4500
3240
1840
220#
670#
450#
240#
80
80
1.2
15
25
40
30
60
14
90
210
450#
−4450#
−3620#
−2310#
−1570#
−1003
−175
439.2
1285
2046
2630
3618
4140
4902.4
5450
6065
6715
12990#
10260#
7530#
4470#
1729.4
−1455
−3620
−6090
−7889
−10030
−12232
−14390
−16580
−19220#
∗
∗
630#
360#
200#
200#
1.3
15
25
40
29
70
20
110
210
410#
∗
−18940#
−17490#
−13810#
−13020
−9079
−8398.5
−4138
−4174
−260
−891
3010
2617
6550
6200
10500#
760#
540#
280#
100
7
1.2
15
25
30
17
60
22
100
210
400#
1360#
1040#
−2440#
−2870#
−6480.9
−6740.8
−10414
−9892
−13560
−12530
−16530
−15490
−19560
−18720#
∗
∗
630#
310#
200#
200#
1.0
1.2
3
15
40
40
40
60
24
410#
840#
500#
280#
200#
9
5
1.2
15
25
60
29
60
2.6
50
5
10
496
A Elt.
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
Z
S(n)
Q(4β − )
S(p)
161 Nd
Pm
Sm
Eu
Gd
Tb
Dy
Ho
Er
Tm
Yb
Lu
Hf
Ta
W
Re
60 3610#
61 5400#
62 4630#
63 6480#
64 5635.4
65 7696.6
66 6454.39
67 8886
68 7222
69 9670
70 7746
71 10360
72 8453
73 10930#
74 9120#
75 12290#
920#
∗
590#
10300#
360#
11160#
360#
8650#
1.0
9430#
0.5
6808.5
0.08
7507.2
15
4813.7
26
6110
40
3130
22
4830
60
1680
25
3340
110#
90#
290#
1820#
450#
−1197
162 Pm
Sm
Eu
Gd
Tb
Dy
Ho
Er
Tm
Yb
Lu
Hf
Ta
W
Re
Os
61 3950#
62 5850#
63 4940#
64 6846
65 6280
66 8196.99
67 6916
68 9205
69 7660
70 10059
71 8350
72 10926
73 9120#
74 11670#
75 9550#
76
∗
860#
590#
420#
4
40
0.06
4
9
40
21
80
24
80#
200#
290#
163 Pm
Sm
Eu
Gd
Tb
Dy
Ho
Er
Tm
Yb
Lu
Hf
Ta
W
Re
Os
61 4910#
1060#
62 4220#
860#
63 6050#
590#
64 5270#
300#
65 6990
40
66 6271.01
0.05
67 8408
3
68 6903
5
69 9323
27
70 7544
21
71 10030
80
72 8184
30
73 10830
60
74 8980
60
75 11720#
200#
76 9690#
650#
Q(d,α )
Q(p,α )
Q(n,α )
780#
420#
360#
200#
1.0
1.3
2.2
18
40
40
30
60
50#
220#
5
22550#
17040#
11080#
5430#
−304
−5569
−10217
−14640
−18890
−23170#
−27440#
−31690
∗
∗
∗
∗
700#
500#
300#
300#
9
28
16
28
24
60#
200#
210
9200#
10500#
10580#
11150#
11251
11811.1
12188.7
12681.4
12838
13379
13440
13990
14110
14830#
14750#
15060#
990#
710#
360#
310#
7
0.9
1.2
2.6
10
28
30
30
40
60#
200#
450#
6630#
8830#
6980#
8300#
6560
8092.6
6280.1
8073
5846
8270
5723
8317
5760
8230#
5480
7680#
920#
640#
320#
310#
80
0.9
1.4
3
29
40
30
29
27
60#
50
550#
∗
−50#
3070#
2960#
5350
5390
8282.0
7920.8
10850
9940
13106
11790
15343
14130#
17340#
15790#
780#
500#
320#
80
80
1.2
2.5
9
40
30
40
24
60#
200#
290#
10630#
11610#
8960#
9800#
7460
8007.6
5275
6429
3564
5220
2280
3900
750
2560#
−760
920#
990#
710#
420#
300#
40
1.3
3
3
27
30
80
30
60
60#
50
550#
19380#
13430#
7400#
2055
−4200
−8355
−13210
−17170
−21700
−25830
−30480#
−34670#
∗
∗
∗
∗
700#
500#
300#
5
40
16
80
10
60
24
220#
500#
11830#
9060#
12480#
9790#
12980
10366.9
14342
10756
15290
11180
16040
11810
16870
12580
17720#
12870#
920#
590#
360#
200#
40
1.3
3
15
40
40
80
60
50
90
290#
640#
8780#
6960#
8430#
6630
7750
6216.3
7990
5857
7948
5600
7870
5410
7940
5310
7740#
∗
860#
540#
310#
8
40
1.2
3
4
26
30
80
40
50
10
450#
790#
1110#
3850#
3570
6020
6028.1
9138
8477.3
11499
10382
13380
12316
15580
14498
17740#
16370#
990#
710#
360#
100
40
1.2
3
2.9
26
16
80
20
60
24
200#
640#
∗
11880#
9160#
10130#
7603
7990
5486.11
6416
3681
5110
2250
3740
660
2420
−706
1060#
990#
710#
420#
6
40
0.05
6
6
30
30
80
40
70
9
450#
21460#
15490#
9760#
3690#
−1866
−7082
−11593
−15888
−20190
−24400
−28780
−33160#
∗
∗
∗
∗
800#
700#
500#
300#
7
16
28
28
40
60
30
410#
10530#
1060#
10250#
860#
11070#
590#
11000#
420#
11622
4
11792.5
1.3
12388.00
0.08
12740
5
13185
10
13310
30
13760
30
13990
40
14490
40
14540#
80#
15110#
200#
15460#
450#
∗
2170#
2130#
4580#
4410#
7208.5
7105.4
10150
9299
12401
11160
14530
13380
16670
15520
18880#
920#
590#
360#
200#
1.3
1.3
5
16
29
40
30
70
50
90
450#
9140#
1000#
7070#
760#
8660#
540#
6750#
360#
8211
4
6320.5
1.3
8158.18
0.11
6078
16
8187
25
5860
40
8240
30
5850
60
8260
40
5830
100
8220
210
5400
50
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
S(2n)
S(2p)
Q(2β − )
Q(α )
497
Q(β − n)
Q(ε p)
A Elt.
Z
161 Nd
Pm
Sm
Eu
Gd
Tb
Dy
Ho
Er
Tm
Yb
Lu
Hf
Ta
W
Re
60
61
62
63
64
65
66
67
68
69
70
71
72
73
74
75
8890#
9730#
10910#
11870#
13086.8
14071.8
15030.3
16010
16784
17470
18144
18990
19608
20430#
21320#
∗
860#
540#
310#
300#
1.2
0.6
1.5
4
10
40
23
50
28
60#
450#
∗
23560#
21340#
19510#
17880
15993
14070.6
12241.7
10613
9141
7855
6570
5054
3600#
2130#
1010
860#
590#
360#
100
7
1.2
2.5
9
28
16
40
29
70#
200#
210
−4720#
−3890#
−2610#
−1830#
−1200
−426
344.6
1142.9
1794
2510
3150
3720
4698
5320#
5923
6328
990#
640#
360#
320#
50
5
1.2
2.5
11
40
30
40
24
60#
4
7
14020#
11350#
8530#
5690#
2548.4
−265.3
−2852
−5304
−7365
−9340
−11526
−13830#
−15910#
−17860#
∗
∗
760#
590#
300#
300#
1.6
2.5
9
28
18
40
28
60#
200#
220#
∗
∗
−16850#
−15960#
−12390#
−11390#
−7401.5
−6648.9
−2820
−2800
925
450
4562
4250#
8240#
7710
2070#
1910#
670#
−1680#
420#
−1900#
200#
−5741.1
200#
−5861.4
1.3 −9744
2.5 −9216
9
−12980
30
−11800
29
−15650
40
−14700
28
−18510
80# −17440#
200# −21820#
200
∗
760#
540#
360#
300#
1.4
1.3
15
25
40
30
60
30
90
220#
450#
162 Pm
Sm
Eu
Gd
Tb
Dy
Ho
Er
Tm
Yb
Lu
Hf
Ta
W
Re
Os
61
62
63
64
65
66
67
68
69
70
71
72
73
74
75
76
9340#
10480#
11420#
12481
13980
14651.38
15802
16427
17320
17805
18710
19379
20050
20780
21840#
∗
760#
540#
360#
4
40
0.10
15
25
40
22
90
15
100
210
450#
∗
21910#
20120#
18450#
16890#
14816.1
12782
11242.5
9670
8351
7110
5581
4090
2643
1060#
−280#
−4000#
780# −2780#
420# −1980#
200# −1500
200#
−890
1.3
85.0
3
1005
2.7
1645
30
2280
29
3047
80
3440
18
4417
80
5010
21
5677.3
220#
6240
550#
6767
920#
640#
320#
80
90
1.2
3
3
40
30
80
5
50
2.7
5
3
12340#
9530#
7030#
3900
370
−1844.2
−4564
−6511
−8650
−10658
−13050
−15171
−17430#
−19500#
∗
∗
760#
500#
300#
4
40
2.7
26
16
80
18
90
20
210#
500#
∗
−19080#
−15510#
−14600#
−11190#
−9963.1
−5868
−5570.5
−1570
−1912
1770
1382
5490
5028
9090#
8620#
860#
590#
300#
300#
1.6
3
2.7
26
18
80
18
60
29
210#
540#
2600#
−1050#
−1210#
−4890
−5690
−9055.3
−8909
−12515
−11710
−15340
−14590
−18510#
−17450#
−21200
∗
∗
760#
590#
300#
4
40
2.2
10
28
30
30
80
60#
200#
210
163 Pm
Sm
Eu
Gd
Tb
Dy
Ho
Er
Tm
Yb
Lu
Hf
Ta
W
Re
Os
61
62
63
64
65
66
67
68
69
70
71
72
73
74
75
76
8860#
10060#
10990#
12120#
13276
14468.00
15323.7
16108
16979
17603
18370
19110
19950#
20650#
21270
∗
950#
760#
590#
300#
4
0.08
2.2
10
29
21
40
40
70#
200#
210
∗
22510#
20770#
19090#
17400#
15451.7
13493.7
11691
10110
8673
7470
6020
4560
3170
1850#
300#
−4120# 1060#
990# −3110#
860#
710# −2200#
540#
420# −1700#
310#
300#
−973
8
1.6 −242.9
1.2
1.3
730.2
1.3
5
1574
5
6
2176
6
18
2838
16
40
3350
40
30
4130
30
50
4749
5
60
5520
50
60#
6017
7
450#
6680
50
13480#
10590#
7980#
4900#
1783
−1212
−3649
−5870
−7944
−10020
−12250
−14380
−16530
−18790#
∗
∗
950#
760#
500#
300#
4
5
6
17
29
30
50
60
40
410#
∗
∗
−17610#
−14020#
−13240#
−9388
−7990
−4276
−3977
−251
−600
3260
3010
6980
6490
10590#
860#
590#
300#
4
40
5
6
16
40
30
80
50
50
400#
3540#
−320#
−410#
−3880#
−4486
−8411
−8112.6
−11762
−10975
−14540
−13690
−17580
−16610
−20630#
−19580#
∗
950#
760#
500#
300#
4
3
2.7
27
17
80
30
60
40
210#
500#
498
A Elt.
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
Z
S(n)
S(p)
Q(4β − )
Q(d,α )
Q(p,α )
950#
670#
500#
100
1.3
1.4
2.8
29
30
30
30
40
50#
250#
8
Q(n,α )
164 Sm
Eu
Gd
Tb
Dy
Ho
Er
Tm
Yb
Lu
Hf
Ta
W
Re
Os
Ir
62 5350#
1060#
12320# 1130#
63 4550#
780#
9500#
920#
64 6330#
500#
10410#
640#
65 5550
100
7880#
310#
66 7658.11
0.07
8661
4
67 6674.4
1.4
5889.5
1.4
68 8847
5
6854.6
2.1
69 7225
29
4003
28
70 9790
21
5577
17
71 7920
40
2630
30
72 10610
30
4320
30
73 8810
50
1290
40
74 11400
50
2980
40
75 9710#
160#
20#
170#
76 12410#
450#
1740
210
77
∗
−1570#
110#
17800#
11880#
6200#
−190
−4951
−10345
−14128
−18610
−22789
−27000#
−31360
−36020#
∗
∗
∗
∗
800#
600#
400#
100
16
28
21
40
20
160#
210
410#
8840# 1060#
12360#
780#
9610#
500#
12910
100
10420
40
13910.5
1.4
10808
4
15165
28
11170
30
15900
30
11730
80
16601
30
12260
50
17070#
160#
12610#
290#
17950#
650#
7120#
8740#
6900#
8290
6358.9
7938.1
6117.3
8185
5740
8070
5600
7900
5360#
7630#
5280
∗
430# 1060#
2970#
780#
2880#
500#
5340#
310#
5185.8
1.6
8127.5
1.9
7758.0
2.1
10961
28
9833
18
12900
40
11669
26
14930
40
13731
25
16740#
170#
15590#
290#
19260#
460#
165 Sm
Eu
Gd
Tb
Dy
Ho
Er
Tm
Yb
Lu
Hf
Ta
W
Re
Os
Ir
62 3690#
1210#
∗
63 5530#
920#
9670# 1060#
64 4790#
640#
10650#
780#
65 6650#
220#
8200#
450#
66 5715.96
0.05
8820
100
67 7988.8
1.1
6220.2
0.9
68 6650.1
0.6
6830.2
2.3
69 9119
28
4275.3
1.5
70 7340
30
5690
40
71 9870
40
2710
30
72 7890
30
4280
40
73 10640
30
1323
26
74 8700
28
2870
40
75 11090#
160#
−288
25
76 9260#
290#
1290#
260#
77 12430#
470#
−1550#
50#
19820#
14340#
8060#
2280#
−3331
−8462
−12893
−17081
−21430
−25790
−29990#
−34230#
∗
∗
∗
∗
900#
700#
500#
200#
28
27
28
18
40
40
200#
220#
10060# 1210#
11050#
990#
10870#
710#
11540#
360#
11694
4
12192.7
0.9
12566.4
2.1
12949
5
13159
29
13570
30
13870
40
14140
30
14390
50
14960
60
15070#
200#
15210#
460#
7370# 1140#
9060#
860#
7040#
590#
8490#
200#
6930
40
8146.3
0.9
6383
4
8270.7
2.9
6060
40
8250
30
6070
80
8182
20
5780
60
8210
30
5572
10
7740#
550#
∗
1390#
3930#
3630#
6316
6420
9304.9
8758
11702
10690
13840
12630
15958
14770
18000#
16380#
166 Eu
Gd
Tb
Dy
Ho
Er
Tm
Yb
Lu
Hf
Ta
W
Re
Os
Ir
Pt
63 4110#
1060#
10090# 1210#
64 6000#
780#
11130#
920#
65 5170#
220#
8580#
510#
66 7043.5
0.4
9220#
200#
67 6243.64
0.02
6747.9
0.9
68 8474.6
1.9
7316.0
0.9
69 7029
12
4655
12
70 9373
29
5942
8
71 7650
40
3020
40
72 10290
40
4710
40
73 8310
30
1750
40
74 11101
27
3326
20
75 9260#
90#
280#
90#
76 11860#
200#
2070
30
77 9650#
300#
−1152
8
78
∗
460#
550#
16470#
10530#
4130
−1002
−7056
−11073
−15800
−19697
−24170#
−28420
−32890#
−37100#
∗
∗
∗
∗
800#
600#
100
8
30
28
30
13
90#
30
200#
500#
12290# 1130#
9420#
840#
12700#
410#
10200
100
13607.2
0.9
10766.3
1.5
14766
12
11011
29
15710
30
11490
40
16430
30
12102
30
17100#
90#
12920#
160#
17970#
290#
13180#
650#
9160# 1060#
7090#
780#
8590#
310#
6875
4
8173.7
0.9
6316.4
1.2
8144
12
6011
10
8150
30
5800
40
8050
40
5510
40
7920#
100#
5432
8
7780#
450#
∗
2190# 1130#
2140#
920#
4510#
510#
4540#
300#
7171
4
7101.3
1.2
10136
12
9232
9
12360
30
11090
30
14340
40
13041
30
16340#
100#
15120
60
18450#
200#
16980#
650#
990#
710#
360#
4
40
2.1
4
28
40
30
80
27
60
200#
300#
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
S(2n)
S(2p)
Q(α )
Q(2β − )
Z
164 Sm
Eu
Gd
Tb
Dy
Ho
Er
Tm
Yb
Lu
Hf
Ta
W
Re
Os
Ir
62
63
64
65
66
67
68
69
70
71
72
73
74
75
76
77
9570#
10600#
11600#
12540
13929.12
15083
15749.6
16550
17334
17950
18791
19640
20374
21430#
22100#
∗
165 Sm
Eu
Gd
Tb
Dy
Ho
Er
Tm
Yb
Lu
Hf
Ta
W
Re
Os
Ir
62
63
64
65
66
67
68
69
70
71
72
73
74
75
76
77
9050# 1140#
10080#
860#
11120#
590#
12200#
200#
13374.07
0.09
14663.3
0.9
15497
5
16343
6
17130
30
17790
40
18490
40
19460
40
20100
60
20790
30
21660#
450#
∗
∗
−3260# 1140#
12670# 1030#
∗
21990# 1060# −2560# 860#
10100# 730#
∗
20150# 860# −1910# 590#
7150# 500# −15580#
18610# 540# −1310# 360#
4250# 200# −14840#
16710# 300# −530.1
1.6
910.4
2.1 −11160#
14881
4
138.7
1.5 −1968.6
2.5 −10110
12719.8
2.1 1107.9
2.1 −4241
28
−5844.0
11129.9
2.6 1842
3
−6494
27
−5237.8
9691
28
2497
29
−8650
40
−1627
8285
27
3030
40 −10590
30
−1840
6910
30
3780
30 −12770
40
2100
5640
30
4280
30 −15200
30
1500
4150
40
5032
30 −17220# 200#
5670
2690
50
5650#
60# −19030# 220#
5340
1320# 210#
6340
50
∗
9300#
200# 220#
6830#
50#
∗
8730#
166 Eu
Gd
Tb
Dy
Ho
Er
Tm
Yb
Lu
Hf
Ta
W
Re
Os
Ir
Pt
63
64
65
66
67
68
69
70
71
72
73
74
75
76
77
78
9640#
10800#
11820
12759.5
14232.5
15124.7
16150
16708
17520
18180
18960
19801
20350#
21120
22080#
∗
∗
−2720# 1060#
11160#
20800# 1000# −2070# 780#
8190#
19230# 600# −1540# 310#
5320
17420# 400# −728
4
2341.5
15570
100
180
40
−1183
13536.2
1.2
830.3
1.2 −3343
11485
12
1728
12
−5870
10217
8
2329
8
−7729
8710
40
3040
40
−9920
7410
30
3550
30 −11967
6030
40
4310
80 −14250#
4648
23
4856
4 −16453
3150#
90#
5510#
70# −18650#
1783
22
6139
4 −20650#
140# 260#
6724
6
∗
−1090# 550#
7286
15
∗
1000#
720#
140
0.4
1.1
1.9
30
18
40
30
40
16
180#
210
460#
∗
21380#
19570#
18010#
16264
13880
12340.7
10419
9258
7740
6568
5020
3639
2440#
1040
−510#
−3180# 1000#
11570#
920# −2430# 670#
8980#
640# −1750# 450#
6230#
310# −1140# 220#
2900
4
−449.6
1.3
−23.7
40
431.0
1.8 −3099
2.1 1303.6
2.1 −4927
28
2070
30
−7250
16
2611
29
−9201
40
3240
40 −11360
26
3923
26 −13588
80
4560
60 −15640#
15
5278.5
2.0 −17770
170#
5810# 130# −20380#
210
6477
6
∗
460#
6970# 100#
∗
900#
600#
400#
100
2.1
28
16
40
26
40
24
160#
210
440#
Q(β − n)
Q(ε p)
A Elt.
950#
670#
400#
110
0.08
3
2.5
40
21
80
23
60
21
260#
550#
499
∗
380#
−17250# 1000#
310#
−16140# 810# −3220#
−12750# 510# −3770
−11770# 300# −7660.67
−7675
4
−7884
−6852.0
2.1 −11286
−2793
28 −10660
−3138
17 −14300
804
29 −13430
194
26 −17350
4220
40 −16450
3760
30 −20298
7610# 160# −19590#
7160
220
∗
11450# 410#
∗
950#
670#
400#
100
0.07
5
6
30
30
40
40
60
23
430#
1230#
1110#
−2460#
−2760#
−6702.2
−7026.3
−10711
−9985
−13720
−12690
−16420
−15693
−19290#
−18270
−22450#
∗
1080#
810#
510#
200#
1.4
2.0
28
16
40
30
40
21
160#
210
460#
810#
∗
1790#
600# −17890# 1080# −1810#
100 −14490# 710# −2210
1.3 −13410# 500# −5756.9
12
−9710# 200# −6619.9
8
−8602.6
1.2 −10067.0
30
−4278
12
−9680
29
−4349
8 −13218
40
−374
30 −12460
30
−860
40 −16080
90#
3060
40 −15310
21
2455
30 −19306
220#
6720#
90# −18280#
500#
6130
30 −21890#
10160# 200#
∗
9570# 540#
∗
950#
630#
100
1.0
2.0
2.4
30
28
40
30
40
30
220#
220#
950#
630#
400#
100
2.1
2.7
28
40
30
30
30
40
200#
250#
500
A Elt.
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
Z
S(n)
Q(4β − )
S(p)
Q(d,α )
Q(p,α )
Q(n,α )
167 Eu
Gd
Tb
Dy
Ho
Er
Tm
Yb
Lu
Hf
Ta
W
Re
Os
Ir
Pt
63 5050#
1130#
∗
64 4370#
840#
11390# 1000#
65 6150#
410#
8730#
720#
66 5420
60
9470
120
67 7281
5
6985
5
68 6436.45
0.18
7508.8
0.9
69 8726
12
4905.7
1.5
70 7077
9
5989
12
71 9550
40
3200
30
72 7680
40
4740
40
73 10320
40
1780
40
74 8268
22
3280
30
75 11060#
100#
230#
50#
76 9140
70
1940#
110#
77 11950#
200#
−1071
5
78 9820#
650#
620#
450#
18700#
12600#
6710#
660
−4790
−9829
−14197
−18505
−22660#
−26960
−31270
−35550#
∗
∗
∗
∗
800#
600#
400#
60
30
28
28
20
60#
80
30
410#
10930# 1210#
10570#
920#
11340#
640#
11430#
210#
12042
5
12318.6
0.9
12690.8
2.4
13053
5
13500
40
13690
40
14000
40
14477
26
14740#
60#
14860
80
15280#
200#
15800#
460#
9460# 1130#
7270#
840#
8770#
570#
7010
120
8551
5
6554.4
1.5
8265.3
2.4
6158
28
8390
40
6040
40
8330
30
6060
30
8260#
50#
6010#
180#
8240
210
5590#
120#
∗
3120# 1000#
2910#
720#
5460#
410#
5440
100
8323.0
1.2
8085.2
2.0
11002
4
10030
40
13200
30
11940
40
15379
28
14090#
60#
17380
70
16210#
160#
19570#
460#
168 Gd
Tb
Dy
Ho
Er
Tm
Yb
Lu
Hf
Ta
W
Re
Os
Ir
Pt
64 5470#
65 4730#
66 6700
67 5850
68 7771.32
69 6840.7
70 9052
71 7630
72 9960
73 8110
74 10873
75 9030#
76 11560
77 9730#
78 12570#
14890#
8820#
3010
−3000
−7636
−12924
−16684
−21270
−25370
−29650#
−33850
∗
∗
∗
∗
700#
500#
140
60
28
28
17
60
30
150#
210
9210# 1060#
12610#
780#
9910
170
13230
30
10791.0
0.9
14324.7
1.8
11030
12
15240
50
11370
40
16180
40
11920
30
16810
30
12570#
90#
17410#
150#
12880#
290#
7320#
8830#
6960#
8420
6771.9
8074.7
6225
8090
5950
8110
5829
7930
5530
7770#
5450#
990#
710#
240#
30
0.9
2.6
4
50
40
40
23
40
25
250#
50#
1340# 1140#
3710#
860#
3550#
520#
6240#
200#
6267.6
1.2
9233.3
2.0
8600
4
11520
50
10570
40
13690
40
12390
30
15710
40
14518
28
17560#
150#
16260#
290#
169 Gd
Tb
Dy
Ho
Er
Tm
Yb
Lu
Hf
Ta
W
Re
Os
Ir
Pt
Au
64 3870#
1060#
∗
65 5670#
780#
9280#
66 5110
330
10390#
67 6810
40
7530
68 6003.27
0.15
8150
69 8033.6
1.5
5572.2
70 6866.98
0.15
6342
71 9080
50
3792
72 7430
40
4940
73 9970
40
2220
74 8099
22
3810
75 10660
40
780
76 8802
28
2220
77 11410#
150#
−621
78 9410#
290#
920#
79
∗
−1960#
17030#
11180#
4770
−726
−6212
−10990
−15453
−19691
−24000
−28210
−32540#
−36600#
∗
∗
∗
∗
800#
600#
300
21
28
28
16
29
40
40
200#
300#
10390# 1130#
11320#
840#
10950#
500#
11840
60
12069
5
12727.6
1.1
12889
4
13228
6
13500
40
13890
40
14140
30
14410
30
14830#
60#
15130
80
15420#
200#
15460#
500#
7570# 1130#
9170#
840#
7020
320
8651
20
7012.3
0.9
8515.7
1.1
6388
12
8375
8
6170
40
8430
40
6040
30
8370
30
5990#
90#
8220
30
5694
15
7870#
590#
∗
2150# 1000#
4440#
670#
4600
100
7307.8
1.3
7443.3
1.3
10208
4
9463
13
12518
29
11380
40
14590
30
13360
40
16817
27
15420#
90#
18710#
200#
17060#
360#
920#
640#
150
30
0.12
1.8
5
60
40
40
25
60#
70
150#
460#
11810# 1060#
9090#
780#
10010#
420#
7420
70
7999
5
5309.9
1.8
6315
4
3760
50
5150
40
2220
40
3830
30
1000
40
2440#
50#
−470#
170#
1250
210
920#
590#
140
30
1.1
4
3
50
40
30
30
40
24
250#
360#
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
A Elt.
Z
S(2n)
167 Eu
Gd
Tb
Dy
Ho
Er
Tm
Yb
Lu
Hf
Ta
W
Re
Os
Ir
Pt
63
64
65
66
67
68
69
70
71
72
73
74
75
76
77
78
9170#
10380#
11330#
12460
13525
14911.1
15755.0
16449
17200
17970
18640
19370
20320#
21000#
21600#
∗
168 Gd
Tb
Dy
Ho
Er
Tm
Yb
Lu
Hf
Ta
W
Re
Os
Ir
Pt
64
65
66
67
68
69
70
71
72
73
74
75
76
77
78
9850#
10880#
12120
13130
14207.77
15566
16129
17190
17640
18440
19141
20090#
20695
21680#
22390#
169 Gd
Tb
Dy
Ho
Er
Tm
Yb
Lu
Hf
Ta
W
Re
Os
Ir
Pt
Au
64
65
66
67
68
69
70
71
72
73
74
75
76
77
78
79
Q(α )
S(2p)
Q(2β − )
12260#
9240#
6440#
3360
262
−2703
−5050
−7126
−9150
−11380
−13510#
−15590
−17760#
−19960#
∗
∗
900#
∗
600#
∗
400# −16530#
60 −12830#
5 −11820
4
−7995.6
30
−6760.4
28
−2951
40
−2900
30
832
60#
380
80
4480
60#
3970#
410#
8100
7480#
11610#
920#
510#
140
30
0.21
12
7
60
40
40
19
90#
22
250#
550#
∗
20470#
18740#
16880
14984.6
12818.7
11221
9750
8350
6950
5610
4280
2677
1470#
180
−2350# 1060#
950# −1820#
780#
610# −1240#
420#
100
−410
100
1.3
551.6
1.2
2.0
1244.5
2.3
4
1950
4
50
2400
50
29
3240
30
40
3820
40
30
4506
12
40
5063
13
16
5818.2
2.9
180#
6480
50
210
6997
9
10460#
7570#
4430
1250
−1422
−4250
−6214
−8670
−10470
−12600
−14900
−17050#
−18950
∗
∗
710#
500#
140
30
4
50
28
50
30
40
20
160#
210
9340#
1000#
10400#
720#
11810
310
12659
21
13774.59
0.19
14874.3
1.0
15919
5
16720
30
17390
40
18080
40
18972
25
19690#
60#
20360
80
21140
30
21980#
450#
∗
∗
21090#
19480#
17540#
15570
13571
11652
10107
8701
7370
6030
4610
3210
1820#
450#
−710#
−2530# 1210#
−1960#
920#
−1560#
590#
−570#
200#
264.3
1.2
1199.7
1.3
1733
4
2434
5
3150
40
3730
40
4290
30
5044
29
5716
3
6151
8
6846
13
7410#
370#
11700#
8710#
5330
2477
−558
−3203
−5653
−7787
−9800
−11900
−14196
−16300
−18350#
−20290#
∗
∗
860#
∗
600#
∗
300 −14790#
20 −13590#
4
−9650
5
−8500
28
−4663
28
−4049
30
−431
40
−520
30
3150
40
2720
200#
6880
300#
6420
10330#
9660#
1000#
670#
400#
60
5
4
5
28
40
30
40
30
60#
220#
300#
Q(β − n)
Q(ε p)
∗
−2860# 1130#
21480# 1080# −2230#
920#
19860#
810# −1640#
640#
18050#
510#
−870#
300#
16210#
200#
−110
7
14256.7
1.2
664.8
1.2
12221.7
1.6
1410.7
1.8
10644
4
2155
6
9140
30
2810
30
7760
40
3410
30
6490
40
4020
40
5030
30
4770
30
3560#
60#
5280#
40#
2220
80
5980
50
1000
30
6503
6
−530#
450#
7160
50
1060#
780#
450#
60
5
1.9
2.6
28
40
40
30
30
60#
220#
220#
501
∗
−16200#
−15150#
−11510#
−10350
−6320
−5567
−1800
−2055
1820
1290
5270
4809
8810#
8180
2740#
−1010#
900#
−1320#
600#
−4930
100
−5426
1.3 −9474
1.6 −9031
4
−12640
30
−11710
29
−15440
40
−14531
30
−18310#
60# −17470#
70
−21370#
90# −20360#
410#
∗
1000#
600#
400#
60
5
12
8
30
40
40
30
90#
60#
220#
500#
950#
610#
400#
60
6
4
50
28
40
30
40
23
160#
220
−330#
−630#
−4350
−4840
−8519.7
−8795
−12140
−11670
−15080
−14380
−18120#
−17360
−20983
−20270#
∗
810#
510#
140
30
1.5
4
30
50
40
30
60#
80
22
430#
760#
500#
140
30
4
5
28
50
30
40
30
40
200#
330#
530#
400#
−3610
−3878
−7682.3
−7777
−11380
−10788
−14390
−13470
−17190
−16470
−20050#
−19110
∗
∗
950#
610#
300
20
1.9
4
50
28
40
30
30
30
150#
210
502
A Elt.
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
Z
S(n)
170 Tb
Dy
Ho
Er
Tm
Yb
Lu
Hf
Ta
W
Re
Os
Ir
Pt
Au
65 4320#
66 6130#
67 5510
68 7257.2
69 6591.97
70 8470
71 7304
72 9610
73 7920
74 10447
75 8600
76 11278
77 9310#
78 12000#
79 9900#
171 Tb
Dy
Ho
Er
Tm
Yb
Lu
Hf
Ta
W
Re
Os
Ir
Pt
Au
Hg
65 5230#
66 4520#
67 6350
68 5681.6
69 7486.3
70 6614.5
71 8595
72 7250
73 9650
74 7860
75 10400
76 8437
77 11180#
78 9240
79 12020#
80
∗
172 Dy
Ho
Er
Tm
Yb
Lu
Hf
Ta
W
Re
Os
Ir
Pt
Au
Hg
66
67
68
69
70
71
72
73
74
75
76
77
78
79
80
173 Dy
Ho
Er
Tm
Yb
Lu
Hf
Ta
W
Re
Os
Ir
Pt
Au
Hg
66 4120#
67 5770#
68 5240#
69 6950
70 6367.3
71 8215.8
72 7080
73 9140
74 7700
75 10100
76 8271
77 10820#
78 8910
79 11610#
80 9550#
5690#
4950#
6836
6236
8019.46
6979.1
9040
7680
10080
8340
11016
9160#
11700
9790#
12660#
Q(4β − )
S(p)
Q(d,α )
9220#
7040#
8560
7036
8360.2
6643.4
8148
6110
8190
5920
8030
5770#
8050#
5637
7790#
920#
450#
80
5
1.1
1.3
17
40
40
30
30
50#
130#
6
460#
Q(n,α )
920#
9730# 1060#
360#
10860#
630#
50
7930
300
1.5
8600
20
0.17
6160.9
1.1
4
6778.0
0.8
18
4229
17
40
5466
28
40
2710
40
22
4290
30
40
1290
30
27
2830
30
110#
−110#
110#
200#
1510
30
360#
−1474
15
13460#
7110#
1070
−3861
−9663
−13476
−18390
−22326
−26820#
−30988
−35310#
∗
∗
∗
∗
700#
200#
50
28
28
15
30
30
110#
24
210#
12470#
9550#
13030
10660
13906.9
11259.5
14975
11520
15930
11810
16680
12580
17380#
13150#
18140#
∗
11060#
8150#
8770
6390.0
6800.5
4353.6
5410
2760
4240
1250
2660
−210
1440#
−1452
170#
760#
630#
50
1.2
0.9
1.9
30
40
40
30
30
40
140#
18
360#
15720#
9200#
3310
−2294
−7495
−12226
−16583
−21140
−25290
−29620
−33690
−37800#
∗
∗
∗
∗
800#
300#
600
29
28
28
28
30
50
90
40
300#
11110# 1130#
10690#
670#
11790
670
11789
20
12423.9
1.6
12678.6
0.9
13248
4
13357
29
13710
40
13920
40
14380
30
14800
30
15000
50
15320
90
15520#
200#
16000#
420#
9470# 1060#
7250#
590#
8900
620
7210
30
8645.2
1.6
6869.6
1.7
8605
4
6500
60
8500
40
6170
40
8500
30
6370
40
8420
40
6140#
180#
8340
210
∗
∗
3630#
3620#
6490
6500
9331.0
9130.5
11790
10990
13920
12790
16243
15010
18170
16820#
20190#
760#
780#
140
30
1.3
2.5
29
50
40
40
25
50
90
150#
360#
500#
720#
4
5
0.14
2.7
40
40
40
60
24
110#
90
160#
360#
11520#
8570#
9250
6944
7333.7
4718.2
5859
3190
4670
1730
3280
520#
1960
−900#
810
900#
500#
600
5
1.0
2.4
25
40
40
60
30
110#
40
180#
210
11530#
5340#
−86
−6050
−10163
−15220
−19165
−23810#
−28000
−32240#
−36150
∗
∗
∗
∗
400#
400#
25
29
28
50
28
110#
30
170#
210
9320#
12970#
10470
13445
11251.1
14738.4
11617
15630
11750
16480
12391
17120#
12930#
17730#
13240#
810#
450#
50
5
0.9
2.4
30
40
40
60
30
110#
100#
160#
290#
7230#
9070#
7178
8413
6883.7
8493
6538
8250
6060
8260
6010
8070#
5844
7960#
5570#
720#
500#
20
6
0.9
4
25
40
40
60
30
110#
23
260#
360#
1820#
4340#
4760
7070
7314.8
10185.0
9613
12394
11270
14410
13326
16510#
15267
18450#
16930#
900#
720#
300
21
1.3
2.5
25
28
40
60
21
110#
28
160#
290#
640#
570#
200#
7
0.3
2.2
40
40
40
60
21
110#
60
160#
300#
∗
8660#
9540#
7058
7465
4914.5
5959
3280
4690
1750
3200
323
1710#
−992
580#
570#
450#
6
6
1.6
28
40
40
40
60
19
120#
23
260#
13780#
7790#
1760#
−3862
−8829
−13332
−17970
−22120
−26790
−30730
−34870#
∗
∗
∗
∗
500#
400#
200#
28
28
28
30
30
60
40
210#
10430#
11730#
11580#
12177
12370.1
13137.2
13133
13750
13700
14240
14520
14732
15200
15360
15710#
950#
500#
630#
5
1.0
1.6
28
40
40
40
30
23
70
90
210#
7430#
9430#
7460#
8720
7108.4
8747.2
6760
8720
6270
8600
6344
8520
6240#
8350
5910
860#
450#
200#
5
0.9
1.7
30
40
40
30
30
18
120#
30
50
∗
2890#
5660#
5630
8204.7
8561.2
11004
10560
13170
12230
15502
14292
17630
16150#
19380#
810#
280#
50
1.6
1.8
28
30
40
40
21
29
60
110#
210#
1060#
360#
600
0.4
1.3
0.6
17
40
40
30
40
22
110#
90
210#
990#
540#
150
30
1.1
1.7
17
50
40
30
30
30
100#
150#
290#
Q(p,α )
2890# 1060#
2680#
630#
5250#
400#
5470
60
8132
5
8174.2
1.2
10885
17
9987
28
13010
40
11820
30
15080
40
13807
22
17160#
110#
15840
80
19110#
200#
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
S(2n)
S(2p)
Q(2β − )
Q(α )
Q(β − n)
Q(ε p)
A Elt.
Z
170 Tb
Dy
Ho
Er
Tm
Yb
Lu
Hf
Ta
W
Re
Os
Ir
Pt
Au
65
66
67
68
69
70
71
72
73
74
75
76
77
78
79
9990#
11240#
12320
13260.5
14625.6
15337
16390
17040
17890
18546
19270
20080
20720#
21410
∗
∗
20140#
18320#
16130
14310
12350.2
10570
9257
7650
6510
5100
3616
2100#
893
−550#
−2160# 1060#
730# −1690#
630#
510#
−910
110
140
50.6
1.9
30
851.4
1.3
1.2
1737.7
1.2
17
2159
20
28
2910
29
50
3460
40
30
4140
30
40
4760
40
20
5539
3
110#
6110#
50#
22
6708
4
250#
7168
21
9900#
6450#
3560
654.4
−2490
−4515
−7170
−8960
−11220
−13366
−15600#
−17622
−19710#
∗
∗
171 Tb
Dy
Ho
Er
Tm
Yb
Lu
Hf
Ta
W
Re
Os
Ir
Pt
Au
Hg
65
66
67
68
69
70
71
72
73
74
75
76
77
78
79
80
9550# 1000#
∗
10650#
420# 20790#
11860
600
19010#
12938.8
1.5 16700
14078.3
1.3 14990
15084
4
12961.4
15899
5
11131.5
16860
40
9639
17570
40
8221
18310
30
6950
19010
40
5540
19710
30
3953
20490
50
2620
21240#
220#
1330
21920#
300#
60
∗
−1300#
−2340# 1130#
860# −1840#
670#
850# −1110#
720#
300
−210
60
20
646
5
1.3
1559.7
1.3
2.0
2289.9
2.3
29
2738
29
28
3360
40
40
3960
40
40
4680
40
24
5371
4
50
5980#
30#
90
6610
50
40
7089
17
360#
7620#
500#
11020# 1000#
∗
7610#
300#
∗
4690
600
−15470#
1587.3
1.5 −11350#
−1382.1
2.1 −10260
−3881
29
−6486.5
−6113
28
−5321.9
−8350
40
−1951
−10470
40
−1700
−12790
30
1880
−14820
50
1600
−16820
90
5711
−18870
50
5200
−20970#
310#
9170
∗
8470#
∗
12520#
172 Dy
Ho
Er
Tm
Yb
Lu
Hf
Ta
W
Re
Os
Ir
Pt
Au
Hg
66
67
68
69
70
71
72
73
74
75
76
77
78
79
80
10210#
11300#
12517
13722
14634.0
15574
16290
17330
17950
18750
19453
20340#
20938
21810#
∗
450#
400#
4
6
0.6
17
40
40
30
60
18
150#
23
260#
∗
19640#
17400#
15710
13723.6
11518.7
10213
8600
7420
5960
4523
3180#
1751
540#
−640
−2050#
810# −1330#
200#
−350
50
260
1.5
1311.5
2.5
2151.4
25
2746
30
3310
40
3840
60
4450
21
5227
110#
5850#
17
6465
190#
7030
210
7525
810#
640#
140
30
1.3
2.9
25
50
40
60
7
100#
4
50
12
8760#
5980#
2771
−639
−2857
−5411
−7310
−9810
−11860
−14000#
−16137
−18240#
−20010
∗
∗
400#
400#
4
6
25
28
40
60
30
120#
19
190#
210
∗
−15190#
−13660#
−10140
−8824.4
−4814.7
−4380
−785
−950
2910
2560
6440#
5903
9860#
9090
173 Dy
Ho
Er
Tm
Yb
Lu
Hf
Ta
W
Re
Os
Ir
Pt
Au
Hg
66
67
68
69
70
71
72
73
74
75
76
77
78
79
80
9810#
10720#
12070#
13186
14386.8
15194.9
16120
16820
17780
18450
19288
19980
20610
21400
22210#
590#
720#
200#
5
0.4
2.0
40
40
40
40
24
40
100
40
360#
∗
20180#
18120#
16310
14409.4
12248.1
10678
9141
7870
6410
4930
3600
2230
970
−320#
−2300#
900# −1430#
360#
−480#
600
119
1.6
947.5
1.9
1969.3
28
2534
28
3256
40
3560
40
4310
30
5055
30
5689
60
6350
50
6836
230#
7380
950#
720#
360#
21
1.3
1.8
28
28
40
40
6
27
50
5
50
9870#
7160#
3900#
627
−2144
−4489
−6680
−8840
−11290
−13280
−15500
−17452
−19370#
∗
∗
540#
400#
200#
5
28
28
40
40
30
30
60
29
220#
∗
∗
−13210#
−12150#
−8356
−6795
−3440
−2944
390
490
4370
3960
8010
7410#
11240#
860#
240#
60
1.5
1.5
4
50
40
40
22
40
16
180#
210
503
700#
∗
200# −17050#
50
−13440#
1.6 −11800
17
−8286
28
−7129.2
30
−3319
30
−3173
40
651
19
130
110#
4080
21
3701
230#
7780#
7130
11180#
1190#
−2930#
−3390
−6906.0
−7502
−10763
−10660
−14030
−13290
−16980
−16270
−19918
−19020#
−22590#
∗
760#
200#
50
1.8
4
5
30
40
30
30
40
29
230#
300#
2090#
−1940#
920#
−2480
200#
−5995.6
50
−6518.0
1.5 −10073
2.0 −9651
29
−13360
30
−12500
40
−16240
40
−15394
24
−19050#
50
−18200
90
−21930#
100#
∗
300#
∗
830#
300#
600
1.8
1.1
17
28
40
30
40
30
100#
40
220#
900#
300#
600
1.6
2.6
25
28
40
60
30
110#
23
160#
230
−1280#
−1750#
−5345
−6139
−9498.1
−9381
−12750
−12320
−15920
−15300
−18880
−18120#
−21608
−20860#
∗
720#
400#
4
6
1.9
29
40
40
40
60
40
140#
29
340#
450#
400#
4
6
28
28
40
40
30
60
60
110#
210#
−450#
−680#
−4350#
−5070
−8886.3
−8554
−12150
−11370
−15280
−14390
−17990#
−17242
−20730#
−19800
∗
640#
400#
200#
5
2.4
25
40
40
60
30
110#
19
170#
210
830#
600#
300
20
1.2
17
28
28
30
40
19
110#
30
210#
504
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
S(n)
Q(4β − )
S(p)
Q(d,α )
Q(p,α )
Q(n,α )
A
Elt.
Z
174
Ho
Er
Tm
Yb
Lu
Hf
Ta
W
Re
Os
Ir
Pt
Au
Hg
67
68
69
70
71
72
73
74
75
76
77
78
79
80
4480#
6370#
5680
7464.63
6760.8
8506
7420
9570
8190
10629
8670
11450
9450#
12150#
640#
360#
40
0.06
1.5
28
40
40
40
19
30
60
110#
210#
9010#
10140#
7510#
7980
5308.0
6249.8
3620
5120
2230
3730
720
2336
−460#
1120
710#
500#
200#
5
1.6
2.2
40
40
40
30
30
18
120#
30
10070#
3900#
−2130
−6723
−11902
−15850
−20870
−24910
−29480#
−33349
∗
∗
∗
∗
500#
300#
50
28
28
11
40
30
110#
23
12940#
10160#
13330
11141
14395.8
11605.5
15370
11810
16130
12240
17080
12910#
17620#
13350#
640#
500#
40
6
1.6
2.8
40
40
40
60
30
110#
100#
160#
9480#
7440#
8720
7130.1
8600.9
6851.0
8550
6360
8280
6120
8290
5980
8140#
5781
590#
670#
40
1.0
1.6
2.6
40
40
40
30
30
40
140#
19
3640#
3810#
6300
6421.7
9286.7
9111.9
11739
10850
13690
12740
16030
14620
17880#
16470
950#
420#
600
1.6
1.9
2.3
28
40
40
30
40
22
110#
90
175
Ho
Er
Tm
Yb
Lu
Hf
Ta
W
Re
Os
Ir
Pt
Au
Hg
67
68
69
70
71
72
73
74
75
76
77
78
79
80
5370#
4770#
6520
5822.35
7666.7
6708.5
8740
7480
9690
8180
10630
8442
11320#
9410
780#
500#
70
0.07
1.0
0.4
40
40
40
17
30
22
110#
100
∗
10440#
7660#
8120
5510.1
6197.5
3851
5180
2350
3720
721
2110
−590
1080#
640#
300#
40
1.3
2.2
28
40
40
30
23
30
40
140#
12370#
5830#
90
−5068
−9882
−14379
−18980
−23940
−27850
−32120
∗
∗
∗
∗
600#
400#
60
28
28
14
30
30
50
100
11690#
11160#
12050#
12269
13096.4
13112.7
13710
13470
14150
14160
14720
15293
15210
15540
780#
570#
200#
5
1.3
2.2
40
40
40
30
25
23
70
100
9790#
7610#
9040
7543
8953.6
7121.5
8860
6560
8670
6280
8673
6690#
8520
6160#
720#
570#
50
6
1.3
2.8
40
40
40
60
25
110#
40
190#
∗
4720#
4730#
7435
7856
10422.8
9979
12420
11690
14640
13740
17194
15720#
18760
570#
400#
4
6
2.3
28
40
40
30
60
24
110#
100
176
Er
Tm
Yb
Lu
Hf
Ta
W
Re
Os
Ir
Pt
Au
Hg
Tl
68
69
70
71
72
73
74
75
76
77
78
79
80
81
5920#
5130
6864.8
6287.98
8165.0
7030
9080
7850
10060
8504
11309
9170#
11860
∗
570#
110
1.0
0.15
1.8
40
40
40
30
28
24
110#
100
10990#
8010#
8470
5975.7
6695.8
4170
5520
2720
4100
1045
2788
140#
1630
−1250#
720#
410#
50
1.3
0.8
30
40
40
40
24
24
110#
40
220#
8080#
1990
−2853
−8324
−12480
−17500
−21710
−26530#
−30320
−34410#
∗
∗
∗
∗
400#
100
28
28
28
40
30
110#
30
200#
9710#
13290#
11090
14273.0
11708.6
15190
11810
15880
12290
16846
12650
17490#
13130#
17910#
640#
310#
40
1.3
1.3
30
40
40
40
23
30
110#
100#
200#
7460#
9140#
7629
9033.0
7172.3
8910
6620
8530
6320
8441
6208
8270#
5905
7980#
570#
220#
4
1.3
1.3
40
40
40
40
25
19
120#
22
290#
2930#
5370#
5810#
8518
8625.2
11170
10420
12980
12280
15340
14157
17380#
15810
19020#
640#
410#
200#
5
1.5
30
40
40
40
30
21
110#
60
200#
177
Er
Tm
Yb
Lu
Hf
Ta
W
Re
Os
Ir
Pt
Au
Hg
Tl
68
69
70
71
72
73
74
75
76
77
78
79
80
81
4370#
6170#
5566.40
7072.99
6383.4
8430
7130
9280
7920
10258
8514
11080#
9070
11950#
640#
310#
0.22
0.16
0.7
30
40
40
30
28
21
110#
80
200#
∗
8260#
8900
6183.9
6791.2
4435
5630
2920
4180
1240
2798
−89
1530#
−1162
500#
100
1.6
0.7
3
40
40
30
30
25
19
130#
21
10090#
4260#
−1287
−6120
−10940
−15676
−20330
−24720
−29170
−32720
∗
∗
∗
∗
500#
300#
28
28
16
20
30
30
80
30
10710#
11890#
12040
13022.4
12991.9
13471
13420
14070
14050
14768
14769
14851
15370
15370
780#
500#
50
1.3
0.7
4
40
40
30
24
25
23
90
100
7570#
9350#
7740
9424.6
7549.7
8987
6900
8820
6590
8813
6360
8633
6280#
8180
710#
420#
40
1.3
1.2
4
40
40
30
23
30
17
130#
30
∗
3680#
6610#
7130
9706.4
9498
11791
11120
13920
13270
16272
14960
18180
16510#
590#
300#
40
1.4
3
28
40
30
30
19
30
80
110#
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
A Elt.
Z
S(2n)
174 Ho
Er
Tm
Yb
Lu
Hf
Ta
W
Re
Os
Ir
Pt
Au
Hg
67
68
69
70
71
72
73
74
75
76
77
78
79
80
10250#
11600#
12630
13832.0
14976.6
15586
16550
17270
18290
18901
19490#
20361
21060#
21700
175 Ho
Er
Tm
Yb
Lu
Hf
Ta
W
Re
Os
Ir
Pt
Au
Hg
67
68
69
70
71
72
73
74
75
76
77
78
79
80
9850#
720#
11140#
450#
12200
50
13286.99
0.09
14427.6
1.1
15215
28
16150
40
17050
40
17880
40
18809
20
19299
24
19890
60
20770
50
21560#
230#
∗
19450#
17800#
15630#
13490
11505.5
10101
8800
7470
5960
4450
2830
1750
630
640#
400#
200#
5
2.3
28
40
40
30
30
24
40
120
176 Er
Tm
Yb
Lu
Hf
Ta
W
Re
Os
Ir
Pt
Au
Hg
Tl
68
69
70
71
72
73
74
75
76
77
78
79
80
81
10690#
11650
12687.2
13954.7
14873.5
15770
16560
17530
18240
19130
19751
20480#
21274
∗
∗
18450#
16120#
14100
12205.9
10370
9373
7900
6450
4770
3510
2250#
1038
−170#
510#
300#
40
1.5
30
28
40
40
30
18
110#
18
220#
177 Er
Tm
Yb
Lu
Hf
Ta
W
Re
Os
Ir
Pt
Au
Hg
Tl
68
69
70
71
72
73
74
75
76
77
78
79
80
81
10290#
640#
11300#
300#
12431.2
1.0
13360.97
0.22
14548.4
1.9
15458
28
16210
40
17120
40
17987
21
18761
28
19823
24
20250
40
20930
130
∗
640#
300#
50
0.3
2.3
25
40
40
60
18
110#
17
190#
210
500#
110
1.0
1.0
1.7
40
40
40
30
30
19
150#
24
S(2p)
Q(2β − )
Q(α )
∗
−1590#
18800# 500#
−710#
17050# 400#
−50
15038
4
740.1
12773
6
1800.4
11164.3
2.3
2497.4
9577
28
3140
8400
40
3600
6920
40
4040
5480
30
4872
3920
60
5624
2659
19
6184
1250# 150#
6699
124
23
7233
860#
360#
70
1.6
1.8
2.4
30
40
40
10
10
5
7
6
505
Q(β − n)
Q(ε p)
8370# 510#
∗
5000# 300# −15460#
1710
40
−12060#
−1103.0
2.3 −10590#
−3835
28
−6605
−5620
28
−5579.3
−8070
40
−2144
−10230
30
−2100
−12800
40
1430
−14677
16
1440
−16670# 110#
5400
−18672
23
4830
∗
8790#
∗
8010
590#
400#
200#
5
2.3
28
40
40
30
40
19
100#
60
80# 540#
−3760# 300#
−4380
40
−8135.1
1.7
−8235
28
−11521
28
−11080
40
−14740
40
−14310
30
−17796
18
−17000
60
−20571
29
−19700# 230#
∗
−1730# 1000#
−960#
500#
−220
600
599.3
1.6
1620.0
1.6
2403.4
2.3
3000
28
3370
40
4010
40
4560
30
5400
30
6178.1
2.6
6562
15
7060
50
9510# 600#
∗
6050# 400#
∗
2860
50
−14100# 510#
−216.8
2.3 −10040# 300#
−2762
28
−8590
40
−4851
28
−4823.2
2.3
−7120
40
−4122
28
−9530
30
−1075
28
−11860
30
−840
40
−14415
23
2830
30
−15990
50
2960
30
−17700
100
7017
22
∗
6140
50
∗
10040
100
1080# 670#
−2850# 400#
−3440
50
−7196.7
1.6
−7395.4
1.9
−10814
28
−10250
40
−14030
40
−13360
30
−17310
30
−16181
23
−19570# 100#
−18870
50
∗
−1200#
−400#
570
1568
2257.9
2950
3340
3840
4570
5240
5885.2
6558
6897
7410#
570#
410#
4
6
1.5
30
40
40
40
50
2.1
7
6
250#
6990#
4010
1083.4
−2020
−3936
−6300
−8540
−11200
−13170
−15320#
−17149
−19090#
∗
∗
∗
−1450#
19250# 670#
−800#
16920# 400#
240#
14650
50
1445
12766.9
1.4
2241.7
11131
3
2737
9796
28
3290
8440
40
3700
6890
30
4350
5340
30
5080
3844
20
5642.8
2700
24
6297
1670
80
6740
460
50
7067
710#
500#
200#
5
1.5
3
40
40
30
30
2.7
5
50
7
8190# 500#
∗
4920# 300#
∗
1900.4
1.7 −11780# 400#
−665
3
−10300
100
−3188
28
−6684.5
1.7
−5454
28
−5625
3
−7750
30
−2413
28
−10220
30
−2190
40
−12579
22
1400
30
−14497
24
1730
30
−16590
80
5440
30
−18222
28
5022
24
∗
8860
80
∗
7920# 110#
400#
∗
100
−13860#
1.8 −12130#
30
−8360
28
−7165.8
40
−3480
40
−3447
30
60
30
250
110#
4140
20
3888
220#
7600#
6622
10700#
600#
400#
50
1.5
30
28
40
40
30
20
110#
24
200#
−2260# 400#
−2740
100
−6394.8
1.6
−6974.8
1.9
−10240
28
−9800
40
−13420
40
−13030
30
−16740
30
−16242
28
−19560
40
−18620# 150#
∗
∗
−1500#
−2050#
−5673.2
−5882.8
−9600
−9153
−12710
−12240
−16160
−15191
−18910#
−17842
−21400#
∗
510#
300#
1.6
0.8
30
28
40
40
26
24
110#
19
210#
506
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
S(n)
Q(4β − )
S(p)
Q(d,α )
Q(p,α )
Q(n,α )
A
Elt.
Z
178
Tm
Yb
Lu
Hf
Ta
W
Re
Os
Ir
Pt
Au
Hg
Tl
Pb
69
70
71
72
73
74
75
76
77
78
79
80
81
82
4720#
6780
6025.3
7625.96
6855
8790
7460
9668
8276
10699
8850
11610
9500#
∗
500#
10
1.9
0.18
15
30
40
23
28
18
60
80
120#
8600#
9520#
6642.8
7344.2
4907
5981
3240
4570
1591
3240
240
2056
−740#
390
640#
300#
2.5
0.7
15
15
40
30
25
23
60
18
140#
30
6390#
718
−4690
−8898
−14255
−18418
−23330
−27229
−31500#
−35566
∗
∗
∗
∗
400#
18
28
17
25
19
60
21
120#
27
13100#
10390
13861.9
11653.9
14781
11660
15700
12230
16560
12574
17310
12930#
17740#
13730#
570#
100
2.5
0.7
15
30
40
30
30
23
60
110#
110#
200#
9400#
7480
9221.7
7590.5
8841
6860
8840
6610
8717
6295
8230
5990
8100#
∗
570#
50
2.3
0.8
15
30
40
30
24
23
60
40
150#
4330#
4600#
7620
7902.8
10310
9714
12400
11730
14680
13753
16750
15020
18340#
17200
720#
400#
50
1.5
15
15
40
30
30
17
60
23
120#
100
179
Tm
Yb
Lu
Hf
Ta
W
Re
Os
Ir
Pt
Au
Hg
Tl
Pb
69
70
71
72
73
74
75
76
77
78
79
80
81
82
5560#
4790#
6792
6098.99
7930
6959
9000
7545
9897
8337
10700
8680
11620#
9640#
640#
300#
5
0.08
15
22
40
24
23
14
60
30
120#
200#
∗
9590#
6655
7417.9
5211.0
6085
3459
4660
1820
3301
243
1880
−730
530#
500#
11
2.0
0.4
22
29
30
20
22
20
60
50
230#
8770#
2890#
−2478
−7452
−12289
−17040
−21634
−26100
−29780
−34270#
∗
∗
∗
∗
500#
300#
25
18
11
18
30
30
40
200#
11910#
11760#
12636
12627.9
13234.1
13131
13830
13960
14583
14494
15129
15340
15190
16040#
710#
420#
5
0.7
0.5
16
40
30
19
22
22
30
90
200#
9760#
7820#
9294
7779.5
9075.2
6930
8920
6910
8885
6461
8840
6480#
8340
6320#
640#
310#
5
0.7
0.8
30
40
30
30
22
22
110#
50
280#
∗
5730#
5960
8668.6
8667.4
10920
10430
13270
12632
15481
14555
17650
15880#
19430#
500#
100
1.7
0.9
16
40
30
30
29
26
30
110#
200#
180
Yb
Lu
Hf
Ta
W
Re
Os
Ir
Pt
Au
Hg
Tl
Pb
70
71
72
73
74
75
76
77
78
79
80
81
82
6060#
5690
7387.78
6641.2
8412
7320
9410
7971
10243
8716
11390
9170#
12010#
500#
70
0.15
2.5
15
30
27
24
14
27
30
120#
200#
10090#
7560#
8013
5753.2
6567
3825
5060
2246
3648
622
2582
−230#
930
640#
310#
5
2.5
4
26
30
28
15
23
22
120#
50
5240#
−850
−5430
−10959
−15209
−20243
−24114
−28580#
−32497
∗
∗
∗
∗
400#
70
20
22
12
30
25
120#
24
10420#
13720
11265.4
14218.9
11574
15287
12010
16279
12527
17112
12790
17630#
13530#
570#
70
2.0
2.5
16
26
30
27
23
24
60
120#
120#
7930#
9170
7464.7
8817.5
6943
8730
6770
8836
6476
8638
6170
8240#
6253
500#
70
0.8
2.5
5
40
30
27
23
26
18
140#
26
4040#
6430#
6847.2
9099.2
8892
11530
10990
13940
13160
16097
14772
17790#
16490
640#
310#
1.8
2.6
4
22
30
40
19
29
20
120#
80
181
Yb
Lu
Hf
Ta
W
Re
Os
Ir
Pt
Au
Hg
Tl
Pb
70
71
72
73
74
75
76
77
78
79
80
81
82
4510#
6130#
5694.80
7576.8
6681
8743
7270
9570
8010
10346
8488
11470#
9280
570#
310#
0.07
1.3
6
25
40
30
18
29
21
120#
90
∗
7620#
8020
5942.2
6607
4156
5000
2400
3686
724
2354
−155
1030#
500#
70
2.1
5
13
40
30
26
23
26
16
150#
7410#
1770#
−3860
−8970
−13879
−18640
−22890
−26671
−31230
∗
∗
∗
∗
400#
300#
30
26
16
24
40
27
90
11470#
12390#
12363
12741.1
12823
13503
13740
14260
14414
15103
15002
14831
15870
640#
420#
5
2.1
5
20
40
30
18
22
23
29
100
8130#
9820#
7795.2
8866.7
7117
8769
6960
8940
6741
8991
6530
8380
6470#
570#
300#
2.0
2.1
16
20
40
30
25
23
60
16
150#
∗
5020#
7933
7547.8
9837
9642
12510
11830
14818
14027
16983
15170
18820
500#
10
2.9
5
20
40
40
22
28
19
60
90
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
A Elt.
Z
S(2n)
178 Tm
Yb
Lu
Hf
Ta
W
Re
Os
Ir
Pt
Au
Hg
Tl
Pb
69
70
71
72
73
74
75
76
77
78
79
80
81
82
10880#
12347
13098.3
14009.4
15280
15920
16730
17590
18533
19213
19930#
20680
21450#
∗
179 Tm
Yb
Lu
Hf
Ta
W
Re
Os
Ir
Pt
Au
Hg
Tl
Pb
69
70
71
72
73
74
75
76
77
78
79
80
81
82
180 Yb
Lu
Hf
Ta
W
Re
Os
Ir
Pt
Au
Hg
Tl
Pb
181 Yb
Lu
Hf
Ta
W
Re
Os
Ir
Pt
Au
Hg
Tl
Pb
S(2p)
Q(α )
Q(2β − )
507
Q(β − n)
Q(ε p)
∗
−1040# 640#
17780# 400#
−170# 300#
15550
100
1100
40
13528.1
1.7
2080.4
1.5
11698
15
2643
15
10416
15
3006
15
8870
40
3660
40
7480
30
4260
30
5770
30
5000
30
4478
30
5573.4
2.6
3040
60
6120
50
1967
19
6577
5
790# 160#
7020
50
−769
28
7790
14
6230# 400#
∗
2746
10 −14190# 500#
164
15 −10160# 300#
−2028
15
−8744.0
1.8
−4850
30
−5407
15
−6870
22
−4815
15
−9400
30
−1219
28
−11548
20
−1130
30
−13930
60
2730
30
−15681
17
2663
19
−17570# 130#
6430
60
−19885
27
5765
20
∗
9510# 110#
∗
9060
80
−1200# 400#
−5381
10
−5524.7
2.0
−8792
3
−8880
30
−12220
30
−11780
30
−15570
26
−14953
25
−18519
17
−17620
90
−21060
28
∗
∗
10270#
590#
11570#
300#
12818
5
13724.95
0.19
14785
3
15740
30
16460
40
17213
24
18173
23
19036
18
19545
21
20280
80
21120
50
∗
∗
−1220# 780#
18190# 590#
−190# 500#
16170# 300#
830
50
14060.7
1.8
1803.8
1.5
12555.2
0.8
2379.5
0.9
10992
16
2755
16
9441
25
3400
40
7900
30
4190
30
6386
30
4786
30
4892
18
5416
10
3483
26
6052
18
2130
30
6344
30
1330
50
6718
8
−210# 210#
7570# 220#
7460# 500#
∗
4060# 300#
∗
1302
5 −12240# 400#
−1168
16
−8063
10
−3780
25
−7312.3
2.1
−6283
24
−4148
16
−8509
27
−3368
29
−10756
20
107
24
−13125
20
287
30
−15342
29
3993
19
−16650
50
4011
26
−18920# 200#
7787
29
∗
6740
70
∗
11030# 200#
30#
−4150#
−4691
−8036
−8022
−11720
−11111
−14840
−14151
−18010
−16707
−20240#
−19940
∗
70
71
72
73
74
75
76
77
78
79
80
81
82
10850#
400#
12490
70
13486.77
0.17
14572
15
15371
16
16330
40
16955
26
17868
29
18581
15
19410
60
20071
19
20790#
160#
21650
30
∗
17150#
14668
13171
11778
9910
8521
6900
5468
3922
2825
1660#
200
410#
10
3
4
26
25
40
20
29
18
130#
25
−330# 570#
260
120
1280.8
1.7
2026.2
2.6
2508
4
3100
40
3860
30
4660
40
5240
30
5840
18
6258
4
6710
50
7415
15
5380# 400#
∗
2250
70 −12370#
−144
4 −10660#
−3097
22
−7161
−5286
21
−6462
−7860
30
−2762
−9923
23
−2344
−12380
30
1320
−14191
18
1295
−16190# 120#
5192
−18306
25
4730
∗
8260#
∗
7690
510#
300#
6
4
22
26
30
21
24
17
120#
30
−3410# 400#
−4280
70
−7493.4
0.4
−7704
16
−11130
25
−10891
28
−14353
23
−13785
24
−17555
20
−16750
30
−20020
50
−19480# 230#
∗
70
71
72
73
74
75
76
77
78
79
80
81
82
10570#
500#
11820#
300#
13082.58
0.17
14218.0
2.1
15093
16
16068
27
16680
40
17537
28
18254
17
19062
26
19880
30
20640
40
21290#
220#
∗
17720#
15570#
13955
12360
10723
8830
7460
5932
4372
2975
2427
800
590#
300#
5
5
13
40
40
23
23
18
19
90
−470# 640#
300# 420#
1152.4
1.8
1522.5
2.2
2211
5
2787
13
3720
40
4370
40
5150
5
5751.3
2.9
6284
4
6324
9
7210
50
6570# 400#
∗
3700# 300#
∗
842
5 −10300#
−1930
13
−9050
−4700
30
−5755
−7040
29
−4864
−9180
30
−1200
−11600
30
−920
−13713
21
2695
−15070
22
2817
−17520
90
6486
∗
5506
∗
9810
400#
70
5
13
30
30
25
29
19
23
90
−2230# 410#
−3020# 300#
−6547.0
2.5
−6868
4
−10486
22
−10224
24
−13650
40
−13107
28
−16850
26
−15698
24
−19330# 120#
−18933
23
∗
410#
10
1.9
0.7
30
30
40
30
28
18
120#
19
230#
500#
300#
5
15
15
30
29
27
15
60
21
120#
50
508
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
Q(p,α )
Q(n,α )
Z
182
Lu
Hf
Ta
W
Re
Os
Ir
Pt
Au
Hg
Tl
Pb
71
72
73
74
75
76
77
78
79
80
81
82
5210#
6718
6062.94
8065
7010
9130
7650
9866
8501
10986
8620
11750
360#
6
0.11
5
100
40
30
22
28
18
80
90
8320#
8610#
6310.3
7094.9
4480
5387
2790
3990
1215
2994
−20
1314
450#
300#
2.1
1.7
100
25
40
30
25
22
80
17
3570#
−1449
−7382
−12078
−17150
−21033
−25700
−29343
∗
∗
∗
∗
220#
23
21
16
100
24
80
21
13240#
11340
14066.0
11399.5
14910
11940
16018
12519
16846
12731
17600
13290#
450#
70
2.1
2.1
100
30
29
27
23
23
80
120#
9400#
7870
8902.7
6982.9
8720
6840
8832
6772
8827
6240
8430
6340
360#
8
2.1
2.2
100
30
28
19
22
19
80
50
5370#
6000#
8277
7870.8
10570
10341
13180
12497
15423
14334
17250
15740
540#
300#
5
2.2
100
27
30
24
23
13
80
30
183
Lu
Hf
Ta
W
Re
Os
Ir
Pt
Au
Hg
Tl
Pb
71
72
73
74
75
76
77
78
79
80
81
82
5720#
5300
6934.18
6190.82
8430
7120
9220
7674
9957
8295
11310
8810
360#
30
0.20
0.09
100
50
30
22
23
13
80
30
∗
8700#
6527
7222.7
4852
5500
2880
4010
1307
2788
300
1510
200#
6
1.7
8
110
30
26
19
22
14
80
6290#
380
−5099
−10595
−15624
−19860
−23610
−28200
∗
∗
∗
∗
300#
60
25
16
13
50
27
30
12030#
12160#
12826.6
12785.4
13154
13560
14070
14410
14899
14782
14785
15943
500#
300#
2.1
1.7
9
50
40
30
18
22
18
30
9750#
8260
9356.3
7433.2
8698
7040
9030
7069
9113
6661
8521
6700#
500#
80
2.1
2.1
9
50
30
27
15
23
17
120#
∗
6770#
7040
9067.8
8772
11630
11290
14233
13437
16283
14656
18320
400#
70
2.2
8
50
30
26
24
14
23
30
Lu
Hf
Ta
W
Re
Os
Ir
Pt
Au
Hg
Tl
Pb
Bi
71
72
73
74
75
76
77
78
79
80
81
82
83
4960#
6290
5617
7411.60
6487
8660
7480
9631
8203
10621
8370
11550
∗
500#
50
26
0.26
9
50
40
24
25
13
50
30
∗
9270#
6840
7700.2
5149
5734
3240
4420
1835
3451
370
1747
−1330#
300#
40
1.7
4
8
60
30
27
15
50
17
130#
7820#
2750
−3230
−8375
−13908
−17907
−22730
−26287
−31370#
∗
∗
∗
∗
400#
40
40
18
23
10
60
23
130#
∗
11090#
13928
11436.8
14732
11900
15710
12430
16561
12662
17400
13020
18580#
200#
27
1.7
4
100
40
28
27
23
50
80
130#
9300#
8100#
9435
7598.4
8891
7119
8810
7000
8920
6386
8640
6620
9060#
570#
300#
26
1.7
6
13
40
30
27
22
50
16
160#
∗
4990#
7550#
7351.0
9861
9644
12550
11870
14800
13672
16630
15262
19490#
400#
300#
2.2
5
5
30
40
30
18
50
21
130#
Hf
Ta
W
Re
Os
Ir
Pt
Au
Hg
Tl
Pb
Bi
72
73
74
75
76
77
78
79
80
81
82
83
4930#
6626
5753.69
7667
6624.53
8800
7420
9620
7898
10940
8567
11330#
200#
30
0.30
4
0.28
40
40
30
19
70
22
140#
9240#
7180
7837
5403.8
5872
3368
4360
1820
3146
700
1950
−1540#
450#
40
26
0.9
4
28
50
30
27
50
50
50#
4450#
−1060
−6710
−11955
−16634
−20580
−25140
−29650#
∗
∗
∗
∗
200#
30
40
26
16
60
40
60#
11880#
12600
12617.2
13255.7
13712
14040
14220
14620
14722
14750
15757
16070#
360#
30
1.7
0.9
8
60
50
30
19
50
19
60#
8390#
9526
7907.6
9289.4
7500
9140
7230
9170
6989
8680
6670
9480#
280#
16
1.7
0.9
100
40
50
30
26
50
80
60#
∗
6130#
8315
8257.5
11084.6
10760
13570
12830
15640
14190
17681
16790#
200#
6
1.9
1.0
110
50
30
22
60
19
90#
185
S(p)
Q(d,α )
Elt.
184
S(n)
Q(4β − )
A
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
A Elt.
Z
S(2n)
182 Lu
Hf
Ta
W
Re
Os
Ir
Pt
Au
Hg
Tl
Pb
71
72
73
74
75
76
77
78
79
80
81
82
11340#
12413
13639.7
14746
15750
16393
17220
17876
18847
19474
20090#
21030
183 Lu
Hf
Ta
W
Re
Os
Ir
Pt
Au
Hg
Tl
Pb
71
72
73
74
75
76
77
78
79
80
81
82
184 Lu
Hf
Ta
W
Re
Os
Ir
Pt
Au
Hg
Tl
Pb
Bi
185 Hf
Ta
W
Re
Os
Ir
Pt
Au
Hg
Tl
Pb
Bi
S(2p)
Q(α )
Q(2β − )
509
Q(β − n)
Q(ε p)
∗
−190# 450#
16230# 400#
1215
12
14330
70
1484.8
2.9
13037.1
2.2 1771.8
2.2
11090
100
2630
100
9543
22
3382
27
7790
30
4180
30
6388
26
4952
5
4901
30
5526
4
3718
15
5997
5
2330
80
6550
50
1159
20
7066
6
4550#
2189
−990
−3638
−6400
−8440
−10751
−12593
−14950
−16750
∗
∗
200#
6
100
22
100
27
29
18
80
17
∗
−12500# 400#
−8980# 300#
−8124.6
2.2
−4290
100
−3644
22
171
24
90
40
3880
30
3510
18
7230
80
6546
21
−2540#
−5688
−6251
−9807
−9970
−13210
−12748
−16369
−15711
−18846
−18280
∗
10930#
420#
12020
30
12997.12
0.23
14256
5
15442
15
16250
60
16870
40
17540
22
18458
23
19281
17
19929
14
20570
90
∗
−350# 590#
17020# 400#
710# 300#
15130# 300#
1343
5
13533.1
2.2 1680.0
2.2
11947
8
2130
8
9990
50
3220
50
8264
28
3960
40
6800
40
4823
9
5293
28
5465.6
3.0
4003
17
6039
4
3294
22
5940
17
1490
30
6928
7
5770#
3080
515
−2700
−5614
−7890
−10010
−11973
−13600
−16231
∗
∗
300#
30
8
50
26
50
27
18
14
29
∗
∗
−10710#
−7597
−6667
−2700
−2040
1548
1576
5081
4425
8718
−1540# 300#
−4920
30
−5119.9
1.7
−8990
100
−9273
23
−12680
50
−12099
30
−15543
26
−14682
14
−18520
80
−17832
17
∗
71
72
73
74
75
76
77
78
79
80
81
82
83
10680#
450#
11590
40
12551
26
13602.42
0.27
14920
100
15790
22
16700
30
17306
24
18160
30
18916
14
19680
90
20362
20
∗
∗
∗
15540# 200#
14227
6
12371
5
10586.6
1.1
8740
110
7301
28
5840
30
4758
19
3160
50
2047
17
180# 150#
∗
480# 400#
1420
80
1656.2
2.2
2285
5
2963
4
3800
40
4602
9
5234
5
5662
4
6290
50
6774
4
8020
50
6430# 400#
∗
4210
40
∗
1385
26
−10610# 300#
−1451.2
1.0 −9710
30
−4616
28
−6219
5
−6924
18
−5178.1
1.1
−9290
40
−1089
29
−10983
21
−960
50
−13430
50
2590
30
−15304
17
2134
19
−17930# 140#
6010
50
∗
5466
16
∗
10350# 130#
−1200#
−4280
−4546
−7968
−8640
−12130
−11910
−15217
−14590
−17833
−17390
∗
∗
72
73
74
75
76
77
78
79
80
81
82
83
11220#
12243
13165.3
14154
15290
16280
17050
17823
18519
19310
20120
∗
∗
16450# 300#
14680
30
13104.0
1.9
11020.3
1.0
9102
29
7600
60
6250
40
4981
22
4150
50
2319
18
200#
50#
60# 450#
920# 300#
1597.3
2.2
2194.6
1.9
3020
5
3750
30
4440
50
5180
5
5774
5
5690
50
6695
5
8160#
50#
5030# 200#
∗
2426
14
−12270# 400#
−580.3
1.0 −9180
40
−3487
28
−8270
26
−6130
40
−4391.0
1.0
−8470
40
−3398
28
−10510
40
280
40
−12110
60
450
40
−14635
22
3867
24
−17540#
80#
3270
60
∗
7519
19
∗
7380#
70#
−3590# 200#
−3760
14
−7234
4
−7637.3
0.5
−11270
28
−11070
30
−14440
50
−13589
28
−17360
50
−16780
60
−20660# 130#
∗
210#
6
1.3
4
100
30
30
19
29
17
140#
25
200#
14
0.4
8
50
40
40
28
18
50
30
200#
6
8
50
110
27
23
18
22
30
200#
6
5
13
110
30
26
25
25
13
120
400#
40
26
8
50
25
30
21
24
14
60
510
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
Q(p,α )
Q(n,α )
Z
186
Hf
Ta
W
Re
Os
Ir
Pt
Au
Hg
Tl
Pb
Bi
72
73
74
75
76
77
78
79
80
81
82
83
6140#
5280
7191.2
6179.36
8261.4
6910
9250
7920
10435
8510
11211
9030#
360#
60
1.6
0.18
1.0
30
50
30
19
190
20
90#
∗
7540#
8402
5829.5
6466.3
3653
4820
2320
3961
1300
2210
−1080
210#
14
0.9
0.9
17
40
50
28
190
60
80
6570#
560
−4645
−10215
−14460
−18980
−23183
−28550
∗
∗
∗
∗
300#
60
22
21
11
190
25
80
10690#
13600
11043
14487.9
11938
15794
12460
16328
12490
16870
12910
18590
500#
70
26
0.9
4
17
40
28
25
180
50
80
7960#
9540
7650.6
9300.9
7676
9350
7200
8922
6512
8470
6770
9260
420#
70
2.3
0.9
8
50
30
26
15
180
15
80
∗
6560#
6420
9012.3
9013.9
12284
11440
14130
12880
15640
14765
19060
300#
30
1.9
1.2
18
50
30
19
180
14
80
Hf
Ta
W
Re
Os
Ir
Pt
Au
Hg
Tl
Pb
Bi
72
73
74
75
76
77
78
79
80
81
82
83
4630#
6230#
5466.54
7356.8
6290.0
8614
6920
9360
7650
10320
8370
11280
500#
210#
0.11
1.0
0.6
18
40
30
18
180
14
80
∗
7620#
8590
5995.1
6577.0
4005
4830
2430
3692
1193
2080
−1019
360#
60
1.3
1.0
6
30
30
25
14
180
19
8230#
2950#
−3192
−8211
−13100
−17272
−21733
−26632
∗
∗
∗
∗
400#
200#
28
25
14
10
29
29
∗
12300#
12202
12884.8
13314.8
13804
14330
14390
14460
14443
15490
15879
280#
14
1.2
1.0
6
40
50
30
18
50
22
8290#
9600#
7801
9355.6
7873
9404
7760
9190
7065
8770
6770
9536
570#
200#
26
1.2
4
6
40
30
26
13
50
21
∗
5290#
7240
7272
10135.5
10157
13190
12250
14861
13522
17016
16160
450#
40
26
1.2
7
28
40
23
24
13
50
Hf
Ta
W
Re
Os
Ir
Pt
Au
Hg
Tl
Pb
Bi
Po
72
73
74
75
76
77
78
79
80
81
82
83
84
5970#
5120#
6834
5871.75
7989.56
6684
9181
7370
10155
7970
10907
8900
∗
640#
280#
3
0.12
0.15
9
28
30
18
30
13
50
∗
8120#
9190#
6400.4
7209.68
4399
5396
2880
4486
1520
2661
−490
1454
450#
200#
1.3
0.15
7
8
30
28
40
13
50
25
10260#
4520#
−844
−6715
−10935
−15980
−20008
−25100
−29663
∗
∗
∗
∗
500#
200#
6
20
12
30
12
50
23
∗
13330#
10650
14204.2
11504.6
15382
12061
16274
12224
16900
13090
18190
13340
360#
60
1.3
1.0
7
17
30
24
30
180
50
80
∗
9410#
7593
9237.6
7549.8
9345
7377
9250
6529
8690
6800
9200
6540#
280#
15
1.2
1.0
7
28
50
28
40
50
50
50#
∗
∗
5340#
8026
7899.7
11140
10633
13680
12130
15170
14007
18200
16649
200#
14
1.2
7
5
30
40
40
19
70
25
Ta
W
Re
Os
Ir
Pt
Au
Hg
Tl
Pb
Bi
Po
73
74
75
76
77
78
79
80
81
82
83
84
6090#
4880
7033
5920.3
8196
6732
9352
7500
10330
8130
10930
8948
360#
200
8
0.5
14
12
29
40
30
40
70
29
8240#
8950#
6600
7258.2
4606
5444
3048
4620
1689
2820
−470
1500
590#
280#
9
0.5
13
13
21
40
16
50
50
50
6620#
1010
−4396
−9350
−13851
−18610
−23520
−28220
∗
∗
∗
∗
300#
200
22
30
17
40
60
40
11870#
12000#
12638
12941.1
13476
13943
13840
14090
14226
15280
15630
15669
500#
280#
8
0.5
13
13
30
40
18
40
50
27
9470#
7990
9396
7808.9
9410
7554
9147
6950
8801
7180
9480
6620
420#
210
8
1.1
13
20
30
40
16
190
60
80
∗
6600#
6280
9170.6
9124
12163
11237
13880
12759
16310
15780
18912
360#
60
1.4
13
11
26
40
24
40
190
25
188
189
S(p)
Q(d,α )
Elt.
187
S(n)
Q(4β − )
A
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
A
Elt.
Z
186
Hf
Ta
W
Re
Os
Ir
Pt
Au
Hg
Tl
Pb
Bi
72
73
74
75
76
77
78
79
80
81
82
83
11070#
11910
12944.9
13846
14886.0
15700
16675
17540
18333
19450
19779
20360#
300#
70
1.6
4
1.0
30
28
30
15
190
18
150#
∗
16770#
15590
13667
11870.1
9524
8186
6680
5785
4450
2910
860
Hf
Ta
W
Re
Os
Ir
Pt
Au
Hg
Tl
Pb
Bi
72
73
74
75
76
77
78
79
80
81
82
83
10770#
11510#
12657.7
13536.2
14551.5
15523
16170
17280
18085
18830
19581
20300#
450#
200#
1.6
1.0
1.1
29
50
40
21
50
18
60#
∗
∗
16120#
14397
12406.4
10472
8482
7250
6010
5154
3382
1200
Hf
Ta
W
Re
Os
Ir
Pt
Au
Hg
Tl
Pb
Bi
Po
72
73
74
75
76
77
78
79
80
81
82
83
84
10590#
11350#
12300
13228.6
14279.6
15298
16101
16729
17805
18300
19277
20180
∗
590#
210#
3
1.0
0.6
18
22
29
16
190
15
90
Ta
W
Re
Os
Ir
Pt
Au
Hg
Tl
Pb
Bi
Po
73
74
75
76
77
78
79
80
81
82
83
84
11210#
11720
12905
13909.8
14880
15910
16720
17660
18301
19040
19830
∗
360#
200
8
0.5
14
30
30
40
14
40
60
187
188
189
S(2n)
S(2p)
Q(α )
Q(2β − )
511
Q(β − n)
Q(ε p)
410#
40
26
1.2
17
22
30
21
190
15
90
∗
850#
1124
2078.1
2823.1
3850
4320
4912
5205
5690
6470
7757
210#
7
1.9
1.2
100
18
14
11
190
6
12
6080#
3320
489.9
−2757
−5135
−7458
−9325
−11520
−13858
−17020
∗
∗
300#
60
1.4
17
22
27
24
190
16
200
∗
∗
−11440#
−7823
−6898.8
−2640
−2344
1330
850
4390
4206
9300
200#
14
1.2
17
22
30
40
190
19
90
−3110#
−3290
−6758.7
−7192.2
−10735
−10560
−14070
−13610
−16850
−16720
−20540#
∗
300#
60
1.5
0.5
28
40
30
26
60
190
50#
200#
14
1.2
6
28
40
40
27
18
60
∗
330#
960
1655.5
2723.9
3670
4520
4770
5230
5318
6395
7789
360#
30
2.1
1.2
10
60
30
14
8
6
14
6920#
4450#
1313.4
−1500
−4505
−6711
−8600
−10562
−13138
−16070
∗
∗
400#
200#
1.3
6
28
26
30
26
16
17
∗
∗
−10760#
−9900
−5997.6
−5075
−1002
−1120
2458
1982
6270
6530
300#
60
1.3
6
28
30
26
22
14
190
−2450#
−2330#
−6045.9
−6287.6
−10117
−9923
−13070
−12537
−16000
−15834
−19880
∗
410#
200#
1.5
0.6
17
23
30
28
180
14
80
∗
∗
16810#
14990
13204.8
10976
9401
7706
6915
5210
3854
1590
435
300#
60
1.3
7
5
26
25
40
15
190
22
∗
170#
410
1400
2146.0
3474
4008
4890
4705
5550
6109
7255
8082
450#
40
26
1.2
8
5
30
17
40
3
7
13
7790#
5200#
2469
−688
−3313
−6027
−7621
−9950
−12386
−15140
−17277
∗
∗
500#
200#
3
7
5
22
13
40
16
60
22
∗
∗
−12970#
−9540#
−8520.6
−4401
−3894
126
−780
3370
3013
7950
7153
400#
200#
1.3
7
5
21
30
40
17
50
21
−2180#
−1980#
−5523
−5869.28
−9492
−9686
−12889
−12254
−15830
−15440
−19513
∗
∗
540#
200#
3
0.12
6
29
26
25
14
30
19
∗
17070#
15790#
13658.6
11815
9843
8444
7500
6175
4340
2200
1013
450#
200#
1.4
13
11
21
40
27
40
50
24
∗
460#
993
1979.4
2944
3901
4330
4630
4840
5870
7269.8
7701
280#
16
1.3
13
11
30
50
28
40
2.8
15
6150#
3510
475
−2502
−4871
−6850
−8980
−11750
−14540
−16460
∗
∗
300#
200
15
11
24
40
23
50
60
40
∗
−11890#
−11450#
−7607
−6726
−2636
−2543
900
410
5030
5000
9111
540#
200#
3
13
11
21
30
23
40
60
24
−1230#
−4530
−4913
−8729
−8701
−12254
−11451
−15360
−14858
−18740
−17590
∗
300#
200
8
7
14
23
23
50
15
60
60
512
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
S(n)
Q(4β − )
S(p)
Q(d,α )
Q(p,α )
Q(n,α )
A
Elt.
Z
190
Ta
W
Re
Os
Ir
Pt
Au
Hg
Tl
Pb
Bi
Po
73
74
75
76
77
78
79
80
81
82
83
84
4900#
6890
5660
7792.26
6369
8912
7371
9810
7800
10610
8910
11219
500#
260
150
0.19
13
10
26
40
50
40
190
26
∗
9760#
7380
8017
5054.8
6159
3687
5077
1990
3104
310
1790
340#
250
8
1.2
13
18
26
60
16
190
60
8090#
3030
−2680
−7336
−12420
−16906
−21980
−26807
∗
∗
∗
∗
400#
160
150
16
50
13
190
21
12930#
10230#
13810
11020.6
15096.0
11715
15652
11641
16580
12640
17620
13350
640#
260#
150
0.6
1.3
8
16
26
50
30
180
50
9190#
7330#
9200
7373.4
9331.0
7256
8700
6499
8650
6891
8940
6674
570#
260#
150
0.5
1.3
8
30
30
50
15
180
20
∗
4330#
6850#
6844.8
10110.9
9541
12481
10990
14320
13347
17190
16063
430#
250#
1.4
1.3
6
17
30
60
18
180
16
191
W
Re
Os
Ir
Pt
Au
Hg
Tl
Pb
Bi
Po
74
75
76
77
78
79
80
81
82
83
84
4890#
6850
5758.72
8026.5
6446
9000
7294
10020
7900
10410
8562
260#
150
0.11
0.4
6
40
28
50
40
180
17
9740#
7340
8120
5289.1
6236
3770
5001
2200
3200
112
1440
450#
170
150
1.1
4
40
28
18
60
14
180
4590#
−540
−5801
−10425
−15450
−20570
−25539
∗
∗
∗
∗
200#
40
23
8
40
40
25
11430#
11840
12295
12989.8
13466
13380
13700
14060
15070
15350
15720
360#
200
8
1.1
13
40
30
30
40
40
60
7570#
9183
7486.5
9294.1
7494
8880
6570
8785
6960
9439
7020
280#
11
0.6
1.2
8
40
30
14
50
13
50
5410#
5110#
7920
7956.1
11085
10170
12876
11666
15600
14750
18408
540#
200#
3
1.2
4
40
23
22
40
30
15
192
W
Re
Os
Ir
Pt
Au
Hg
Tl
Pb
Bi
Po
74
75
76
77
78
79
80
81
82
83
84
6610#
5430#
7558.1
6198.11
8666
7040
9490
7660
10380
8380
11089
630#
200#
2.1
0.11
3
40
27
30
40
30
16
∗
7890#
8821
5728.4
6875.4
4368
5490
2570
3564
590
2120
280#
10
1.1
1.9
16
40
40
15
50
14
6640#
1070#
−3869
−8960
−13737
−19230
−23940
∗
∗
∗
∗
600#
200#
16
30
13
40
20
9720#
13300#
10400
14583.9
11169.1
15258
11581
16210
12490
17580
13540
720#
260#
150
1.1
1.9
17
22
40
50
40
180
7040#
8630#
6961
9016.2
7024
8571
6435
8620
6910
9200
6850
670#
280#
8
1.1
13
19
25
50
17
50
60
∗
5770#
5240
8791
8338.9
11323
10118
13360
12720
16700
15450
360#
200
8
2.1
20
19
40
40
30
40
193
Re
Os
Ir
Pt
Au
Hg
Tl
Pb
Bi
Po
At
75
76
77
78
79
80
81
82
83
84
85
6670#
5583.41
7771.92
6255.5
8689
7111
9520
7710
10400
8360
∗
280#
0.20
0.20
1.9
19
22
120
50
30
40
7940#
8970#
5942.3
6932.8
4390
5563
2600
3610
606
2100
−640
630#
200#
2.3
0.4
11
22
110
60
16
50
60
3090#
−2342
−7210
−12280
−17521
−22690
−27170
∗
∗
∗
∗
200#
16
110
50
14
40
120
11520#
11667
12570.7
12940.2
13014
13470
13980
14800
15080
15590
15620
280#
10
1.1
0.4
12
40
110
50
40
40
60
8860#
7040
9036.6
7138.2
8793
6695
8920
7000
9408
7410
9280
260#
150
1.1
0.5
12
22
110
70
15
190
60
4010#
6550
6680
9875.7
9003
11919
11210
14820
14110
17700
16400
450#
160
150
1.2
11
16
110
50
50
40
190
194
Re
Os
Ir
Pt
Au
Hg
Tl
Pb
Bi
Po
At
75
76
77
78
79
80
81
82
83
84
85
5320#
7111
6066.79
8357.4
6939
9213
7580
10080
8190
10720
9110
360#
3
0.11
1.7
15
20
170
50
50
40
190
∗
9420#
6425.6
7518.3
5074
6088
3070
4180
1080
2421
120
200#
2.3
1.7
10
16
140
110
70
16
190
4710#
−240
−5700
−10556
−16270
−21188
−25640
∗
∗
∗
∗
300#
13
140
17
50
18
230
12810#
9990#
14062.0
10780.9
14742
11294
15900
12380
17280
13250
17590
670#
200#
2.3
1.7
10
20
140
40
50
40
190
8420#
6780
8728.5
6807.3
8300
6480
8630
6937
9120
7099
8730
360#
10
1.1
1.7
11
40
140
19
60
15
190
∗
4330#
7466
7277.0
10091
9151
12630
12032
15940
14890
17700
200#
10
1.6
10
13
140
29
50
40
190
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
A Elt.
Z
S(2n)
190 Ta
W
Re
Os
Ir
Pt
Au
Hg
Tl
Pb
Bi
Po
73
74
75
76
77
78
79
80
81
82
83
84
10990#
11770
12690
13712.5
14566
15643
16723
17311
18130
18744
19840
20167
191 W
Re
Os
Ir
Pt
Au
Hg
Tl
Pb
Bi
Po
74
75
76
77
78
79
80
81
82
83
84
192 W
Re
Os
Ir
Pt
Au
Hg
Tl
Pb
Bi
Po
S(2p)
Q(α )
Q(2β − )
513
Q(β − n)
Q(ε p)
∗
18000# 530#
16330# 250#
14617
3
12313.0
1.3
10765
6
9131
17
8125
17
6610
50
4793
17
3130
190
1326
17
∗
6900#
−290# 340#
4410
620
160
1180
1378.3
1.4 −1383
2754.1
1.5 −3870
3251
6
−5953
3867
23
−8550
4069
27
−10954
4960
50
−13430
5697
5
−15854
6862
5
∗
7693
7
∗
430#
160
150
6
16
17
50
20
190
18
∗
∗
−11030#
−10520
−6062
−5627
−1717
−2176
1960
1920
6410
6030
330#
200
8
6
20
19
50
40
180
40
−1260#
−4390
−4650
−8325
−8339
−11813
−11320
−14840
−14530
−18430
−17560
∗
11780#
280#
12513
13
13550.99
0.22
14396
13
15357
12
16370
40
17100
40
17821
13
18510
50
19320
50
19781
25
∗
17100#
15490
13306
11291
9930
8688
7277
5190
3216
1750
−550# 450#
5280#
−10# 200#
2358
1086.1
1.4
−696
2084.4
1.2 −2900
3095
4
−5105
3480
40
−7530
3700
40
−10350
4299
26
−13041
5450
40
−15190
6778
3
∗
7501
11
∗
200#
10
4
40
23
40
50
11
40
∗
−12980#
−9390
−8430
−4281
−4350
−559
−689
3840
3800
8074
400#
160
150
4
40
23
18
40
50
16
−3620# 250#
−3714
10
−7713.9
1.2
−7454
6
−10888
16
−10510
40
−14330
50
−13935
14
−17410
190
−16748
15
∗
74
75
76
77
78
79
80
81
82
83
84
11500#
12280#
13316.8
14224.6
15112
16038
16784
17680
18282
18790
19651
∗
−1200# 780#
6230# 600#
∗
17620# 450#
−320# 280#
3130# 200#
∗
16160
160
362
4
412.4
2.9 −12060# 200#
13840
150
1758.0
1.2 −2057
16
−7774
10
12164.5
2.1
2418.6
2.2 −4281
16
−7188.1
2.1
10603
16
3127
17
−6900
40
−3359
16
9266
17
3387
16
−9455
20
−3602
16
7570
40
4000
40
−12330
50
650
50
5763
20
5221
5
−14485
17
748
26
3790
60
6376
5
∗
5450
30
2232
17
7319
5
∗
4890
40
−3370# 600#
−3390# 200#
−7245.4
2.3
−7207
4
−10550
40
−10255
28
−13802
17
−13700
50
−17387
15
−16560
30
∗
193 Re
Os
Ir
Pt
Au
Hg
Tl
Pb
Bi
Po
At
75
76
77
78
79
80
81
82
83
84
85
12100#
200#
13141.5
2.1
13970.03
0.23
14922
4
15730
40
16601
27
17180
110
18090
60
18775
12
19450
40
∗
∗
16860# 200#
14763
10
12661.2
1.1
11266
11
9931
16
8090
120
6180
50
4170
12
2690
50
1480
50
−2490# 200#
−6630.7
2.3
−6312.3
1.9
−9772
16
−9454
19
−13250
40
−12830
110
−16720
60
−15873
15
∗
∗
194 Re
Os
Ir
Pt
Au
Hg
Tl
Pb
Bi
Po
At
75
76
77
78
79
80
81
82
83
84
85
11990#
360#
12695
3
13838.71
0.23
14612.9
2.5
15628
19
16324
20
17100
140
17794
21
18590
60
19076
17
∗
∗
17360#
15400#
13460.6
12007
10478
8630
6774
4700
3027
2220
450#
160
150
0.5
7
7
26
20
60
16
190
24
620#
250#
2.1
0.4
5
22
22
60
17
190
18
300#
200
8
4
40
25
21
50
13
40
600#
200#
2.6
10
13
140
23
60
18
190
−900# 360#
4230# 200#
∗
−340
200
1084.4
2.3 −11030# 600#
1019
8
−1139
11
−10120# 200#
2083.5
1.2 −3426
15
−5885.5
2.3
2634
17
−6080
110
−5850
11
3007
19
−8860
50
−2047
16
3840
110
−11450
110
−1830
110
5010
60
−13830
60
2530
50
6304
5
−15730
60
2710
30
7093
4
∗
6910
40
7490
6
∗
6110
60
−1320#
−560
610
1518.3
2064
2706
3630
4738
5918
6987
7291
500#
4980#
160
2330.4
150
−267
1.6 −2570
10
−5440
14
−7985
140
−10840
17
−13203
5
−14800
3
∗
20
∗
300#
2.6
10
13
140
21
140
21
190
∗
∗
−9520#
−8659.5
−5017
−5005
−720
−446
4040
3900
7400
450#
170
150
13
11
21
40
19
60
60
190
−2230# 300#
−5970.2
2.0
200#
−6123.6
0.3
2.6 −9440
11
10
−9282
18
13
−12950
110
140
−12700
140
23
−16406
20
120
−15700
60
50
−18930
60
190
∗
514
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
S(p)
Q(d,α )
Q(p,α )
Q(n,α )
Elt.
Z
195
Os
Ir
Pt
Au
Hg
Tl
Pb
Bi
Po
At
Rn
76
77
78
79
80
81
82
83
84
85
86
5330
7231.86
6105.04
8379
6878
9400
7578
10100
8140
10360
∗
500
0.06
0.12
10
26
140
29
50
40
190
9430#
6546.1
7556.5
5095.9
6027
3251
4180
1105
2370
−240
1040
580#
2.0
1.7
1.0
25
19
140
18
60
15
190
1310
−3535
−9083
−14546
−19930
−24679
−28780
∗
∗
∗
∗
500
14
23
6
50
17
60
11320#
12413.6
12447.8
12617.8
13105
13607
14320
14880
15510
15590
15920
540#
2.3
1.7
2.0
25
21
110
50
40
40
70
6880#
9054.7
6900.4
8586.9
6641
8720
7020
9396
7340
9459
∗
540#
2.3
1.7
2.7
28
21
40
14
50
15
5610#
5670#
8730.1
7909.6
10939
10268
13944
13490
17130
15720
18780
780#
200#
2.6
2.0
23
21
28
30
40
30
50
196
Os
Ir
Pt
Au
Hg
Tl
Pb
Bi
Po
At
Rn
76
77
78
79
80
81
82
83
84
85
86
6660
5820
7921.92
6641
8898
7413
9718
8057
10470
8520
11170
500
40
0.13
3
23
18
27
25
40
60
50
∗
7040
8246.6
5632.1
6546
3786
4495
1580
2740
140
1842
500
1.7
3.0
3
26
20
30
14
70
18
3550
−1940
−7287
−13131
−18352
−23570
−27331
∗
∗
∗
∗
40
40
14
25
13
60
21
9980#
13710
10592.6
14333.9
11146
15407
12180
16910
13230
17790
13870
300#
40
1.7
3.0
11
17
140
30
50
60
190
6890#
8820
6750.4
8201
6432
8418
6820
9050
7262
9300
6980
200#
40
1.7
3
11
20
110
60
16
70
60
∗
6510#
6391.6
9040
8297
11544
11337
14960
14370
17600
15980
200#
2.6
3
3
16
21
110
50
60
40
197
Ir
Pt
Au
Hg
Tl
Pb
Bi
Po
At
Rn
77
78
79
80
81
82
83
84
85
86
6900
5846.29
8072.4
6785.6
8916
7459
9750
7950
10490
8570
40
0.27
2.9
1.5
20
15
26
50
80
60
7280
8270
5782.6
6690
3803
4541
1616
2640
160
1890
40
40
0.6
3
17
13
17
60
50
90
73
−5674
−11453
−17180
−22000
−26220
∗
∗
∗
∗
26
6
8
50
50
60
12130
11978.2
12366.6
12740
13370
14117
14737
15380
15440
15660
500
1.7
0.7
3
28
15
25
50
60
60
9029
6970.9
8486.1
6585
8716
6940
9384
7500
9520
7530
20
1.7
0.7
11
21
140
19
70
50
200
4930#
7656.7
7034.6
9869
9567
13091
12790
16500
15290
18130
300#
2.6
1.7
3
19
14
140
50
70
60
198
Ir
Pt
Au
Hg
Tl
Pb
Bi
Po
At
Rn
77
78
79
80
81
82
83
84
85
86
5630#
7557
6512.33
8485
7220
9373
7753
10190
8400
10780
200#
3
0.09
3
80
16
29
50
70
60
∗
8929
6448.7
7102.3
4240
4998
1910
3075
600
2180
20
0.6
0.5
80
22
28
19
70
50
1670#
−3857
−10213
−15481
−20820
−24819
∗
∗
∗
∗
210#
15
28
17
90
20
13170#
10240
13776.1
10896.4
15040
12157
16700
13250
17510
13400
200#
40
0.7
3.0
80
19
30
30
50
60
8730#
6646
8078.8
6479.6
8370
6969
9210
7414
9270
7109
540#
3
0.7
1.3
80
20
40
18
60
16
∗
5430
7754.1
7488.8
10720
10596
14430
13887
17000
15490
500
1.7
0.8
80
27
30
29
50
40
Ir
Pt
Au
Hg
Tl
Pb
Bi
Po
At
Rn
Fr
77
78
79
80
81
82
83
84
85
86
87
6650#
5556.0
7584.25
6663.9
8640
7250
9500
7813
10220
8360
∗
200#
0.5
0.15
0.3
80
30
30
29
70
60
∗
8860#
6476
7253.9
4394
5020
2037
3130
630
2130
−700
200#
3
0.6
28
80
19
40
50
80
40
3660
−2164
−8297
−14332
−19240
−23710
−27560
∗
∗
∗
∗
50
27
12
23
60
70
40
∗
11586
12038.2
12304.8
13192
13820
14661
15183
15250
15540
16000
20
0.6
0.6
28
30
13
25
70
80
70
8740
6910
8416.5
6457.0
8631
7133
9426
7660
9520
7270
9650
60
40
0.7
3.0
28
29
18
30
50
90
40
∗
6530
5990
8746.8
8727
12245
12345
15792
14840
17600
16330
40
40
0.9
28
27
17
27
60
60
70
199
S(n)
Q(4β − )
A
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
Q(α )
S(2p)
Q(2β − )
Z
S(2n)
195 Os
Ir
Pt
Au
Hg
Tl
Pb
Bi
Po
At
Rn
76
77
78
79
80
81
82
83
84
85
86
12440
500
13298.65
0.13
14462.5
1.7
15318
11
16092
28
16980
110
17660
50
18293
11
18860
50
19470
60
∗
∗
−1000# 540#
15970# 200#
234
10
13982.2
2.6
1172.0
1.6
12614.2
2.0
1711.5
2.0
11101
23
2273
24
9339
17
3230
40
7241
28
4450
30
5280
110
5832
5
3460
60
6746
3
2181
13
7339
5
1150
60
7690
50
196 Os
Ir
Pt
Au
Hg
Tl
Pb
Bi
Po
At
Rn
76
77
78
79
80
81
82
83
84
85
86
11990
40
13050
40
14026.96
0.18
15021
11
15776
13
16810
140
17296
22
18160
50
18612
18
18880
200
∗
∗
−1060# 600#
4370
16460# 300#
−160# 200#
1700
14792.7
2.6
808.1
2.6
−821
13189
3
1268
3
−3643
11642
3
2041
4
−6466
9813
16
2855
20
−9488
7746
19
4226
21
−11886
5760
140
5440
40
−14090
3845
22
6657
3
−15445
2510
80
7200
50
∗
1603
20
7617
9
∗
40
40
3
12
15
27
19
60
20
∗
∗
−10250
−6739
−6319
−2216
−1650
2857
2951
6810
5760
197 Ir
Pt
Au
Hg
Tl
Pb
Bi
Po
At
Rn
77
78
79
80
81
82
83
84
85
86
12721
13768.21
14713.7
15684
16329
17177
17807
18430
19010
19730
∗
15310
500
14029.2
1.7
12322
3
10349
16
8327
24
6111
16
4220
50
2900
50
2030
70
−390# 200#
2873
545.3
2.6
119
967.8
1.7 −2800
1511
4
−5792
2628
19
−8654
3877
16
−11390
5210
110
−13340
6412
4
−14830
7100
50
∗
7410
50
∗
20
3
16
6
18
50
50
80
198 Ir
Pt
Au
Hg
Tl
Pb
Bi
Po
At
Rn
77
78
79
80
81
82
83
84
85
86
12530#
13403
14584.7
15270.4
16140
16832
17500
18142
18890
19344
∗
16200
14720
12884.9
10930
8801
6450
4691
3240
2334
40
40
0.8
80
15
30
22
50
18
−690# 360#
3760#
100
4
1047
522.3
1.7 −2090
1383.8
0.8 −4904
2340
80
−8120
3718
19
−10577
5030
140
−12700
6309.3
2.1 −14243
6893.0
2.2
∗
7349
4
∗
200#
3
80
15
80
23
60
22
199 Ir
Pt
Au
Hg
Tl
Pb
Bi
Po
At
Rn
Fr
77
78
79
80
81
82
83
84
85
86
87
12280
13113
14096.58
15149
15860
16622
17253
18000
18620
19140
∗
20
0.8
28
27
20
24
50
80
70
∗
−130
500
169.9
1.7
824.9
0.9
2086
28
3350
40
4932
7
6074.0
2.0
6780
50
7130
50
7810
40
200#
3
2.9
2.9
80
20
40
22
80
20
50
∗
3
∗
0.17 15405
3
13702.6
30
11496
27
9265
15
7035
50
5044
70
3710
90
2740
1470
Q(β − n)
Q(ε p)
A Elt.
20
0.30
1.2
23
21
24
10
60
50
80
515
3110
500
∗
880.2
2.0 −11430# 300#
−1797
23
−7653.1
2.6
−4415
14
−7329.7
2.0
−7290
30
−3526
23
−10131
15
−3182
17
−12640
50
1190
27
−14547
11
1510
140
−16140
60
5840
40
∗
5220
50
∗
8780
50
4690
2155
−1036
−4319
−7260
−10010
−11980
−13700
−15580
∗
∗
40
3
28
26
30
40
50
70
70
−5230
500
−4998.0
1.7
−8606
10
−8448
13
−12240
140
−12019
22
−15800
50
−15090
14
−17960
190
∗
∗
500
3
3
12
27
28
27
60
40
−4660
−4710
−8148.7
−8211
−11743
−11854
−15408
−15010
−18070
−17060
∗
40
40
1.0
23
14
26
15
50
16
80
∗
−9430
−8990
−5183
−4490
−211
520
4710
4380
7660
40
40
3
17
6
15
50
60
60
−3692
−7353.7
−7385.7
−11116
−11052
−14811
−14284
−17510
−16390
∗
20
3.0
2.9
13
22
25
15
80
50
∗
∗
−8603
−7821.0
−3640
−2798
1680
1986
5730
4840
−3470#
−6838
20
−7112
0.8 −10685
80
−10820
15
−14434
30
−14080
18
−17200
50
−16220
50
∗
200#
3
3
16
80
17
60
50
80
∗
∗
−10560#
−6928
−5766
−1563
−590
3546
3260
6670
6140
−2560
−5882
−6211.9
−10120
−10080
−13930
−13396
−16610
−15660
∗
∗
40
3
0.5
80
30
40
21
50
50
200#
3
28
26
80
28
60
70
60
516
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
A
Elt.
Z
200
Pt
Au
Hg
Tl
Pb
Bi
Po
At
Rn
Fr
78
79
80
81
82
83
84
85
86
87
7282
6250
8028.40
7060
9087
7643
9811
8240
10560
8710
Pt
Au
Hg
Tl
Pb
Bi
Po
At
Rn
Fr
78
79
80
81
82
83
84
85
86
87
5210
7200
6230.4
8205
7086
9117
7642
9873
8140
10600
50
50
0.5
16
25
28
16
26
70
110
Pt
Au
Hg
Tl
Pb
Bi
Po
At
Rn
Fr
Ra
78
79
80
81
82
83
84
85
86
87
88
6930#
6070
7753.92
6873
8747
7388
9471
7873
10270
8530
∗
Au
Hg
Tl
Pb
Bi
Po
At
Rn
Fr
Ra
79
80
81
82
83
84
85
86
87
88
Au
Hg
Tl
Pb
Bi
Po
At
Rn
Fr
Ra
79
80
81
82
83
84
85
86
87
88
201
202
203
204
S(n)
Q(4β − )
S(p)
Q(d,α )
Q(p,α )
Q(n,α )
50
50
0.6
6
30
40
19
30
50
100
−360
−6900
−12550
−18060
−22237
−26490
∗
∗
∗
∗
23
60
14
25
17
80
9930#
13350
10788.8
14617
11960
16391
13130
17200
13380
18060
200#
50
0.6
6
80
28
30
30
50
80
6529
8020
6501.0
8357
6962
9243
7597
9230
7200
9510
28
50
0.6
7
20
25
17
60
50
100
∗
6650
6564.7
9739
9944
13617
13441
16346
15000
18110
50
0.8
6
11
29
15
26
50
90
∗
7087
7680
4967
5499
2462
3444
1124
2370
−310
20
50
15
23
19
25
17
70
70
1520
−4985
−11138
−16393
−21190
−25010
∗
∗
∗
∗
50
15
6
17
70
70
11370
11702
12142.6
13076
13510
14520
14984
15136
15460
15830
60
4
0.8
15
40
30
13
25
90
100
6940#
8371
6782.9
8636
7100
9498
7709
9548
7460
9690
200#
4
0.8
15
80
21
29
19
90
70
∗
5070#
7891
8046
11343
11720
15172
14226
17050
15910
200#
3
15
22
80
16
29
70
90
300#
170
0.21
21
24
25
16
29
70
90
∗
7950
8234
5609
6041
2760
3797
1355
2774
80
1670
170
3
15
17
30
21
29
19
90
90
3340#
−3670
−9422
−15390
−19659
−23870
−27140
∗
∗
∗
∗
300#
170
15
30
19
50
60
∗
12910
10630
14232
11825
16221
13157
17070
13420
17860
13800
170
50
15
10
23
28
30
30
50
100
6670#
7860
6613.2
8428
6990
9360
7738
9490
7410
9520
7320
300#
170
0.8
15
29
30
19
40
50
80
80
∗
5650
5693
8758
9260
12970
12950
15850
14586
17610
16380
170
3
15
8
30
30
30
29
70
90
6820
5994.6
7849
6924
8878
7454
9640
7957
10350
8650
170
1.6
15
10
30
30
30
29
50
100
7830#
8160
5704.3
6092
2895
3860
1528
2860
153
1790
300#
170
1.2
16
23
30
19
40
24
90
−1604
−7962
−13598
−18626
−22401
−25940
∗
∗
∗
∗
22
26
12
24
27
80
11310
11843
12612.9
13106
14430
14820
15072
15340
15640
15750
50
4
1.2
16
30
30
13
25
70
110
8323
6860
8607.0
7126
9567
7930
9655
7690
9731
7380
20
50
1.3
9
24
40
19
30
21
110
∗
6980
7150
10364
11155
14583
13853
16441
15495
18290
20
50
7
22
28
27
28
29
80
5680#
7492.4
6656.10
8394
7200
9098
7783
9895
8324
10650
200#
1.7
0.29
6
30
28
27
28
29
80
∗
8836
6365.8
6637.5
3170
4083
1860
3110
520
2096
3
1.3
0.3
27
24
40
19
30
22
−80#
−6357
−12471
−17126
−21280
−24388
∗
∗
∗
∗
200#
11
24
14
40
19
12560#
10420
13710.7
11584
15977
13110
16760
13320
17590
13620
360#
170
1.2
15
27
23
28
30
30
50
7860#
6575
8181.3
6936
9450
7946
9514
7669
9540
7320
210#
3
1.2
15
30
19
25
17
70
70
∗
4700
7702
8199.9
12161
12571
15187
14187
17044
15770
50
3
1.2
30
25
28
16
26
70
20
50
0.12
29
29
27
28
60
60
90
9490
7170
7698.1
4790
5470
2430
3445
1060
2480
−350
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
Q(2β − )
Q(α )
Elt.
Z
200
Pt
Au
Hg
Tl
Pb
Bi
Po
At
Rn
Fr
78
79
80
81
82
83
84
85
86
87
12838
13830
14692.3
15700
16336
17140
17624
18460
18918
∗
20
50
0.4
80
18
40
23
50
19
∗
16030#
14174
12044
9867
7450
5482
4200
3111
1780
200#
3
6
11
80
20
40
22
90
−750
−260
718.4
1667
3158
4702
5981.3
6596.4
7043.5
7620
40
60
0.9
6
11
27
2.0
1.4
2.6
50
2901
−220
−3261
−6678
−9289
−11380
−12948
−15110
∗
∗
20
50
11
25
18
30
20
80
∗
−10160
−9401
−5242
−3985
400
980
4522
3920
7650
Pt
Au
Hg
Tl
Pb
Bi
Po
At
Rn
Fr
78
79
80
81
82
83
84
85
86
87
12490
13449
14258.8
15270
16170
16760
17453
18110
18700
19310
50
3
0.5
30
30
19
24
50
90
80
∗
16580
14849
12665
10289
7930
5875
4569
3440
2160
40
3
15
22
30
27
14
70
90
∗
−558
334.3
1534
2858
4500
5798.9
6473.2
6860
7520
20
1.0
15
23
6
1.7
1.6
50
50
3920
781
−2405
−5766
−8733
−10626
−12450
−14390
∗
∗
50
15
22
21
23
17
70
70
∗
∗
−8349
−7200
−3043
−1657
2429
2292
5590
5300
Pt
Au
Hg
Tl
Pb
Bi
Po
At
Rn
Fr
Ra
78
79
80
81
82
83
84
85
86
87
88
12140#
13270
13984.4
15078
15833
16510
17112
17750
18412
19120
∗
300#
170
0.5
16
14
30
20
40
22
90
∗
∗
15321
13290
11007
8263
6259
4800
3898
2450
1360
20
50
8
21
18
40
23
60
60
∗
−1000#
137
1174
2596
4340
5701.0
6353.7
6773.5
7389
8020
260#
3
15
8
80
1.7
1.4
1.9
5
60
4750#
1580
−1412
−5250
−8009
−10140
−11649
−13730
−15490
∗
∗
300#
170
8
25
17
30
23
60
60
∗
∗
−10890
−6871
−5559
−840
45
3540
2961
6640
6000
Au
Hg
Tl
Pb
Bi
Po
At
Rn
Fr
Ra
79
80
81
82
83
84
85
86
87
88
12885
13748.5
14722
15671
16267
16925
17517
18230
18880
∗
4
1.6
15
23
26
27
14
70
70
∗
16110
13938
11701
8936
6630
5325
4213
2927
1870
50
3
7
26
30
19
24
18
110
−1170
−302
908.9
2336
4090
5496
6210.1
6629.8
7260
7730
40
4
1.4
7
40
5
0.8
2.3
50
50
2618
−483
−4221
−7480
−9376
−11150
−13025
−14800
∗
∗
3
7
22
27
25
40
20
80
∗
−9960#
−8650
−4730
−2846
1338
1280
4475
4160
7620
Au
Hg
Tl
Pb
Bi
Po
At
Rn
Fr
Ra
79
80
81
82
83
84
85
86
87
88
12490#
13487.0
14505
15319
16080
16552
17430
17852
18680
19300
260#
0.6
15
8
30
18
40
23
60
60
∗
16670#
14520
12341.8
9262
6978
5720
4638
3380
2249
300#
170
1.1
30
14
30
21
40
23
∗
−512
500
1969.5
3956
5484.8
6069.8
6545.5
7171.3
7636
20
50
1.2
27
1.4
1.5
1.9
2.5
8
3600#
419.5
−3679
−6776
−8790
−10349
−12480
−14038
∗
∗
200#
1.3
26
11
40
18
30
21
∗
∗
−8492
−7129.6
−2195
−836
2380
2034
5483
4926
202
203
204
S(2p)
Q(β − n)
Q(ε p)
A
201
S(2n)
517
60
3
6
11
40
30
27
27
90
−5579
−5790
−9516
−9891
−13516
−13230
−16210
−15540
−18840
∗
20
50
28
27
16
30
50
70
40
20
50
22
16
12
25
70
80
−4540
−4968
−8686
−9010
−12960
−12533
−15609
−14855
−18270
∗
70
3
6
19
30
21
25
16
110
50
15
8
25
27
30
18
50
90
−4270#
−4810
−8235
−8797
−12589
−12279
−15206
−14590
−17940
∗
∗
300#
170
15
27
17
21
17
80
70
300#
170
7
26
27
24
28
30
80
−3869
−7357
−7899
−12125
−11687
−14790
−13960
−17370
−16420
∗
3
15
8
21
26
40
21
50
60
3
1.3
26
13
30
30
27
28
−3550#
−7000.4
−7631
−11641
−11430
−14241
−13790
−16917
−16100
∗
200#
1.3
6
22
40
16
30
21
80
518
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
Q(4β − )
Q(d,α )
A Elt.
Z
S(n)
S(p)
205 Au
Hg
Tl
Pb
Bi
Po
At
Rn
Fr
Ra
79
80
81
82
83
84
85
86
87
88
6070#
360#
5669
4
7545.9
0.5
6731.67
0.11
8466
27
7247
23
9168
28
7800
50
9989
26
8290
90
∗
8830#
200#
6419.3
1.3
6713.09
0.21
3241
7
4130
30
1927
19
3130
60
615
17
2060
90
2310# 300#
∗
−4779
20 11567
−10849
15 12159.3
−16060
50 12701.9
−19752
11 14436
−23350
90 14742
∗
15050
∗
15160
∗
15561
∗
15690
206 Hg
Tl
Pb
Bi
Po
At
Rn
Fr
Ra
Ac
80 6729
81 6503.8
82 8086.67
83 7038
84 8744
85 7519
86 9470
87 8004
88 10350
89
∗
9480#
7255
7253.8
3547
4409
2200
3433
820
2414
−380
300#
4
0.5
8
11
29
21
60
20
110
−2764
−9834
−14670
−18785
−21747
−25930
∗
∗
∗
∗
22
21
15
29
20
70
207 Hg
Tl
Pb
Bi
Po
At
Rn
Fr
Ra
Ac
80 3340
150
∗
81 6852
5
7377
82 6737.78
0.09 7487.8
83 8098
8
3558.0
84 7035
11
4407
85 8894
30
2350
86 7587
30
3500
87 9670
60
1020
88 8100
60
2510
89 10450
90
−280
21
0.6
2.1
10
23
30
50
60
60
930
−7791
−13821
−17210
−20680
−24370
∗
∗
∗
∗
150
22
26
50
60
60
208 Hg
Tl
Pb
Bi
Po
At
Rn
Fr
Ra
Ac
80
81
82
83
84
85
86
87
88
89
4950#
330#
3787
6
7367.87
0.05
6886.9
2.7
8395
7
7320
30
9088
28
7890
70
9900
60
8440
80
∗
7820
8004
3707.1
4704.1
2634
3694
1320
2730
70
209 Hg
Tl
Pb
Bi
Po
At
Rn
Fr
Ra
Ac
Th
80
81
82
83
84
85
86
87
88
89
90
3320#
4960
3937.3
7459.8
6967.7
8460
7352
9180
7930
9990
∗
∗
7830#
8153.9
3799.0
4784.9
2699
3730
1410
2770
160
1550
21
0.4
0.06
10
22
25
50
29
90
360#
8
1.3
1.9
1.9
27
23
50
50
80
Q(p,α )
5
1.3
0.4
10
29
30
50
25
90
10520#
200#
13148.0
1.4
11271.34
0.21
15793
8
13196
27
16625
23
13471
28
17450
30
13670
30
18170
70
Q(n,α )
8710#
6980
8389.3
7077
9736
8088
9817
7740
9829
7560
420#
170
1.2
15
11
28
21
60
19
100
∗
5960# 300#
6230
170
9222.2
1.1
10568
16
14071
22
13408
25
15860
50
14928
29
17760
90
7062
7880.1
6839.8
9623
8222
9750
7912
9780
7568
9740
21
1.4
0.4
10
23
30
19
40
24
110
∗
6537
7130.1
11380
12251
14767
13838
16570
15372
18300
3
1.3
8
10
30
30
30
30
70
9400#
250#
8521
6
6758.12
0.23
9919.4
2.1
8386
27
9955
24
8110
40
10010
50
7790
60
9940
50
∗
5360# 200#
7884.7
1.3
9937.9
2.1
13610
7
13070
30
15349
28
14680
60
17170
60
16170
60
20
0.6
2.0
8
27
23
50
30
60
10520#
10402
6936.2
9764.1
8456
9880
8188
9910
7888
9790
420#
4
0.5
2.0
7
30
19
70
17
100
∗
7650# 300#
6185
4
10597.0
2.0
11947.0
1.3
14217
27
13507
23
15950
50
15070
50
17720
60
150
6
0.8
2.5
10
29
30
70
70
110
∗
12172
9502.7
10391.0
8526
10166
8355
10210
7960
10140
7850
22
1.4
0.8
8
11
29
21
60
50
120
∗
∗
8977
20
9641.0
0.8
13065.9
1.4
12795
11
14900
22
14297
25
16620
50
15730
60
18580
100
13240#
11965
12079.5
14426.5
14627
14977
15050
15580
15560
16000
330#
7
0.5
2.1
10
29
30
70
60
100
150
5
2.0
2.5
27
24
50
50
80
4370# 300#
∗
−4258
26 14907
−12100
11 11215.4
−16200
50 15626.2
−19183
15 13269
−23250
60 16401
∗
13482
∗
17160
∗
13670
∗
17910
300#
2.2
0.8
2.4
7
30
18
70
50
110
8020# 200#
∗
−758
11 13290
−8686
20 14130
−14489
15 14904.2
−18220
50 14399.3
−21720
50 14977
−25430 100 15025
∗
15573
∗
15410
∗
16020
∗
16080
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
S(2n)
Q(α )
A Elt.
Z
S(2p)
205 Au
Hg
Tl
Pb
Bi
Po
At
Rn
Fr
Ra
79
80
81
82
83
84
85
86
87
88
11750#
13161
14202.0
15126
15664
16340
16951
17700
18314
18940
206 Hg
Tl
Pb
Bi
Po
At
Rn
Fr
Ra
Ac
80
81
82
83
84
85
86
87
88
89
12398
14049.8
14818.34
15503
15991
16690
17274
17990
18632
∗
207 Hg
Tl
Pb
Bi
Po
At
Rn
Fr
Ra
Ac
80
81
82
83
84
85
86
87
88
89
10070
150
∗
∗
13356
5
16860# 300# −315
14824.45
0.11 14742
4
392.3
15135
7
10811.8
2.1 3281.8
15779
21
7954
7
5215.8
16414
26
6759
23
5872
17060
60
5700
30
6251.1
17670
50
4450
50
6900
18440
100
3330
70
7270
∗
2140
50
7840
208 Hg
Tl
Pb
Bi
Po
At
Rn
Fr
Ra
Ac
80
81
82
83
84
85
86
87
88
89
8290#
300#
∗
10639.0
1.8
∗
14105.65
0.11 15381
14985
8
11194.9
15430
8
8262.0
16210
30
7041
16675
18
6044
17570
50
4820
17994
24
3749
18890
90
2580
209 Hg
Tl
Pb
Bi
Po
At
Rn
Fr
Ra
Ac
Th
80
81
82
83
84
85
86
87
88
89
90
8270#
8747
11305.2
14346.7
15363
15780
16440
17070
17830
18430
∗
300#
4
0.5
6
23
30
19
60
18
120
∗
∗
15255
13078.9
9878
7300
6010
4980
3724
2580
∗
−970
3
156
1.3 1468.3
7
3695
21
5324
26
6019.5
60
6390
14
7054.9
90
7490
Q(2β − )
5070#
50
1483
3
−2759
1.2 −6261
17
−8090
10
−9800
1.7 −11662
50
−13550
2.7
∗
50
∗
20
∗
−770# 300#
2840
0.6 16080# 200# −280
170
−2225
0.12 13673.1
1.3 1135.5
1.1 −5604
27
10260
8
3530
17
−7608
14
7650
8
5326.9
1.3 −9066
30
6330
30
5888.4
1.9 −11180
21
5360
18
6383.8
1.6 −12681
40
3950
40
6923
4
−14750
24
3029
23
7415
4
∗
1680
70
7940
50
∗
250#
9
1.3
2.0
7
23
30
50
70
70
6230
6
−979
1.3 −5306
2.1 −6812
2.5 −8515
3
−10400
1.6 −12170
50
−13970
50
∗
50
∗
519
Q(ε p)
Q(β − n)
∗
∗
−10360# 200#
−6368.8
1.3
−4005
7
312
20
407
30
3330
50
3277
25
6530
90
−2130# 300#
−6013
4
−6782.2
0.5
−11174
26
−10799
13
−13700
30
−13059
21
−16390
60
−15435
17
∗
20
8
8
22
17
30
23
80
∗
−10790#
−8787
−3496
−1701
1353
1105
4440
3990
7530
−5196
−6554.3
−10795
−10590
−13282
−12780
−15877
−15150
∗
∗
150
6
7
22
27
60
60
70
∗
∗
−8795
−5090.3
−649
−504
2262
2290
5360
5080
300#
4
7
20
17
50
17
100
300#
4
8
8
22
25
30
50
70
−2040
−5320
20
−10495
2.1 −9944
7
−12798
23
−12198
27
−15460
50
−14480
60
−18040
60
∗
20
0.6
7
21
17
50
17
90
150
5
8
9
22
26
40
50
90
20
2.0
1.3
27
14
50
21
60
∗
8650# 300#
∗
1580# 200#
2120.5
2.6
∗
516.9
1.3 −4278.9
1.3 −12820
150
3051.0
2.0 −6379
26
−5125
6
5215.3
1.3 −7822
11
−2306.6
1.3
5751.0
2.2 −9830
50
274
26
6260.7
1.7 −11362
19
209
13
6790
40
−13430
70
3290
50
7273
5
∗
3060
30
7730
50
∗
6310
80
−130# 300#
−2368.9
1.7
−9765.3
2.1
−9795
7
−12298
22
−11930
40
−14880
50
−14270
70
−17490
50
∗
∗
∗
15970
150
11803
5
8492.0
1.4
7403
8
6361
21
5105
26
4090
60
2890
70
1610
110
∗
9270# 200#
∗
2690# 300#
4620
8
∗
2248
4
−1248.5
1.9 −11810# 300#
3137.2
0.8 −5379
7
−8798.0
1.9
4979.2
1.4 −7437
20
−1906.5
1.4
5757.1
2.0 −9110
16
−1299
8
6155.5
2.0 −10780
50
1252
20
6777
4
−12610
50
1433
30
7144
4
−14650
110
4210
50
7730
50
∗
4220
70
8240
50
∗
7500
100
330# 200#
39
8
−6815.7
2.2
−8860.3
1.5
−11946
26
−11303
13
−14330
50
−13554
21
−16980
80
∗
∗
520
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
Q(p,α )
Q(n,α )
Z
210
Hg
Tl
Pb
Bi
Po
At
Rn
Fr
Ra
Ac
Th
80
81
82
83
84
85
86
87
88
89
90
4840#
3680
5185.2
4604.63
7658.4
7164
8741
7648
9470
8130
10530
360#
14
1.3
0.08
1.4
11
22
26
50
80
100
∗
8190#
8379
4466.3
4983.6
2895
4007
1707
3059
350
2090
200#
8
1.1
0.8
8
11
30
21
80
60
10840#
2726
−5130
−11446
−16414
−20760
−23641
∗
∗
∗
∗
300#
14
9
22
15
60
26
∗
14560#
12732.0
17667.5
13627.8
16208
13604
17013
13840
17790
13990
300#
1.9
0.8
2.0
8
27
25
50
60
60
∗
11840
11169
12524.2
8965.4
10038
8509
10150
8170
10120
7780
150
5
0.8
2.1
10
23
30
50
80
60
∗
∗
7140
11888
12145.24
13729
13194
15540
14740
17280
16150
150
5
0.12
8
11
30
30
80
60
Tl
Pb
Bi
Po
At
Rn
Fr
Ra
Ac
Th
81
82
83
84
85
86
87
88
89
90
4900#
3834.5
5138
4550.8
7747
7229
8880
7700
9660
8210
200#
2.8
5
0.5
8
11
30
30
90
80
8250#
8534
4419
4929.7
2983.0
4073
1849
3110
550
2170
360#
12
6
0.9
2.5
10
23
30
70
90
5570#
−1736
−7701
−13269
−18850
−22660
∗
∗
∗
∗
200#
7
22
26
70
70
12980#
13857
16467
16536.8
15429.6
14835
15482
15320
16060
15770
280#
8
6
0.9
2.8
10
29
30
90
90
11880#
11122.1
14754
11301.6
10686.4
8600
10354
8370
10360
8010
360#
2.8
5
2.1
2.8
27
24
50
70
90
∗
8250#
10537
14962.4
12869
14360
13980
16131
15520
17840
300#
6
0.5
3
7
30
29
80
80
Tl
Pb
Bi
Po
At
Rn
Fr
Ra
Ac
Th
Pa
81
82
83
84
85
86
87
88
89
90
91
3650#
5127.3
4330
6008.2
5045
7975
7450
9099
8000
9890
∗
360#
2.5
6
0.5
7
7
30
29
100
80
∗
8760#
4914.8
5800
3478
4301
2071
3323
850
2400
−420
200#
2.8
5
7
4
27
24
70
70
110
6970#
1112
−4580
−10178
−15900
−20751
−25150
∗
∗
∗
∗
300#
4
26
11
70
19
80
14170#
12410
17321.8
15133.2
18043
14023
16771
13866
17530
14010
18280
420#
12
1.9
0.8
7
8
27
25
70
60
80
11560#
10955
14361.2
12753.1
12609
9084
10260
8442
10290
8110
9980
360#
8
2.2
0.8
7
8
30
18
80
50
120
∗
6450#
11167
12891.4
15284
13353
14988
14384
16690
15880
18420
200#
8
1.3
7
3
27
23
70
50
90
213
Pb
Bi
Po
At
Rn
Fr
Ra
Ac
Th
Pa
82
83
84
85
86
87
88
89
90
91
3708
5185
4355.3
6030
5110
8084
7522
9190
8040
10020
8
5
2.9
8
6
27
23
90
70
100
8820#
4972
5825
3499
4366
2179
3390
940
2450
−280
300#
5
3
5
9
8
30
50
100
70
2514
−1681
−7011
−12730
−17820
−23210
∗
∗
∗
∗
10
9
21
50
70
70
13600#
15972
15916
16564
16660
15917
15226
16030
15620
16470
200#
5
6
5
6
10
29
60
100
100
10926
14362
13002.4
14238
11138
10912
8570
10560
8190
10480
14
5
2.8
5
10
11
30
50
90
80
7580#
9662
13721.3
13859
15901
14068
15602
15150
17300
16520
300#
13
2.8
5
6
11
22
60
70
90
214
Pb
Bi
Po
At
Rn
Fr
Ra
Ac
Th
Pa
82
83
84
85
86
87
88
89
90
91
5068
4041
5887.8
4872
6693
5480
8328
7800
9480
8250
8
12
2.8
6
11
12
22
60
70
100
∗
5305
6528
4015
5029
2549
3639
1220
2730
−80
14
5
5
10
10
12
30
50
100
4138
−242
−4570
−9809
−15032
−20440
∗
∗
∗
∗
9
14
9
23
19
80
12180#
17058
14358.2
17701
15012
18412
14349
17331
14140
18110
300#
11
1.9
4
12
9
27
25
70
80
10760#
14155
12253
13917
12191
12661
9122
10460
8370
10440
200#
11
6
4
9
11
23
30
70
110
∗
10520#
11667.9
14125
13759
16335
14502
16230
15520
17930
200#
2.8
7
9
9
11
30
30
100
212
S(p)
Q(d,α )
Elt.
211
S(n)
Q(4β − )
A
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
S(2n)
S(2p)
Q(2β − )
Q(α )
521
Q(β − n)
Q(ε p)
A Elt.
Z
210 Hg
Tl
Pb
Bi
Po
At
Rn
Fr
Ra
Ac
Th
80
81
82
83
84
85
86
87
88
89
90
8160#
8639
9122.5
12064.4
14626.2
15623
16093
16820
17395
18110
∗
420#
12
0.9
1.9
1.3
27
14
50
22
80
∗
∗
16210#
300#
12620.2
1.9
8782.56
0.13
7680
8
6706
9
5430
30
4469
19
3120
70
2249
29
∗
∗
3792
5036.4
5407.45
5631.2
6158.9
6650
7152
7610
8053
211 Tl
Pb
Bi
Po
At
Rn
Fr
Ra
Ac
Th
81
82
83
84
85
86
87
88
89
90
8580#
9019.6
9743
12209.2
14910
15970
16531
17160
17780
18740
200#
3.0
5
1.5
8
21
26
60
90
120
∗
16720#
12798
9396.0
7966.6
6968
5856
4810
3600
2530
200#
9
1.4
2.4
7
22
30
70
90
∗
3300
6750.3
7594.5
5982.4
5965.4
6660
7043
7620
7940
212 Tl
Pb
Bi
Po
At
Rn
Fr
Ra
Ac
Th
Pa
81
82
83
84
85
86
87
88
89
90
91
8550#
300#
∗
8961.7
2.3 17010#
9468.2
1.9 13449
10558.98
0.17 10219.1
12792
11
8407
15204
9
7284.5
16330
30
6144
16795
19
5171
17650
90
3950
18090
30
2948
∗
1750
300#
12
0.9
7
2.9
27
14
70
24
90
∗
6470# 300#
3130#
300#
2822.0
2.2
6207.26
0.03
504
7
8954.12
0.11 −1709.8
2.9
7824
7
−5084
27
6385.0
2.6
−8468
12
6528.9
1.8 −10820
70
7031.6
1.7 −12282
22
7520
50
−14340
100
7952
10
∗
8430
50
∗
213 Pb
Bi
Po
At
Rn
Fr
Ra
Ac
Th
Pa
82
83
84
85
86
87
88
89
90
91
8835
9515
10363.5
11075
13085
15535
16620
17190
17930
∗
8
7
2.9
5
9
22
30
90
100
∗
13730#
10740
9299
7844
6481
5465
4270
3300
2120
200#
4
7
6
8
21
60
80
100
2740#
5982
8536.1
9254
8243
6904.9
6861
7500
7840
8390
214 Pb
Bi
Po
At
Rn
Fr
Ra
Ac
Th
Pa
82
83
84
85
86
87
88
89
90
91
8776.5
9226
10243.1
10901
11803
13563
15851
16990
17522
18270
2.0
11
0.9
8
10
27
14
70
25
110
∗
14130#
11500.5
9840
8528
6915
5818
4610
3675
2370
300#
2.3
4
9
11
10
30
20
100
2510#
300#
4288.7
5621
3
2180
7833.46
0.06
−150
8987
4
−2421
9208
9
−4420
8589
4
−7387
7273
3
−10611
7350
3
−13060
7826
7
∗
8270
50
∗
9610# 300#
∗
5545
12
∗
20
1224.8
0.9 −13670# 200#
0.8
−2820
8
−8443
8
0.07 −6355
9
−5627.6
1.3
1.0
−8626
24
−1002
8
2.2 −10059
17
−521
9
30
−12140
60
2244
23
4
−13582
29
2101
25
50
∗
5270
60
17
∗
4900
60
450# 300#
297
12
−4541.1
0.5
−6497.2
1.6
−11145
7
−11115
21
−13900
17
−13270
60
−16450
50
−15780
120
∗
5780# 200#
∗
1941.1
2.8 −12670# 300#
−211
6
−9901
13
−3677
7
−4993.2
1.0
−7489
21
−4144.3
2.4
−9592
27
−91
7
−11360
70
525
22
−13070
80
3145
28
∗
3260
70
∗
6160
80
580# 200#
−3771.0
2.8
−3977
5
−8532
8
−10121
9
−13481
23
−12690
26
−16020
60
−14910
80
∗
150
0.5
0.5
1.3
1.4
5
4
50
50
200#
6
2.6
5
5
1.8
4
50
50
50
3469
1349
−955
−3030
−6056
−9700
−11760
−13510
∗
∗
8
7
6
9
21
50
70
90
2.6
12
9
10
13
24
19
80
∗
∗
−9330# 200#
−7166.9
2.7
−4052
9
−3516.1
3.0
821
26
1275
13
4150
70
3970
30
7120
100
∗
−10870#
−6395
−5751
−2618
−2218
1728
2400
5020
5100
∗
∗
−8575
−5438
−4955
−1668
−1490
2690
3065
6040
770# 300#
−3760
6
−3756.1
1.8
−6793.6
2.5
−7937
10
−12573
21
−12450
40
−15470
70
−14700
100
∗
∗
300#
4
5
6
10
21
60
70
100
−3138
−2933
−6104
−5991
−10232
−11430
−14990
−14010
−17570
∗
8
5
8
6
26
14
70
60
100
8
6
10
10
11
24
26
90
−3022
−2618
−5962
−5753
−8841
−9387
−14130
−13760
−17020
∗
5
12
5
7
12
22
50
70
70
522
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
Q(p,α )
Z
215
Pb
Bi
Po
At
Rn
Fr
Ra
Ac
Th
Pa
82
83
84
85
86
87
88
89
90
91
3410#
5223
4141.7
5947
4920
6795
5638
8490
7860
9690
410#
19
2.7
8
12
11
12
30
30
120
∗
5459
6629
4074
5078
2651
3797
1378
2790
130
15
11
7
9
11
11
23
40
90
5650#
1330
−3074
−7267
−12095
−17550
∗
∗
∗
∗
410#
17
8
22
28
90
∗
15544
15401
16109
16122
16727
16794
16365
15480
16460
17
5
7
9
9
11
30
60
110
Bi
Po
At
Rn
Fr
Ra
Ac
Th
Pa
83
84
85
86
87
88
89
90
91
3846
5747.2
4559
6647
5411
7314
5960
8694
8140
19
2.3
8
10
16
11
30
30
110
5890#
7154
4491
5778
3141
4316
1700
2996
420
410#
15
4
10
16
11
28
25
70
2895
−1507
−5865
−10049
−14820
∗
∗
∗
∗
18
9
27
15
70
16766
13695
17438
14346
18009
14960
18733
14586
17800
Bi
Po
At
Rn
Fr
Ra
Ac
Th
Pa
U
83
84
85
86
87
88
89
90
91
92
5120#
3954
5933
4668
6736
5475
7487
6160
8800
∗
200#
7
6
8
15
12
29
24
90
∗
7262
4677
5888
3230
4381
1873
3200
520
2390
13
5
5
10
16
15
30
50
110
4510#
13
−4311
−8557
−12750
−16810
∗
∗
∗
∗
200#
11
14
21
50
90
Bi
Po
At
Rn
Fr
Ra
Ac
Th
Pa
U
83
84
85
86
87
88
89
90
91
92
3560#
5614
4368
6512
5327
7308
5930
7913
6470
8850
410#
7
13
4
8
14
50
24
60
90
∗
7750#
5091
6467
3888
4953
2330
3621
840
2430
200#
13
5
6
13
50
18
30
60
6280#
1707
−2750
−7157
−11610
−15270
∗
∗
∗
∗
Po
At
Rn
Fr
Ra
Ac
Th
Pa
U
84
85
86
87
88
89
90
91
92
3630#
5773
4458
6512
5328
7350
5970
8220
6780
360#
12
3
8
14
70
50
60
60
7820#
5250
6557
3888
4954
2370
3660
1140
2750
510#
4
12
7
9
50
70
60
60
Po
At
Rn
Fr
Ra
Ac
Th
Pa
U
84
85
86
87
88
89
90
91
92
5410#
4120
6288.6
5207
7193
5890
7870
6220
8250#
510#
50
2.3
8
12
50
60
80
210#
∗
5740#
7073
4637
5634
2932
4190
1380
2780#
360#
4
4
12
17
60
80
210#
217
218
219
220
S(p)
Q(d,α )
Elt.
216
S(n)
Q(4β − )
A
Q(n,α )
10990#
14060
12441.1
13978
12317
13842
10935
11067
8510
10640
510#
15
2.7
7
10
8
27
24
70
90
∗
8950#
12653.5
12509
14847
14586
16840
15200
16765
16240
11
11
4
8
17
12
28
26
70
13922
11879
13775
11699
13541
11705
12630
9010
10550
14
5
5
9
15
12
30
50
100
∗
10615
13134
12555
15205
14636
17319
15593
17290
8
6
8
15
10
28
24
90
15060#
14963
15647
15625
16194
16280
16884
16915
16850
15540
460#
16
5
8
10
11
15
30
60
120
13870#
11965
13730
11902
13498
11710
13470
10650
11220
8080
200#
13
5
6
11
12
16
30
50
120
∗
11728
11242
13775
13341
15854
15311
17762
16290
17630
7
12
4
8
12
15
23
60
90
360#
11
50
13
25
30
∗
13195
17026
13671
17514
14383
18260
14963
19075
14830
11
12
4
9
18
50
30
28
80
13720#
11574
13503
11337
13092
11197
13170
11227
12610
8920
550#
15
12
7
9
13
50
25
40
90
∗
9530#
12097
11404
13961
13466
16170
15487
18300
16640
410#
19
3
8
13
50
15
30
40
3410#
−1170
−5640
−9900
−13820
∗
∗
∗
∗
360#
50
50
50
60
14690#
15207
15146
15671
15790
16390
16480
17020
16850
410#
7
5
8
10
50
50
60
80
11790#
13477
11438
13227
11279
13140
11210
13080
10280
360#
4
4
10
16
50
60
60
90
∗
10170
12693.3
12007
14785
14240
16830
16040
18550
12
2.3
8
11
50
50
60
60
5190#
600
−4056
−8890
−12760#
∗
∗
∗
∗
360#
50
22
60
200#
12840#
16700
13226
16976
13925
17811
14540
18710
15070#
510#
50
12
4
10
19
60
60
200#
11510#
13320
11082
12688
10822
12728
10826
13020
10830#
410#
50
5
6
11
17
26
60
210#
∗
11180#
10359
12734
12261
15083
14428
17320
16460#
200#
7
6
10
16
24
60
200#
300#
2.4
7
8
10
8
30
29
110
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
Elt.
Z
215
Pb
Bi
Po
At
Rn
Fr
Ra
Ac
Th
Pa
82
83
84
85
86
87
88
89
90
91
8480#
9263
10030
10818
11613
12275
13967
16290
17330
17930
410#
16
4
8
9
10
22
60
80
110
∗
∗
11934
10602
9093
7680
6346
5017
4010
2860
Bi
Po
At
Rn
Fr
Ra
Ac
Th
Pa
83
84
85
86
87
88
89
90
91
9068
9888.9
10506
11567
12205
12952
14450
16550
17830
16
2.3
5
12
17
13
30
21
100
∗
12612.8
11120
9852
8219
6967
5497
4374
3210
Bi
Po
At
Rn
Fr
Ra
Ac
Th
Pa
U
83
84
85
86
87
88
89
90
91
92
8970#
9702
10492
11315
12146
12789
13448
14850
16950
∗
200#
7
8
9
9
11
25
30
100
∗
13160#
11831
10379
9008
7522
6189
4896
3520
2810
Bi
Po
At
Rn
Fr
Ra
Ac
Th
Pa
U
83
84
85
86
87
88
89
90
91
92
8680#
9568.1
10301
11181
12062
12783
13420
14072
15270
∗
360#
2.0
12
7
15
14
60
18
70
∗
∗
12353
11144.2
9776
8182
6710
5495
4030
2960
16
2.9
6
13
50
16
40
30
Po
At
Rn
Fr
Ra
Ac
Th
Pa
U
84
85
86
87
88
89
90
91
92
9240#
10141
10970
11839
12636
13280
13890
14690
15630
360#
6
5
10
12
50
50
80
100
∗
13000#
11648
10355
8842
7320
5990
4760
3580
200#
7
8
9
50
50
60
60
5900#
6324
6946.1
7448.5
8138
8830
9510
10080
9860
Po
At
Rn
Fr
Ra
Ac
Th
Pa
U
84
85
86
87
88
89
90
91
92
9040#
9890
10746.7
11719
12521
13230
13848
14430
15040#
360#
50
2.9
6
14
50
26
60
200#
∗
13560#
12322.8
11194
9523
7885
6560
5050
3920#
360#
2.0
12
9
16
25
80
200#
∗
6050
6404.67
6800.7
7592
8348
8953
9830
10300#
216
217
218
219
220
S(2n)
Q(2β − )
Q(α )
A
S(2p)
523
Q(β − n)
Q(ε p)
∗
5300#
7526.3
8178
8839
9540
8864
7744
7665
8240
200#
0.8
4
8
7
3
4
6
50
5020#
2904
628
−1573
−3702
−5693
−8393
−11860
∗
∗
410#
16
8
10
11
22
28
90
∗
∗
−7648.0
−7344
−3988
−3591
−436
−319
3537
4150
2.5
13
8
8
12
23
28
90
2.0
12
7
15
13
28
16
70
5100#
6906.3
7950
8200
9175
9526
9235
8071
8097
300#
0.5
3
7
12
8
6
6
15
3617
1528
−722
−3035
−5140
−7013
−9680
∗
∗
12
8
15
11
30
16
70
∗
−9980#
−6680
−6493
−3055
−2829
516
482
4500
410#
16
5
9
11
14
22
60
90
∗
6660
7201.3
7887.1
8469
9161
9832
9433
8489
8160
4
1.2
2.9
4
6
10
4
4
50
4430#
2242
81
−2229
−4392
−6329
−8360
−10480
∗
∗
200#
8
8
9
14
22
50
90
∗
∗
−8767
−5414
−5232
−1657
−1561
1636
1660
5110
∗
6114.68
6874
7262.5
8014.0
8546
9380
9849
9815
8786
0.09
3
1.9
2.0
6
50
9
10
25
5240#
3141
1040
−1434
−3780
−5723
−7820
−9550
∗
∗
360#
3
12
11
50
17
60
30
200#
15
0.3
1.8
3
50
50
50
50
3970#
1779
−563
−2950
−5080
−6950
−8740
∗
∗
50
0.10
1.9
6
4
20
50
200#
4850#
2870
341
−2269
−4396
−6630
−8360#
∗
∗
8
8
8
8
9
23
30
100
−2390#
−1953
−5232
−5007
−8282
−7854
−11967
−12772
−16630
∗
410#
15
5
11
12
12
24
27
80
410#
15
8
16
12
27
15
70
−1657
−5032
−4645
−8134
−7626
−10792
−10880
−15640
∗
11
7
8
10
16
23
40
90
12
5
7
11
19
23
60
90
−1030#
−4428
−3931
−7392
−7048
−10307
−9669
−13660
∗
∗
200#
7
9
15
11
28
18
70
∗
∗
−8010#
−7972
−4625
−4296
−760
−802
2673
2420
200#
7
7
12
50
15
28
40
−640#
−4109
−3631
−7168
−6900
−10127
−9440
−12770
−12100
∗
360#
5
12
7
10
17
50
50
90
360#
8
9
50
50
70
80
∗
−10230#
−6816.5
−6769
−3112
−2780
530
390
3550
360#
2.5
14
8
50
50
70
60
−3370#
−2892
−6300
−6104
−9520
−8880
−12270
−11470
∗
360#
4
5
13
50
50
60
60
360#
50
9
15
24
60
200#
∗
∗
−9480#
−6203
−5847
−2156
−2014
1520
1270#
360#
5
10
16
24
80
210#
−3000#
−2550
−6076
−5983
−9370
−8790
−11920
−10910
∗
360#
50
7
9
50
50
60
80
524
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
Q(p,α )
Q(n,α )
Z
221
At
Rn
Fr
Ra
Ac
Th
Pa
U
85
86
87
88
89
90
91
92
5610#
4212
6276
5380
7300
5802
8070
6510#
200#
6
6
10
50
24
80
230#
5940#
7170
4624
5808
3040
4103
1580
3080#
410#
50
5
6
50
17
60
120#
2290#
−2466
−7100
−11630#
∗
∗
∗
∗
200#
11
50
100#
14720#
14786
15158
15056
15840
16080
16620
16780#
410#
7
5
8
50
50
70
120#
13320#
11238
12925
10769
12740
10960
12870
10790#
200#
13
5
6
50
50
50
110#
9130#
11760
10826
13393
13110
15933
15180
17860#
410#
6
12
5
50
14
70
100#
222
At
Rn
Fr
Ra
Ac
Th
Pa
U
85
86
87
88
89
90
91
92
4090#
6170
5000
6714
5970
7806
6340#
8360#
360#
6
22
6
50
15
90#
140#
∗
7730#
5412
6246
3631
4610
2110#
3370#
200#
22
6
7
50
70#
110#
4180#
−829
−5770#
−9980#
∗
∗
∗
∗
300#
12
80#
100#
16050#
12730
16447
13549
17059
14162
18160#
14630#
470#
50
21
6
10
19
80#
120#
12860#
10841
12383
10567
12091
10500
12510#
10640#
470#
4
21
8
10
50
90#
120#
∗
9220#
11599
11137
13650
13455
16190#
15470#
360#
21
5
9
15
90#
110#
At
Rn
Fr
Ra
Ac
Th
Pa
U
85
86
87
88
89
90
91
92
5410#
4150#
6037
5158
6866
5889
7870#
6530#
500#
300#
21
5
9
15
100#
120#
∗
7790#
5278.7
6404
3784
4525
2170
3570#
420#
2.3
21
8
10
70
100#
5640#
910#
−3940
−8600
∗
∗
∗
∗
400#
300#
70
70
∗
14200#
14622
14667
15573
15570
16090
16170
360#
6
5
8
50
70
90
12860#
10810#
12634.5
10616
12418
10498
12520
10330
540#
300#
2.2
4
12
17
70
90
∗
10480#
9680
12267.6
11990
14759
14220
16820
470#
50
2.3
8
13
70
70
Rn
Fr
Ra
Ac
Th
Pa
U
86
87
88
89
90
91
92
5930#
4800
6478.8
5663
7461
6520
8200
420#
50
2.3
8
14
70
80
8310#
5930#
6845.6
4289
5119
2804
3900
500#
300#
2.2
5
13
18
80
2440#
−2210
−6886
∗
∗
∗
∗
300#
50
25
12350#
15990
13189
16624
14086
17378
14310#
420#
50
21
6
12
20
80#
10490#
12050
10413
12135
10340
11796
10200
360#
50
5
6
50
18
60
∗
10490#
10001
12603
12679
14990
14422
200#
6
6
12
50
27
Rn
Fr
Ra
Ac
Th
Pa
U
Np
86
87
88
89
90
91
92
93
4020#
5910
4904.5
6668
5757
7600
6408
∗
420#
60
2.9
6
12
70
28
∗
5920#
6950
4478
5213
2940
3782
1410
300#
50
5
6
70
19
80
4180#
−530
−5383
−9950
∗
∗
∗
∗
300#
80
12
70
13740#
14230#
14321.0
15114
15195
15670
15770
16460
500#
300#
2.9
4
9
70
70
100
10560#
12300
10509
12181
10553
12000
10130#
12160#
420#
30
21
6
7
70
70#
120#
∗
8660#
11266.9
10935
13635
13370
15821
15120#
300#
2.9
22
7
70
17
100#
Rn
Fr
Ra
Ac
Th
Pa
U
Np
86
87
88
89
90
91
92
93
5790#
4510
6396.2
5399
7184
6380
8120
6920#
500#
100
2.9
5
7
70
17
110#
∗
6410#
7430
4973
5730
3566
4300
1930#
310#
30
4
6
12
70
90#
5580#
1340
−3660
−8430#
∗
∗
∗
∗
400#
100
13
90#
∗
15640#
12720
16194
13673
16748
14169
17740#
310#
50
3
6
16
20
90#
10170#
11940#
10149.3
11940
10235
11511
9870
11760#
570#
310#
2.3
3
8
15
70
110#
∗
9560#
9020#
11573
11609
13853
13589
16060#
410#
300#
3
5
13
16
110#
Rn
Fr
Ra
Ac
Th
Pa
U
Np
86
87
88
89
90
91
92
93
3860#
5790
4561.43
6531
5462
7273
6378
8250#
580#
140
0.27
3
5
14
21
110#
∗
6410#
7480
5107.1
5793
3654
4300
2060
410#
100
2.3
3
9
20
70
7180#
2820
−1843
−6710
∗
∗
∗
∗
420#
100
17
70
∗
13870#
14080
14567.7
14879
15232
15390
15900
310#
30
2.9
4
9
70
70
∗
12080#
10390
11887.8
10436
11700
10016
11710
310#
50
2.1
5
13
23
80
∗
∗
10390#
9840
12625.4
12243
14672
14340
300#
50
2.3
8
20
70
224
225
226
227
S(p)
Q(d,α )
Elt.
223
S(n)
Q(4β − )
A
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
Q(2β − )
Z
221
At
Rn
Fr
Ra
Ac
Th
Pa
U
85
86
87
88
89
90
91
92
9730#
10501
11483
12573
13190
13680
14280
14760#
200#
6
8
9
70
50
70
120#
∗
12910#
11697
10445
8670
7034
5770
4460#
360#
5
5
50
12
70
110#
5570#
6147
6457.8
6880.4
7780
8626
9250
9950#
280#
3
1.4
2.0
50
4
50
100#
3540#
1509
−1240
−3974
−5860
−7650#
∗
∗
200#
7
50
10
70
100#
∗
−8280#
−8360
−4938
−4250
−624
−660
2630#
At
Rn
Fr
Ra
Ac
Th
Pa
U
85
86
87
88
89
90
91
92
9700#
10382.5
11276
12094
13273
13609
14400#
14870#
300#
1.9
22
10
16
25
90#
220#
∗
13670#
12580
10870
9439
7648
6210#
4950#
360#
60
5
6
15
70#
100#
5040#
5590.3
5826
6679
7137.4
8127
8850#
9500#
200#
0.3
24
4
2.0
5
50#
100#
4450#
2052
−272
−2882
−5490#
−7100#
∗
∗
300#
5
22
13
70#
100#
∗
∗
−7750#
−7440
−3946
−3050
300#
70#
At
Rn
Fr
Ra
Ac
Th
Pa
U
85
86
87
88
89
90
91
92
9490#
10320#
11037
11872
12840
13695
14200
14900#
450#
300#
5
5
50
13
90
120#
∗
∗
13010#
11816
10030
8156
6780
5680
200#
6
8
10
90
70
∗
5070#
5562
5978.99
6783.2
7567
8330
8940
200#
3
0.21
1.0
4
50
50
5080#
3060#
557
−2151
−4490
−6450
∗
∗
400#
300#
7
9
70
70
Rn
Fr
Ra
Ac
Th
Pa
U
86
87
88
89
90
91
92
10080#
10830
11637
12529
13349
14390#
14730#
300#
50
5
6
16
70#
100#
∗
13720#
12124.3
10693
8903
7329
6067
300#
1.9
22
12
16
28
4550#
4880
5788.85
6326.9
7298
7694
8620
200#
70
0.15
0.7
6
4
12
3610#
1420
−1169
−3636
−5717
∗
∗
Rn
Fr
Ra
Ac
Th
Pa
U
Np
86
87
88
89
90
91
92
93
9950#
10710
11383
12331
13218
14120
14600
∗
420#
30
3
8
10
100
70
∗
14230#
12880#
11324
9502
8060
6586
5310
400#
300#
4
6
70
15
100
∗
4580#
5097
5935.1
6921.4
7390
8014
8790
200#
5
1.4
2.1
50
7
50
Rn
Fr
Ra
Ac
Th
Pa
U
Np
86
87
88
89
90
91
92
93
9810#
10430
11300.7
12067
12942
13980
14527
∗
500#
110
1.9
5
12
19
28
∗
∗
13350#
11920
10208
8779
7245
5710#
300#
50
5
12
17
90#
∗
4150#
4870.62
5536
6450.9
6987
7701
8200
Rn
Fr
Ra
Ac
Th
Pa
U
Np
86
87
88
89
90
91
92
93
9650#
10300
10957.7
11930
12647
13650
14498
15170
520#
100
2.9
4
6
70
20
100
∗
∗
13890#
12540
10766
9384
7866
6360
300#
30
3
9
18
100
∗
3770#
4460#
5042.19
6146.60
6580.4
7211
7816
224
225
226
227
Q(β − n)
Q(ε p)
Elt.
223
S(2p)
Q(α )
A
222
S(2n)
525
360#
50
5
50
13
50
110#
−1870#
−5082
−5066
−8859
−8220
−11510
−10720#
∗
200#
7
10
15
60
60
210#
200#
7
7
13
90#
100#
−1740#
−4976
−4686
−8270
−8388
−11250
−10550#
∗
300#
5
22
50
11
50
130#
∗
∗
−9710#
−6427.9
−5812
−2225
−1590
1350
300#
2.4
22
10
70
70
−980#
−4120#
−4009
−7458
−7448
−10800#
−10050#
∗
400#
300#
5
6
14
70#
120#
300#
50
11
16
28
∗
−9100#
−8760#
−5438
−4527
−1245
−961
400#
300#
4
11
17
27
−4020#
−3650
−7071
−7222
−10400
−10040
∗
300#
50
7
10
70
70
4500#
2180
−316
−2700
−5067
−7250
∗
∗
300#
30
6
70
13
100
∗
∗
−7740#
−7310
−3806
−3180
92
430
300#
50
5
70
16
70
−3240#
−3080
−6312
−6429
−9631
−9440
∗
∗
300#
30
5
12
16
80
310#
0.25
21
2.2
10
4
50
5110#
3060
472
−1723
−4132
−6710#
∗
∗
400#
100
5
12
14
90#
∗
∗
−10110#
−6790
−6086
−2894
−2270
1110#
300#
30
5
12
14
110#
−3110#
−2690
−6040
−6071
−9210
−9415
−12330
∗
400#
100
5
6
70
16
70
410#
300#
0.14
0.10
2.1
14
14
5800#
3800
1372.8
−981
−3216
−5730
∗
∗
420#
100
2.4
7
17
70
∗
∗
−8880#
−8810
−5151.9
−4767
−1464
−760
400#
100
2.4
8
17
70
−2460#
−2090
−5203
−5417
−8298
−8568
−11790#
∗
440#
100
3
5
12
15
90#
526
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
Q(p,α )
Q(n,α )
Z
228
Rn
Fr
Ra
Ac
Th
Pa
U
Np
Pu
86
87
88
89
90
91
92
93
94
5670#
4450#
6308.5
5026.3
7105.3
5979
7869
6930#
∗
590#
220#
2.4
2.5
2.3
8
22
210#
∗
6990#
8000
5572.0
6367.7
4171
4896
2610#
3760
470#
100
2.4
2.1
5
17
200#
80
8610#
4360#
−283
−4810#
−9320
∗
∗
∗
∗
410#
200#
15
200#
30
∗
15220#
12280
15937.7
13173
16438
13902
17080#
14060#
450#
100
2.4
3
6
19
200#
90#
∗
11650#
9990
11766.0
9998
11478
9750
11190#
9360
360#
30
3.0
5
7
70
200#
80
∗
∗
8100#
10730
10424.6
12932
12561
15010#
14360
300#
30
2.8
6
16
210#
30
Fr
Ra
Ac
Th
Pa
U
Np
Pu
87
88
89
90
91
92
93
94
5540#
4450
6210
5257.0
7098
6085
7990#
6760
200#
19
30
2.7
5
16
210#
60
6860#
8010#
5480
6598.4
4163.2
5003
2730
3590#
410#
200#
30
2.8
2.5
7
90
200#
5920
1352
−3030
−7810
∗
∗
∗
∗
40
20
90
50
13550#
13620
14290
14446.4
14802.6
15090
15470
15550
430#
100
30
2.7
2.0
9
90
90
11910#
10050
11950
10140
11565
10041
11310
9530#
400#
100
30
4
5
13
90
100#
∗
9440#
9030
11563.8
11234
13660
13390
15720
400#
110
2.7
4
7
90
50
Fr
Ra
Ac
Th
Pa
U
Np
Pu
87
88
89
90
91
92
93
94
4290#
6116
5020
6793.9
5795
7667
6610
8540
450#
22
300
2.3
4
7
100
50
∗
8590
6040
7180
4701
5572
3260
4130
40
300
30
4
5
50
90
7420#
2903
−1430
−6070
∗
∗
∗
∗
450#
13
300
15
14930#
11950#
15580
12678.8
16113
13401
16720
13940#
610#
200#
300
1.9
3
6
50
200#
11480#
9730
11490
9877.1
11232
9647
11080
9240
620#
100
300
1.7
3
9
50
70
∗
7180#
9800
9331.4
11970
11455
14050
13558
420#
320
1.5
3
5
50
23
Fr
Ra
Ac
Th
Pa
U
Np
Pu
Am
87
88
89
90
91
92
93
94
95
5340#
4190#
5960
5118.02
6820
5879
7680
6720
∗
650#
300#
320
0.20
3
5
70
30
∗
8490#
5890
7280
4727.2
5656
3280
4240
1780#
540#
100
300
1.5
4
50
60
300#
8900#
4590#
290
−4468
−9010#
∗
∗
∗
∗
470#
300#
110
26
300#
∗
13290#
14070
13770
14550.0
14620.2
15130
15220
15750#
300#
100
30
2.6
2.6
50
90
300#
11810#
9980#
11840
9785.4
11517.6
9747
11260
9450#
11220#
620#
360#
100
1.9
2.0
5
50
200#
300#
∗
8660#
8280#
10521.9
10176.1
12681.6
12350
14710
14380#
510#
220#
1.8
2.3
2.8
50
30
360#
Fr
Ra
Ac
Th
Pa
U
Np
Pu
Am
87
88
89
90
91
92
93
94
95
4040#
5820#
4840
6440.3
5549
7268.0
6340#
7990
7110#
790#
410#
140
1.1
8
2.8
110#
30
420#
∗
8970#
6540#
7760
5158
6104.0
3740#
4550
2180#
550#
310#
100
8
2.0
100#
50
300#
10420#
6040#
1790#
−2917
−7450#
∗
∗
∗
∗
640#
280#
140#
18
300#
∗
11760#
15340
12350
15795
13147
16460#
13840
17180#
530#
100
300
8
3
100#
50
300#
∗
9700#
11450
9560
11225
9576.8
11010#
9450
10860#
280#
100
30
8
2.5
100#
90
300#
∗
∗
8980
8532
10840
10670.6
13110#
12801
15270#
110
19
30
2.7
100#
19
310#
Ra
Ac
Th
Pa
U
Np
Pu
Am
Cm
88
89
90
91
92
93
94
95
96
3950#
5720#
4786.39
6529
5762.1
7480#
6390
8300#
∗
550#
310#
0.09
8
2.6
110#
50
320#
8880#
6440#
7700
5247.2
6317
3950
4600#
2480#
3390#
790#
410#
100
1.4
8
50
110#
100#
310#
7850#
3550#
−1320
−5680#
−10370
∗
∗
∗
∗
470#
300#
50
100#
70
13150#
13810#
13530
14383.6
14205.0
14850
15140
15600#
15570#
660#
420#
100
1.4
2.5
50
70
110#
310#
10030#
11840#
9790
11490.2
9610
11200
9680
11100#
∗
∗
7550#
9862
9330
11702.4
11420
14080
13580#
16010
540#
12
300
2.1
50
50
110#
70
230
231
232
233
S(p)
Q(d,α )
Elt.
229
S(n)
Q(4β − )
A
650#
300#
300
1.4
4
50
70
100#
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
A
Elt.
Z
228
Rn
Fr
Ra
Ac
Th
Pa
U
Np
Pu
86
87
88
89
90
91
92
93
94
9530#
10230#
10869.9
11557
12568
13252
14247
15180#
∗
570#
220#
2.3
3
5
12
20
220#
∗
∗
14410#
13060
11474.9
9964
8550
6910#
5820
Fr
Ra
Ac
Th
Pa
U
Np
Pu
87
88
89
90
91
92
93
94
9980
10759
11240
12362.3
13076
13954
14930
∗
110
19
30
2.9
8
18
110
Fr
Ra
Ac
Th
Pa
U
Np
Pu
87
88
89
90
91
92
93
94
9830#
10567
11230
12050.8
12892
13753
14610#
15300
Fr
Ra
Ac
Th
Pa
U
Np
Pu
Am
87
88
89
90
91
92
93
94
95
Fr
Ra
Ac
Th
Pa
U
Np
Pu
Am
Ra
Ac
Th
Pa
U
Np
Pu
Am
Cm
229
230
231
232
233
S(2n)
S(2p)
Q(α )
Q(2β − )
400#
100
1.9
5
16
200#
30
∗
∗
4080#
4810
5520.08
6264.5
6803
7410#
7950
300#
50
0.22
1.5
10
200#
20
6440#
4390#
2169.6
−28
−2453
−4780#
−6860
∗
∗
∗
15000#
13480
12170.4
10530.9
9174
7630
6200
420#
110
2.7
1.8
6
90
50
∗
3650#
4510
5167.6
5835
6475
7010
7600
300#
40
1.0
4
3
50
50
490#
12
300
1.2
5
16
200#
40
∗
15440#
14050#
12655.8
11299
9735
8270
6869
410#
360#
1.8
3
5
50
21
∗
3320#
4010
4770.0
5439.4
5992.7
6780
7180
9630#
10310#
10980
11911.9
12614.9
13546
14300
15260
∗
470#
300#
110
2.3
1.6
7
100
60
∗
∗
14480
13323
11910
10357
8850
7503
5920#
87
88
89
90
91
92
93
94
95
9380#
10010#
10800
11558.3
12369
13147
14020#
14711
∗
780#
280#
320
1.1
8
5
110#
23
88
89
90
91
92
93
94
95
96
9770#
10560#
11226.7
12078.3
13030
13820
14380
15410#
∗
560#
310#
1.1
1.9
3
70
60
320#
527
Q(β − n)
Q(ε p)
410#
200#
2.6
5
15
200#
40
∗
∗
−11330#
−8050
−7695.8
−4216
−3870
−420#
−220
420#
100
1.9
5
15
200#
40
−2340#
−1970#
−4980.5
−4981.5
−8131
−8169
−11410
∗
∗
420#
200#
2.4
2.6
8
17
70
5060
2976
860
−1624
−3880
−6190
∗
∗
50
19
30
6
90
50
∗
−10110#
−9820#
−6644.2
−6287.0
−2851
−2430
890
410#
200#
2.7
2.8
6
90
50
−1200
−4405
−4090
−7409
−7398
−10560#
−10380
∗
40
19
30
5
15
200#
90
400#
320
1.5
0.7
0.7
50
8
5790#
3654
1630
−751
−3060
−5319
∗
∗
540#
12
300
5
50
16
∗
∗
−9300
−8988
−5870
−5261
−1950
−1566
300
19
30
5
50
16
−1040#
−4310
−3850
−7105.3
−7107
−10240
−10230
∗
450#
40
300
2.2
7
90
70
110
19
30
3
50
27
310#
∗
2990#
3840
4213.4
5149.9
5576.3
6370
6839
7450#
300#
140
1.6
0.8
1.7
50
20
310#
6410#
4580#
2490
9.9
−2200
−4478
−6810#
∗
∗
480#
300#
100
2.5
50
27
300#
∗
∗
−10970#
−7990
−7670
−4345.6
−3840
−618
−90#
460#
12
300
2.5
50
27
300#
−260#
−3480#
−3020
−6428.5
−6260
−9500
−9380
∗
∗
470#
420#
100
2.8
5
50
50
∗
∗
15030#
13647
12440
10831.2
9390#
7827
6420#
460#
12
300
1.2
100#
19
300#
∗
2840#
3440#
4081.6
4627
5413.63
6010#
6716
7270#
300#
220#
1.4
8
0.09
100#
10
360#
7210#
5200#
3200
837.6
−1410#
−3755
−6040#
∗
∗
650#
280#
100
2.2
100#
18
310#
∗
∗
−10470#
−10240#
−7260
−6495.5
−3350#
−2731
480#
480#
300#
100
1.2
100#
18
300#
−110#
−3340#
−2740
−6048.7
−5931
−9090
−9000#
−12150#
∗
710#
300#
100
1.7
8
50
100#
300#
∗
15410#
14240#
13010
11475.3
10050
8330
7030#
5570
550#
300#
100
2.1
50
50
110#
80
∗
3260#
3746
4310
4908.5
5630
6420
6970#
7470
300#
19
30
1.2
50
50
50#
50
6030#
4010#
1813.3
−460
−3130
−5220#
−7240
∗
∗
470#
300#
2.2
50
50
110#
90
∗
−12150#
−9200#
−8950
−5817.3
−5290
−1850
−1480#
1640
710#
280#
100
2.2
50
50
140#
70
−2450#
−2020#
−5286
−5192.0
−8510#
−8490
−11420#
∗
∗
480#
300#
8
2.1
100#
50
300#
528
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
A Elt.
Z
S(n)
234 Ra
Ac
Th
Pa
U
Np
Pu
Am
Cm
88
89
90
91
92
93
94
95
96
5610#
4470#
6190
5220
6844.6
6060
7770
6710#
8640
235 Ac
Th
Pa
U
Np
Pu
Am
Cm
Bk
89
90
91
92
93
94
95
96
97
236 Ac
Th
Pa
U
Np
Pu
Am
Cm
Bk
S(p)
Q(4β − )
∗
6950#
8170#
5681
6632.4
4252
4890
2810#
3740#
620#
300#
5
1.2
9
50
210#
100#
5450#
540#
4430
50
6080
50
5297.49
0.23
6983
8
6237
22
7940#
240#
6890#
200#
∗
6800#
8140#
5570
6710
4390.9
5062
2980#
3910#
1310#
610#
400#
50
4
0.9
22
120#
290#
400#
6680#
2070
−2330#
−6990#
−11660#
∗
∗
∗
∗
360#
50
130#
200#
400#
89
90
91
92
93
94
95
96
97
4290#
5870#
5060
6545.45
5740
7352
6550#
8090#
7370#
610#
200#
210
0.26
50
21
160#
290#
570#
∗
8560#
6200
7170
4830
5430.9
3290#
4060#
1800#
410#
210
50
50
1.8
100#
230#
450#
8130#
3550#
−840#
−5440#
−10020#
∗
∗
∗
∗
237 Th
Pa
U
Np
Pu
Am
Cm
Bk
Cf
90
91
92
93
94
95
96
97
98
4320#
5780
5125.8
6580
5880.7
7680#
6690#
8380#
∗
410#
220
0.5
50
2.1
120#
290#
460#
8590#
6100#
7240
4862.02
5570
3620#
4200#
2080#
2870#
620#
5110#
220#
1070#
200
−3890#
0.23 −8230#
50
−12730#
60#
∗
230#
∗
300#
∗
640#
∗
238 Th
Pa
U
Np
Pu
Am
Cm
Bk
Cf
90
91
92
93
94
95
96
97
98
5650#
4940
6154.2
5488.32
6999.9
6220#
7950#
6880#
8690#
460#
120
1.3
0.20
1.3
80#
210#
370#
640#
∗
6720#
7620
5224.6
5997.5
3960
4460#
2280#
3180#
360#
100
0.5
0.4
50
70#
350#
460#
239 Pa
U
Np
Pu
Am
Cm
Bk
Cf
91
92
93
94
95
96
97
98
5500#
4806.38
6215.2
5646.2
7100
6280#
8070#
7130#
210#
0.17
1.1
0.3
50
110#
370#
450#
6580#
7480
5285.5
6155.4
4061.7
4520#
2400#
3430#
340#
60
1.5
0.4
1.7
110#
240#
360#
680#
500#
3
5
2.1
50
50
230#
70
Q(d,α )
Q(p,α )
Q(n,α )
810#
490#
100
5
8
8
100#
210#
300#
9770#
11570#
9560
11388
9585.0
11013
9590
11110#
9150#
680#
500#
100
5
1.5
9
50
210#
300#
∗
8420#
7870#
10070
9975.7
12177
12189
14560#
14080
620#
300#
100
0.7
8
7
210#
30
13670#
13470#
14310
14141.2
14835.5
14940
15320#
15450#
16120#
590#
300#
50
1.2
2.2
50
130#
230#
410#
11940#
9970
11750
9837
11298.0
9690#
11160#
9380#
∗
450#
110
50
8
1.8
100#
120#
360#
7010#
9250#
8830
11118.5
10743
13219
12950#
15190#
14950#
730#
280#
110
0.9
8
21
160#
200#
500#
500#
200#
220#
200#
400#
14990#
12060#
15440
12816
15940
13657
16540#
14070#
17390#
700#
450#
200
4
50
8
100#
290#
400#
11600#
9820#
11480
9820.3
11320
9820
11000#
9580#
10970#
680#
360#
200
1.2
50
50
110#
230#
410#
∗
7330#
9500#
9359.5
11540
11629.2
13880#
13490#
15880#
510#
360#
0.9
50
2.6
110#
210#
410#
360#
120#
210#
220#
500#
13190#
14100
13770
14663.6
14759.4
15100#
15330#
15900#
15830#
510#
110
50
0.3
1.6
60#
240#
300#
640#
9960#
11890
9915
11590.7
10001
11090#
9610#
11240#
∗
540#
100
5
0.4
8
60#
290#
230#
8620#
8190#
10424
10178
12593.1
12260#
14570#
14210#
16740#
610#
410#
3
4
1.3
60#
210#
310#
500#
6460# 280# 11830#
2350
80 15030#
−2090
40 12670
−6830# 290# 15720.8
−11040# 400# 13500
∗
16230
∗
13920#
∗
17110#
∗
14510#
570#
210#
200
0.3
50
50
110#
350#
570#
9770#
11380
9840
11399.9
9984.1
11100
9600#
11240#
9360#
460#
80
50
0.4
0.9
50
130#
350#
570#
∗
8690#
360#
8700
50
10770
50
10890.69
0.28
13020
50
12860
40
15270#
310#
14940#
450#
410#
100
1.1
0.29
2.1
120#
310#
310#
11750#
10090
11730.1
10070
11353.3
9870#
11260#
9610#
280#
200
1.0
50
2.3
140#
310#
450#
7480#
9770#
9610
11789.95
11660
13940#
13750#
15900#
9080# 490# 11580#
5150# 400# 15170#
265
8 12180
−4190# 210# 15604
−8577
18 12910
∗
16057
∗
13700#
∗
16880#
∗
14040#
3950#
−620#
−4970#
−9560#
∗
∗
∗
∗
200#
100#
230#
210#
13850#
13640
14631.3
14427.41
15009.5
15330#
15720#
15760#
540#
200#
200
0.25
50
100#
250#
290#
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
Q(2β − )
Z
234
Ra
Ac
Th
Pa
U
Np
Pu
Am
Cm
88
89
90
91
92
93
94
95
96
9560#
10190#
10977
11749
12606.7
13550#
14159
15010#
∗
560#
410#
3
9
1.6
100#
19
360#
∗
15840#
14610#
13390
11879.6
10569
8839
7410#
6220
760#
280#
100
0.9
11
7
230#
26
∗
3080#
3672
4110
4857.7
5357
6310
6870#
7365
200#
13
300
0.7
9
5
200#
10
6620#
4760#
2468
385
−2203
−4580#
−6374
∗
∗
490#
400#
3
9
7
210#
19
∗
∗
−11440#
−8450#
−7875.6
−4823
−3859
−710#
−620
Ac
Th
Pa
U
Np
Pu
Am
Cm
Bk
89
90
91
92
93
94
95
96
97
9920#
10620
11300
12142.1
13050
14010
14650#
15530#
∗
470#
50
50
2.1
50
50
160#
210#
∗
15090#
13750#
12390.7
11023.4
9314
7870#
6720#
5050#
470#
300#
0.9
1.5
21
130#
210#
410#
2970#
3430#
3990
4678.3
5194.0
5951
6610#
7200#
7840#
300#
300#
110
0.7
1.5
20
110#
200#
500#
5390#
3330
1290
−1263
−3620#
−5730#
−8040#
∗
∗
360#
50
50
21
120#
200#
420#
∗
−10260#
−10060#
−6983
−6585
−3252
−2580#
270#
880#
Ac
Th
Pa
U
Np
Pu
Am
Cm
Bk
89
90
91
92
93
94
95
96
97
9740#
10300#
11140
11842.9
12720
13590
14490#
14980#
∗
640#
200#
200
0.3
50
7
230#
200#
∗
15360#
14340#
12746
11540
9821.8
8350#
7040#
5710#
530#
450#
3
50
1.6
100#
200#
450#
2720#
3380#
3770
4573.1
5010
5867.07
6400#
7100#
7580#
400#
200#
220
0.9
50
0.08
140#
200#
500#
6160#
4010#
1970
−456.4
−2800#
−4990#
−7220#
∗
∗
540#
200#
210
1.7
110#
200#
410#
Th
Pa
U
Np
Pu
Am
Cm
Bk
Cf
90
91
92
93
94
95
96
97
98
10200#
10830
11671.2
12314.0
13233
14230#
14780#
15750#
∗
360#
110
0.5
0.9
21
130#
290#
460#
∗
14660#
13440
12040
10405.1
9050#
7490#
6140#
4670#
370#
50
50
1.3
60#
210#
260#
540#
3010#
3720#
4233.7
4958.3
5748.4
6200#
6800#
7500#
8100#
300#
310#
1.0
1.2
2.3
30#
200#
200#
510#
4810#
2770
298.6
−1700#
−4180#
−6530#
−8540#
∗
∗
Th
Pa
U
Np
Pu
Am
Cm
Bk
Cf
90
91
92
93
94
95
96
97
98
9970#
10720
11280.0
12070
12880.6
13900#
14640#
15260#
∗
340#
210
1.2
50
1.6
110#
200#
490#
∗
15320#
13720#
12470
10859.5
9530
8080
6470#
5270#
500#
200#
200
0.4
70
40
310#
450#
2970#
3240#
4269.7
4690
5593.20
6040
6620
7330#
8060#
400#
410#
2.9
4
0.19
50
40
200#
400#
Pa
U
Np
Pu
Am
Cm
Bk
Cf
91
92
93
94
95
96
97
98
10450#
10960.6
11703.5
12646.1
13320#
14230#
14950#
15820#
220#
1.3
1.0
1.3
60#
230#
320#
550#
∗
14210#
12910
11379.9
10059.2
8480#
6860#
5710#
360#
100
0.5
1.7
100#
240#
290#
3190#
3890
4560
5244.51
5922.4
6580#
7200#
7810#
300#
50
50
0.21
1.4
100#
200#
60#
237
238
239
Q(β − n)
Q(ε p)
Elt.
236
S(2p)
Q(α )
A
235
S(2n)
529
470#
300#
0.9
8
7
210#
50
−2340#
−1700#
−4947
−4650
−7870
−8170
−10900#
−10830#
∗
570#
400#
3
5
50
50
100#
220#
490#
400#
3
5
21
120#
200#
450#
−960#
−4160
−3890
−7107
−7376
−10420#
−10130#
∗
∗
360#
50
50
8
7
210#
120#
∗
∗
−9670#
−9100
−6240
−5306.7
−2150#
−1580#
1450#
410#
50
70
1.6
100#
200#
420#
−820#
−3950#
−3650
−6669.7
−6880
−9830#
−9800#
−12890#
∗
500#
200#
200
0.9
50
120#
230#
450#
360#
100
1.4
60#
210#
230#
540#
∗
−11160#
−8350#
−7760
−4642.0
−4100#
−920#
−370#
2640#
510#
200#
200
1.3
80#
210#
250#
540#
−3220#
−2880
−6060
−6100.8
−9160#
−9390#
−12200#
∗
∗
410#
100
50
1.7
100#
210#
450#
5320#
3310
1144.2
−970
−3230
−5870#
−7810#
∗
∗
280#
60
1.2
50
40
290#
400#
∗
∗
−10180#
−7470
−6516.1
−3740
−2990
430#
640#
360#
100
0.6
50
40
290#
450#
−3090#
−2690
−5635.6
−5708.4
−8480#
−8930#
−11770#
−11600#
∗
300#
60
1.2
1.3
60#
210#
230#
580#
4030#
1984.0
−79.6
−2600#
−4900#
−6950#
∗
∗
200#
1.2
1.9
100#
230#
230#
∗
−9340#
−8750
−6008.0
−5353.3
−2260#
−1430#
1460#
280#
60
1.2
1.7
100#
240#
210#
−2040#
−4953.7
−4923.7
−7900
−8080
−11170#
−10990#
∗
200#
1.2
1.0
50
40
310#
460#
530
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
S(n)
S(p)
Q(4β − )
Q(d,α )
Q(p,α )
Q(n,α )
A Elt.
Z
240 Pa
U
Np
Pu
Am
Cm
Bk
Cf
Es
91
92
93
94
95
96
97
98
99
4610#
5930
5069
6534.20
5952
7540#
6690#
8180#
∗
360#
5
15
0.23
14
100#
280#
290#
∗
7910#
5548
6474.4
4367
4955.5
2820#
3540#
1240#
200#
15
1.0
14
2.4
180#
310#
450#
5290#
990
−3350#
−7910#
−12690#
∗
∗
∗
∗
300#
5
150#
200#
400#
14890#
12660
15717
13381.53
16058
14010
16980#
14460#
17710#
410#
60
15
0.27
14
50
150#
350#
570#
11460#
9940
11787
10117.78
11283
10020#
11250#
9800#
11250#
470#
100
15
0.18
14
60#
260#
300#
640#
∗
8160#
10320
10381.5
12285
12278.5
14740#
14400#
16750#
360#
100
0.5
14
2.2
160#
290#
460#
241 U
Np
Pu
Am
Cm
Bk
Cf
Es
92
93
94
95
96
97
98
99
4590#
6120
5241.52
6647
6093.3
7630#
6750#
8430#
300#
70
0.03
14
2.1
250#
330#
460#
7890#
5740
6647
4479.96
5097
2910#
3590#
1480#
420#
2490#
70
−1840#
15
−6400#
0.13 −10910#
14
∗
200#
∗
300#
∗
300#
∗
300#
210#
260#
230#
13570#
14400
14355.2
15056.94
15022.2
15620#
15790#
16410#
360#
70
1.0
0.27
2.0
220#
350#
310#
10290#
11820
10364.57
11635.3
10140
11570#
9940#
11500#
300#
70
0.27
0.4
50
200#
390#
460#
9220#
9140
11294.2
11126.14
13185.1
13330#
15610#
15200#
410#
90
1.2
0.23
1.2
210#
260#
370#
242 U
92
Np
93
Pu
94
Am 95
Cm 96
Bk
97
Cf
98
Es
99
Fm 100
5650#
4910
6309.7
5537.64
6969.5
6440#
8090#
6950#
∗
360#
210
0.7
0.10
1.2
280#
260#
400#
∗
6070#
6830
4776.08
5419.8
3260#
4060#
1680#
2730#
3820#
360#
−320#
70
−4620
0.16 −9500#
0.4 −13590#
200#
∗
200#
∗
410#
∗
460#
∗
200#
280#
40
330#
400#
12530#
15410
13114
16053.50
14004
16720#
14380#
17640#
14910#
360#
200
15
0.17
14
200#
150#
380#
570#
10150#
11710
10270.1
11743.86
10277.3
11410#
9920#
11690#
∗
280#
200
1.2
0.28
1.7
220#
240#
390#
∗
9730#
9790.9
11803.7
11861.7
13990#
13790#
16330#
15900#
280#
1.0
1.0
0.3
200#
110#
400#
450#
243 Np
93
Pu
94
Am 95
Cm 96
Bk
97
Cf
98
Es
99
Fm 100
5610#
5034.2
6364.9
5692.9
7120#
6460#
8260#
7210#
200#
2.6
1.4
1.0
200#
150#
400#
460#
6030#
6950
4831.3
5575.1
3403
4080#
1840#
3000#
200#
200
1.6
1.0
4
250#
240#
390#
1180# 30# 14390#
−3190# 140# 14200
−7610# 230# 14930.1
−12080# 220# 14958.4
∗
15699
∗
15550#
∗
16130#
∗
16130#
300#
70
1.4
1.0
5
250#
350#
310#
12020#
10305
11913.2
10536
11830
10140#
11610#
9930#
30#
15
1.4
14
5
210#
310#
460#
8720#
10687
10508
12703.0
12826
14870#
14760#
16870#
300#
4
15
1.0
14
140#
280#
300#
244 Np
93
Pu
94
Am 95
Cm 96
Bk
97
Cf
98
Es
99
Fm 100
4750#
6021
5366.5
6801.3
6047
7540#
6830#
8320#
300#
4
1.7
1.0
15
140#
300#
360#
∗
7360#
5163.5
6011.4
3757
4501
2210#
3060#
30#
2.9
1.4
14
5
230#
370#
2490# 300# 15290#
−1674
5 13100
−6150# 180# 15873.4
−10560# 280# 13694.77
∗
16621
∗
14460#
∗
17400#
∗
14750#
360#
200
1.2
0.17
14
200#
190#
430#
11870#
10410
11788.2
10381.70
11876
10240#
11530#
10030#
420#
70
1.0
0.14
14
200#
310#
360#
∗
9260#
300#
11270
70
11143.26
0.06
13426
14
13422.2
2.8
15570#
270#
15300#
380#
245 Pu
94
Am 95
Cm 96
Bk
97
Cf
98
Es
99
Fm 100
Md 101
4771
6053
5520.3
6971
6164
7660#
6860#
∗
14
3
1.0
14
3
270#
400#
7390#
5195
6165.2
3927.2
4618
2330#
3100#
1010#
300#
6
1.4
1.4
15
200#
330#
430#
−281
14 13940#
−4540# 200# 14855
−9220# 280# 14539.4
−13480# 320# 15342.7
∗
15407
∗
16200#
∗
16150#
∗
16740#
30#
4
1.7
1.7
5
250#
360#
390#
10550
12045
10399.1
11874.3
10520#
11960#
10120#
11760#
200
3
1.0
1.5
200#
200#
430#
510#
10130#
10130
11932.7
11992.2
14228.1
14350#
16530#
15970#
200#
200
1.2
1.4
2.2
280#
280#
460#
246 Pu
94 5782
Am 95 4976
Cm 96 6457.6
Bk
97 5920
Cf
98 7366.5
Es
99 6610#
Fm 100 8150#
Md 101 7090#
20
18
1.5
60
2.4
300#
280#
460#
∗
5400
6570
4330
5012.7
2770#
3590#
1230#
23
3
60
1.8
220#
200#
430#
1303
15 12900#
−2910# 220# 15900
−7520
40 13448.3
−12310# 340# 16230
∗
14087
∗
17130#
∗
14830#
∗
17980#
300#
18
1.5
60
14
220#
190#
440#
10380#
12103
10306.4
11650
10265
11820#
10220#
11880#
40#
18
1.8
60
5
270#
240#
390#
∗
10770#
10509.3
12440
12554.5
14860#
14840#
17140#
40#
2.7
60
1.4
220#
150#
400#
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
S(2n)
S(2p)
Q(α )
Q(2β − )
531
Q(ε p)
Q(β − n)
A Elt.
Z
240 Pa
U
Np
Pu
Am
Cm
Bk
Cf
Es
91
92
93
94
95
96
97
98
99
10110#
10736
11284
12180.4
13050
13810
14770#
15310#
∗
300#
5
15
0.4
50
40
330#
450#
∗
14490#
13030
11759.9
10522
9017.3
7340#
5940#
4670#
280#
60
1.2
14
1.7
160#
200#
490#
2870#
3840#
4540
5255.75
5710
6397.8
7060#
7719
8370#
400#
200#
200
0.14
50
0.6
180#
10
570#
4490#
2588
803
−1598.4
−4150#
−6310#
−8530#
∗
∗
300#
5
20
1.8
150#
200#
430#
∗
∗
−8310#
−7735.9
−5090
−4153.4
−1020#
−450#
2620#
−1840#
−4669
200#
−4346
1.2 −7336.3
14
−7750#
1.7 −10630#
150# −10550#
230#
∗
460#
∗
300#
5
15
1.7
100#
230#
260#
241 U
Np
Pu
Am
Cm
Bk
Cf
Es
92
93
94
95
96
97
98
99
10520#
11190
11775.72
12598.6
13630#
14330#
14930#
∗
300#
∗
70
13650#
0.23 12195.0
1.7 10954.3
100#
9464.4
310#
7870#
330#
6410#
5020#
210#
1.2
1.0
1.2
200#
270#
330#
3570#
4200
5140.0
5637.82
6185.2
7110#
7660#
8320#
200#
3240#
120
1330
0.5
−746.6
0.12 −3170#
0.6 −5660#
210#
−7740#
150#
∗
40#
∗
300#
70
1.2
200#
260#
300#
∗
−9830#
−7047
−6668
−3712.5
−2700#
350#
890#
−4190#
310#
−3940
5
−6626
15
−6860.7
1.2 −10030#
200# −10000#
260# −12910#
270#
∗
300#
70
14
1.8
150#
280#
480#
242 U
92
Np
93
Pu
94
Am 95
Cm
96
Bk
97
Cf
98
Es
99
Fm 100
10240#
11040
11551.2
12185
13062.9
14070#
14840#
15380#
∗
200#
200
0.7
14
1.7
250#
200#
520#
∗
13960#
12575
11423
9899.7
8360#
6970
5280#
4210#
360#
5
15
0.4
200#
40
360#
450#
3570#
4220
4984.5
5588.50
6215.56
6890#
7517
8250#
8770#
200#
210
1.0
0.25
0.08
210#
4
150#
570#
3900#
1950
−86.8
−2270#
−4530
−7230#
−9060#
∗
∗
200#
200
0.8
200#
40
380#
400#
∗
∗
−8770#
−6080
−5440.5
−2490#
−1650
1570#
1750#
−3710#
−3610
300#
−6288.9
70
−6305.1
0.4 −9370#
200#
−9700#
40
−12580#
380#
∗
480#
∗
210#
200
0.7
1.2
200#
320#
230#
243 Np
93
Pu
94
Am 95
Cm
96
Bk
97
Cf
98
Es
99
Fm 100
10530#
11343.9
11902.5
12662.5
13560#
14560#
15200#
∗
80#
2.7
1.4
1.6
200#
290#
330#
∗
13020#
11660
10351.1
8823
7340#
5900#
4680#
300#
70
1.0
4
140#
310#
330#
4110#
4756.7
5438.8
6168.8
6874
7330#
8072
8690
200#
2.8
1.0
1.0
4
100#
10
50
2700#
30#
571.9
2.9
−1515
5
−3760# 140#
−6090# 230#
−8310# 260#
∗
∗
∗
−8150#
−7530
−4823.8
−4067
−1150#
−240#
2630#
−2910#
30#
200#
−5785.5
2.7
200
−5700.4
1.4
1.2 −8620# 200#
4
−8720
40
140# −12090# 360#
310# −11690# 460#
220#
∗
244 Np
93
Pu
94
Am 95
Cm
96
Bk
97
Cf
98
Es
99
Fm 100
10360#
11055
11731.4
12494.2
13160#
14000
15080#
15530#
360#
5
1.0
0.4
200#
40
370#
490#
∗
13390#
12120
10842.7
9332
7903.9
6290#
4910#
200#
200
0.7
14
2.5
270#
290#
3970#
420#
3320# 300#
4665.5
1.0
1352
5
5141
15
−835
14
5901.74
0.05 −3025.6
2.5
6779
4
−5310# 180#
7328.9
1.8 −7530# 280#
7940#
100#
∗
8550#
200#
∗
∗
−2630#
∗
−5442
−7280#
30#
−5374.0
−6590.8
2.7 −8309
−3750
14
−8300#
−2993.3
2.7 −11380#
50# 180# −11300#
780# 320#
∗
245 Pu
94
Am 95
Cm
96
Bk
97
Cf
98
Es
99
Fm 100
Md 101
10792
11419
12321.5
13018
13700#
14490#
15180#
∗
14
3
1.4
5
140#
310#
350#
∗
12550#
30#
11328.7
2.9
9938.6
2.0
8374.7
2.4
6830# 200#
5300# 310#
4070# 400#
4480#
5210
5623.0
6454.5
7258.5
7909
8440#
9020#
300#
70
1.0
1.4
1.9
3
100#
230#
2101
14
84
3
−2382.2
2.4
−4620# 200#
−6830# 280#
−8860# 380#
∗
∗
∗
−8590#
−6090
−5354.5
−2355.7
−1570#
1450#
1980#
246 Pu
94
Am 95
Cm
96
Bk
97
Cf
98
Es
99
Fm 100
Md 101
10553
11029
11977.8
12890
13530.1
14270#
15010#
∗
15
18
1.1
60
2.7
290#
290#
∗
12790# 300#
11765
5
10490
60
8939.9
1.1
7390# 220#
5920
40
4330# 380#
4350#
5150
5475.1
6070
6861.6
7740#
8378
8880
200#
200
0.9
60
1.0
100#
12
50
2777
15
1030
60
−1473.3
1.5
−3930# 230#
−6050
40
−8370# 400#
∗
∗
∗
−4576
15
∗
−4081
18
−7777
14
−7268.3
1.8
−5220
60
−7490
60
−4201.9
1.5 −10420# 200#
−1200# 220# −10390# 350#
−540
40
−13220# 330#
2550# 390#
∗
300#
5
1.4
4
140#
230#
280#
−4846
14
300#
−4625.2
2.9
5
−7782
14
1.7 −7735.1
2.9
2.2 −10710# 180#
200# −10640# 350#
280#
∗
370#
∗
532
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
Q(p,α )
Q(n,α )
Z
247
Pu
Am
Cm
Bk
Cf
Es
Fm
Md
94
95
96
97
98
99
100
101
4470#
5910#
5156
6550
6026
7360#
6630#
8310#
300#
100#
4
60
8
230#
150#
460#
∗
5530#
6750
4417
5120
2770#
3610#
1390#
100#
18
5
60
30#
270#
330#
2860#
−1460#
−6050#
−10550#
∗
∗
∗
∗
300#
110#
140#
320#
∗
14760#
14345
15197
15032
15930#
15860#
16530#
100#
5
5
8
30#
250#
430#
10660#
12210#
10517
11901
10285
12000#
10420#
11900#
420#
100#
4
5
16
30#
230#
430#
∗
9600#
11375
11256
13329
13540#
15750#
15660#
310#
5
5
8
30#
140#
370#
Am
Cm
Bk
Cf
Es
Fm
Md
No
95
96
97
98
99
100
101
102
4660#
6213
5480#
6968
6380#
7750#
6970#
∗
220#
5
70#
9
60#
140#
400#
5720#
7050#
4740#
5540
3130#
3990#
1720#
2670#
360#
100#
70#
7
50#
30#
280#
440#
260#
−4514
−9070#
−13420#
∗
∗
∗
∗
210#
13
250#
300#
15880#
13108
16170#
13980
16920#
14720#
17720#
15100#
200#
18
70#
60
50#
220#
240#
450#
12320#
10357
11940#
10288
11780#
10330#
11790#
10240#
200#
6
70#
5
50#
200#
360#
440#
∗
9933
11830#
11881
14130#
14166
16360#
16090#
14
70#
5
50#
12
310#
410#
Am
Cm
Bk
Cf
Es
Fm
Md
No
95
96
97
98
99
100
101
102
5530#
4713.37
6300#
5585
7200#
6360#
7890#
6920#
360#
0.25
70#
5
60#
100#
330#
450#
∗
7100#
4832
5640#
3350#
3970#
1870#
2620#
200#
5
70#
30#
110#
220#
420#
1930#
−2870#
−7480#
−12090#
∗
∗
∗
∗
300#
100#
220#
340#
14820#
14310#
15027
14946
15750#
15720#
16450#
16480#
420#
100#
4
5
30#
110#
270#
470#
12570#
10620
12095.2
10620
11950#
10580#
12050#
10400#
300#
18
2.2
60
30#
250#
230#
470#
∗
11001
10501
12753.6
12850#
15170#
15070#
17320#
15
18
1.7
70#
100#
320#
340#
250
Cm
Bk
Cf
Es
Fm
Md
No
96
97
98
99
100
101
102
5832
4970
6625.1
6020#
7620#
6760#
8370#
10
4
1.7
100#
100#
380#
400#
7400#
5088
5966.8
3790#
4390#
2270#
3100#
300#
6
2.2
100#
30#
320#
300#
−1085
−5690#
−10340#
∗
∗
∗
∗
16
300#
200#
13140#
16270
13800#
16700#
14480#
17440#
15080#
200#
6
70#
100#
50#
300#
310#
10700#
12282
10545
11950#
10330#
11920#
10340#
100#
5
5
100#
30#
330#
380#
9640#
11440#
11284
13380#
13583
15670#
15580#
300#
100#
4
100#
14
300#
250#
251
Cm
Bk
Cf
Es
Fm
Md
No
Lr
96
97
98
99
100
101
102
103
4413
5795
5108
6790#
6158
7680#
6670#
∗
25
11
4
100#
14
360#
270#
∗
5050
6106
3949
4530#
2340#
3010#
910#
15
5
6
100#
200#
350#
360#
661
−3800#
−8780#
−13380#
∗
∗
∗
∗
24
200#
180#
300#
14260#
15188
14996
15497
15520#
16120#
16300#
16790#
300#
11
5
6
30#
230#
280#
450#
10950#
12699
10920#
12136
10550#
11990#
10630#
12100#
200#
11
70#
8
50#
200#
300#
420#
∗
10310#
12389
12080#
14393
14370#
16650#
16390#
200#
5
70#
10
210#
180#
380#
Cm
Bk
Cf
Es
Fm
Md
No
Lr
96
97
98
99
100
101
102
103
5660#
4770#
6172
5290
7241
6470#
8100#
7130#
300#
200#
5
50
10
280#
180#
390#
∗
5400#
6483
4130
4984
2650#
3440#
1370#
200#
11
50
8
200#
200#
300#
2240#
−2100#
−6847
−11540#
∗
∗
∗
∗
300#
280#
14
250#
∗
16260#
13793
16830
14300#
17270#
14960#
18030#
200#
6
50
100#
200#
300#
320#
10820#
12650#
11048
12430
10510#
11880#
10420#
11890#
420#
200#
5
50
30#
220#
220#
420#
∗
11080#
10930.24
13090
12738
15100#
14910#
17160#
360#
0.25
50
6
200#
100#
330#
Bk
Cf
Es
Fm
Md
No
Lr
Rf
97
98
99
100
101
102
103
104
5680#
4804
6350
5539
7400#
6490#
8220#
∗
410#
4
50
6
280#
100#
340#
5420#
6520#
4309
5230
2810#
3450#
1480#
2340#
470#
200#
5
50
210#
220#
230#
520#
−370#
−5170#
−9670#
−14440#
∗
∗
∗
∗
410#
100#
220#
450#
14990#
14784
15590
15548
16030#
16150#
16480#
16610#
360#
12
5
7
210#
230#
280#
540#
12800#
11214
12706.0
10990#
12090#
10690#
12040#
∗
360#
7
2.2
100#
210#
320#
300#
∗
11958
11709
13824
13720#
16040#
15700#
17920#
11
4
3
230#
100#
380#
500#
249
252
253
S(p)
Q(d,α )
Elt.
248
S(n)
Q(4β − )
A
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
A
Elt.
Z
247
Pu
Am
Cm
Bk
Cf
Es
Fm
Md
94
95
96
97
98
99
100
101
10250#
10890#
11613
12467
13393
13970#
14780#
15390#
300#
100#
4
5
8
200#
310#
460#
∗
∗
12150
10987
9446
7780#
6380#
4970#
Am
Cm
Bk
Cf
Es
Fm
Md
No
95
96
97
98
99
100
101
102
10580#
11369
12030#
12995
13740#
14380
15270#
∗
200#
5
90#
5
230#
40
410#
Am
Cm
Bk
Cf
Es
Fm
Md
No
95
96
97
98
99
100
101
102
10190#
10926
11784
12554
13580#
14110#
14860#
∗
Cm
Bk
Cf
Es
Fm
Md
No
96
97
98
99
100
101
102
Cm
Bk
Cf
Es
Fm
Md
No
Lr
248
249
250
251
252
253
S(2n)
Q(α )
S(2p)
Q(2β − )
533
Q(β − n)
Q(ε p)
14
6
8
30#
140#
380#
∗
4850#
5353
5890
6528
7490#
8213
8830#
110#
3
5
8
30#
18
220#
3460#
1660#
−603
−3120#
−5450#
−7430#
∗
∗
300#
100#
9
30#
140#
330#
∗
∗
−7150
−6793
−3771
−2650#
200#
850#
15
19
8
70#
140#
390#
−4070#
−3540#
−6510
−6672
−9840#
−9600#
−12770#
∗
300#
100#
60
5
220#
50#
360#
∗
12581
11490#
9957
8250#
6763
5330#
4060#
15
70#
5
80#
12
330#
300#
4940#
5161.73
5770#
6361
7160#
8002
8700#
9230#
360#
0.25
70#
5
50#
11
150#
100#
2480#
152
−2220#
−4667
−6850#
−8760#
∗
∗
210#
7
90#
13
240#
300#
∗
−8890#
−6360#
−5583
−2480#
−1519
1250#
1790#
300#
120#
6
50#
14
240#
330#
−3040#
−6170
−6130#
−9440#
−9350#
−12210#
∗
∗
200#
7
70#
30#
150#
320#
310#
5
6
8
40#
180#
390#
∗
12820#
11880#
10386
8890#
7100#
5860#
4350#
300#
100#
4
30#
100#
230#
370#
∗
5219
5525.0
6296.0
6940#
7810#
8460#
9170#
14
2.3
0.7
30#
100#
100#
200#
3250#
1025
−1330#
−3890#
−6150#
−8200#
∗
∗
300#
5
30#
100#
230#
360#
∗
∗
−8000#
−4956
−4190#
−910#
−260#
2620#
200#
5
80#
100#
230#
340#
−2360#
−5400#
−5461
−8650#
−8800#
−11600#
−11410#
∗
300#
70#
5
50#
30#
260#
380#
10546
11270#
12211
13220#
13975
14660#
15290#
10
70#
5
110#
17
380#
360#
∗
12190#
10798
9430#
7744
6240#
4970#
200#
5
120#
13
310#
200#
5169
5532
6128.44
6830#
7557
8310#
8950#
18
18
0.19
120#
12
200#
200#
1817
−280#
−2902
−5410#
−7440#
∗
∗
11
100#
12
320#
200#
∗
−7440#
−6867
−3910#
−2941
170#
610#
300#
5
100#
12
300#
230#
−4932
−4846
−8080#
−8460#
−11320#
−11250#
∗
11
4
30#
140#
220#
450#
96
97
98
99
100
101
102
103
10245
10765
11734
12810#
13780#
14440#
15040#
∗
23
11
4
30#
100#
300#
380#
∗
12450#
11193
9915
8317
6730#
5280#
4010#
300#
5
6
8
210#
200#
370#
5230#
5650#
6175.8
6596.7
7425.1
7990#
8910#
9430#
300#
100#
1.0
2.6
2.0
200#
100#
440#
2513
715
−1852
−4520#
−6930#
−8870#
∗
∗
22
12
9
200#
180#
360#
∗
∗
−6143
−5728
−2474
−1490#
1550#
1970#
11
7
8
230#
180#
420#
−4375
−4015
−7160#
−7633
−10720#
−10560#
∗
∗
23
11
100#
13
300#
290#
Cm
Bk
Cf
Es
Fm
Md
No
Lr
96
97
98
99
100
101
102
103
10080#
10560#
11280
12080#
13399
14150#
14780#
∗
300#
200#
5
110#
13
360#
200#
∗
∗
11533
10240
8932
7180#
5770
4380#
10
50
6
220#
17
390#
∗
5550#
6216.87
6790#
7152.7
7900#
8550
9260#
280#
0.04
50#
2.0
200#
6
70#
3020#
1240#
−783
−3340#
−6064
−8210#
∗
∗
300#
210#
7
200#
14
320#
∗
∗
−7903
−5220
−4606
−1170#
−395
2520#
23
50
7
200#
15
320#
−4240#
−3670#
−6550
−6760
−10280#
−10360#
−13090#
∗
300#
200#
7
50
200#
260#
300#
Bk
Cf
Es
Fm
Md
No
Lr
Rf
97
98
99
100
101
102
103
104
10440#
10976
11641
12780
13870#
14590#
15350#
∗
360#
6
6
9
290#
200#
370#
∗
11925
10792
9363
7790#
6100#
4920#
3700#
23
11
5
210#
100#
300#
490#
5400#
6126
6739.16
7199
7700#
8421
8937
9550#
200#
4
0.05
3
210#
8
9
300#
1920#
−49
−2290#
−5120#
−7390#
−9330#
∗
∗
360#
7
210#
100#
300#
470#
∗
−7040#
−6810#
−3973
−3280#
360#
770#
3620#
300#
200#
6
210#
100#
300#
450#
−3180#
−6060
−5875
−9350#
−9650#
−12440#
∗
∗
360#
50
6
200#
210#
270#
534
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
S(n)
Q(4β − )
S(p)
Q(d,α )
Q(p,α )
Q(n,α )
A
Elt.
Z
254
Bk
Cf
Es
Fm
Md
No
Lr
Rf
97
98
99
100
101
102
103
104
4610#
6032
5093
6517
5860#
7810#
6910#
8540#
470#
12
4
4
230#
100#
400#
540#
∗
6880#
4598
5398.5
3120#
3870#
1910#
2660#
360#
7
2.9
100#
210#
350#
360#
880#
−3384
−7860#
−12420#
∗
∗
∗
∗
310#
21
340#
290#
16050#
13520#
16669
14320
17410#
14810#
17680#
15190#
420#
200#
6
50
100#
200#
340#
380#
12610#
10977
12721
11256
12390#
10560#
11800#
10290#
300#
16
6
6
100#
200#
380#
410#
∗
10340
12411
12416
14650#
14384
16470#
16050#
25
11
5
100#
19
390#
340#
255
Cf
Es
Fm
Md
No
Lr
Rf
Db
98
99
100
101
102
103
104
105
4600#
5974
5176
6740#
5942
7860#
7000#
∗
200#
12
5
100#
20
390#
340#
6870#
4541
5482
3350
3950#
1960#
2740#
570#
360#
16
6
7
100#
210#
380#
510#
−2050#
−5970#
−10600#
−15200#
∗
∗
∗
∗
200#
210#
180#
420#
14590#
15499
15496
16204
16260#
16300#
16420#
16960#
410#
12
5
7
210#
230#
280#
620#
11140#
12919
11370
12890
11090#
12040#
10420#
∗
280#
11
50
8
200#
210#
300#
11400#
11200#
13412
13200
15683
15070#
17160#
16850#
360#
200#
5
50
11
280#
180#
490#
256
Cf
Es
Fm
Md
No
Lr
Rf
Db
98
99
100
101
102
103
104
105
5840#
4970#
6384
5300
7101
6260#
8230#
7390#
360#
100#
7
50
13
300#
180#
510#
∗
4910#
5892
3470
4308
2270#
3110#
970#
220#
12
50
10
220#
210#
340#
−790#
−4690#
−8750
−13100#
∗
∗
∗
∗
300#
240#
25
300#
13360#
16560#
14205
17420
15020#
17860#
15100#
18110#
420#
100#
8
50
100#
220#
340#
410#
10970#
12750#
11336
13130
11390#
12270#
10410#
11790#
470#
100#
7
50
210#
240#
230#
540#
∗
11900#
11831
14250
14121
16220#
15420#
17680#
370#
6
50
8
300#
100#
370#
257
Es
Fm
Md
No
Lr
Rf
Db
99
100
101
102
103
104
105
5850#
4968
6690
5655
7210#
6370#
8450#
420#
6
50
23
300#
110#
370#
4920#
5890#
3779
4660
2380#
3230#
1180#
510#
100#
7
60
210#
240#
230#
−3330#
−7350#
−11350#
∗
∗
∗
∗
460#
100#
230#
15310#
15211
15908
16108
16590#
16590#
16660#
460#
12
5
23
210#
230#
290#
12930#
11462
12956
11590#
12880#
10950#
11890#
410#
7
3
100#
210#
350#
360#
10660#
12895
12651
14983
14870#
16860#
16140#
510#
12
4
22
230#
100#
400#
258
Es
Fm
Md
No
Lr
Rf
Db
Sg
99
100
101
102
103
104
105
106
4770#
6240#
5379
6830#
5970#
7610#
6670#
∗
510#
200#
5
200#
230#
230#
410#
∗
6270#
4190
4810#
2690#
3630#
1480#
2220#
460#
7
200#
100#
290#
360#
470#
−2140#
−5970#
−10060#
−13940#
∗
∗
∗
∗
320#
280#
340#
460#
16370#
13950#
16913
14570#
17730#
15240#
18220#
15410#
420#
220#
8
210#
100#
300#
340#
510#
12760#
11200#
12753
11500#
12850#
11210#
12210#
10240#
360#
200#
6
200#
100#
290#
390#
590#
∗
11260#
13246
13330#
15640#
15190#
17340#
16670#
280#
12
200#
100#
200#
400#
450#
259
Fm
Md
No
Lr
Rf
Db
Sg
100
101
102
103
104
105
106
4790#
6140#
5440#
7060#
6070#
7720#
6830#
350#
200#
220#
120#
210#
400#
450#
6290#
4090#
4870#
2920#
3730#
1590#
2380#
410#
280#
100#
210#
130#
290#
390#
−4700#
−8480#
−12550#
∗
∗
∗
∗
290#
290#
200#
15010#
15750#
15820#
16320#
16380#
16880#
17030#
500#
200#
100#
70#
220#
240#
290#
11380#
13000#
11360#
12890#
11390#
12730#
10800#
300#
200#
110#
70#
230#
210#
340#
12310#
12080#
14270#
13880#
16220#
15880#
18070#
410#
220#
100#
90#
70#
310#
180#
260
Fm
Md
No
Lr
Rf
Db
Sg
Bh
100
101
102
103
104
105
106
107
6130#
5140#
6570#
5650#
7320#
6500#
8140#
∗
570#
370#
220#
140#
210#
310#
180#
∗
4440#
5300#
3120#
3990#
2010#
2810#
330#
420#
280#
150#
210#
240#
220#
610#
−3510#
−7130#
−10970#
−15340#
∗
∗
∗
∗
540#
390#
200#
590#
13650#
16840#
14630#
17510#
15020#
17990#
15550#
18910#
580#
370#
200#
230#
230#
310#
350#
710#
11100#
12830#
11480#
12900#
11280#
12610#
11110#
∗
650#
320#
200#
120#
290#
250#
230#
∗
12790#
12670#
14930#
14560#
16590#
16300#
18920#
520#
200#
120#
200#
310#
110#
620#
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
Q(2β − )
Q(α )
Elt.
Z
254
Bk
Cf
Es
Fm
Md
No
Lr
Rf
97
98
99
100
101
102
103
104
10280#
10836
11440
12056
13260#
14299
15130#
∗
360#
11
50
6
220#
22
420#
∗
12290#
11120#
9708
8360#
6671
5360#
4140#
300#
200#
5
110#
18
390#
290#
∗
5927
6615.7
7307.5
7860#
8226
8790#
9380#
5
1.5
1.9
140#
13
150#
200#
2400#
437
−1520#
−3820
−6330#
−8600#
∗
∗
300#
12
100#
18
350#
290#
∗
∗
−6230#
−5686
−2790#
−1914
1260#
1570#
Cf
Es
Fm
Md
No
Lr
Rf
Db
98
99
100
101
102
103
104
105
10640#
11067
11693
12600#
13760#
14770#
15540#
∗
200#
11
6
210#
100#
310#
490#
∗
11420#
10080
8749
7074
5820#
4650#
3230#
360#
6
7
11
290#
200#
480#
5740#
6436.3
7239.7
7905.9
8442
8610#
9058
9720#
200#
1.3
1.8
2.6
6
30#
9
300#
1010#
−754
−3054
−5210#
−7540#
−9980#
∗
∗
200#
13
11
210#
180#
470#
∗
−7590#
−4830
−4438
−1340
−750#
2380#
2910#
Cf
Es
Fm
Md
No
Lr
Rf
Db
98
99
100
101
102
103
104
105
10450#
10950#
11561
12040#
13043
14120#
15230#
∗
300#
100#
7
110#
19
400#
290#
∗
11790#
10433
8950
7658
6220#
5067
3710#
310#
12
50
8
240#
30
450#
5560#
6230#
7027
7897
8581
8820#
8930
9460#
420#
220#
5
16
5
100#
20
150#
1550#
−430#
−2338
−4260#
−6412
−8850#
∗
∗
300#
110#
10
230#
25
370#
Es
Fm
Md
No
Lr
Rf
Db
99
100
101
102
103
104
105
10830#
11352
11989
12756
13470#
14610#
15840#
410#
6
7
24
290#
200#
480#
∗
10800#
9671
8137
6690#
5500#
4290#
200#
11
22
210#
100#
310#
6050#
6863.5
7557.6
8466
9010#
9044
9230
200#
1.4
1.0
21
30#
15
15
410#
−1651
−3740#
−5690#
−7610#
∗
∗
Es
Fm
Md
No
Lr
Rf
Db
Sg
99
100
101
102
103
104
105
106
10630#
11200#
12070
12490#
13180#
13980#
15120#
∗
310#
200#
50
200#
240#
200#
450#
∗
11190#
10080#
8590#
7350#
6000#
4700#
3400#
360#
100#
200#
120#
200#
410#
420#
5880#
6660#
7271.3
8150#
8900
9250#
9480#
9670#
420#
200#
1.9
200#
20
200#
70#
300#
Fm
Md
No
Lr
Rf
Db
Sg
100
101
102
103
104
105
106
11030#
11520#
12270#
13030#
13680#
14380#
∗
280#
200#
100#
220#
130#
310#
∗
10360#
9060#
7720#
6420#
5210#
3860#
460#
100#
70#
80#
300#
210#
6470#
7110#
7890#
8580#
9120#
9620
9830
Fm
Md
No
Lr
Rf
Db
Sg
Bh
100
101
102
103
104
105
106
107
10930#
11280#
12010#
12710#
13390#
14220#
14970#
∗
540#
320#
280#
150#
280#
410#
420#
∗
10730#
9390#
7990#
6910#
5740#
4390#
2710#
440#
280#
120#
280#
250#
200#
670#
6180#
6940#
7700#
8240#
8900#
9380
9920
10470#
256
257
258
259
260
S(2p)
Q(β − n)
Q(ε p)
A
255
S(2n)
535
360#
6
100#
18
390#
300#
−2980#
−5744
−5429
−8470#
−9020#
−12030#
−12020#
∗
300#
12
5
210#
140#
230#
560#
300#
12
7
10
230#
180#
540#
−5250#
−4887
−7790#
−7953
−11060#
−11330#
∗
∗
200#
11
100#
19
340#
350#
∗
∗
−6610#
−3760
−3264
−260#
93
3370#
200#
50
9
220#
26
360#
−5120#
−4680#
−7428
−7310
−10310#
−10600#
−13880#
∗
300#
100#
9
50
210#
280#
420#
410#
22
210#
110#
310#
∗
−5740#
−5480#
−2535
−2170#
820#
1180#
300#
100#
23
210#
100#
320#
−4150#
−7100
−6899
−9700#
−9570#
−12860#
∗
410#
50
8
220#
210#
310#
1010#
−1050#
−3150#
−4920#
−6910#
−9020#
∗
∗
300#
280#
100#
280#
360#
460#
∗
∗
−5000#
−4400#
−1450#
−1130#
1720#
2190#
410#
200#
100#
200#
400#
430#
−3960#
−6640#
−6624
−9330#
−9170#
−12010#
∗
∗
300#
200#
22
290#
150#
300#
200#
200#
100#
70#
70#
50
30
−410#
−2230#
−4290#
−6250#
−8260#
∗
∗
300#
210#
120#
220#
190#
∗
−6370#
−3610#
−3130#
−370#
−30#
2970#
360#
220#
70#
210#
240#
270#
−6060#
−5930#
−8800#
−8620#
−11420#
−11390#
∗
280#
280#
140#
210#
350#
470#
400#
300#
200#
100#
200#
70
30
500#
30#
−1730#
−3540#
−5400#
−7440#
−9940#
∗
∗
540#
340#
280#
260#
200#
620#
∗
∗
−5380#
−2640#
−2250#
540#
900#
4220#
350#
230#
220#
240#
80#
620#
−6050#
−5630#
−8310#
−8200#
−11020#
−11050#
∗
∗
540#
330#
210#
140#
290#
290#
536
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
S(n)
Q(4β − )
S(p)
Q(d,α )
Q(p,α )
Q(n,α )
A
Elt.
Z
261
Md
No
Lr
Rf
Db
Sg
Bh
101
102
103
104
105
106
107
6140#
5180#
6790#
5910#
7370#
6490#
8360#
720#
360#
230#
200#
330#
130#
620#
4450#
5340#
3340#
4250#
2060#
2800#
540#
820#
440#
280#
120#
310#
260#
230#
−5900#
−9660#
−13770#
∗
∗
∗
∗
690#
330#
310#
15490#
15590#
16160#
16180#
16690#
16770#
17380#
710#
360#
220#
80#
240#
250#
290#
12920#
11680#
12950#
11340#
12840#
11280#
12780#
680#
300#
280#
110#
310#
370#
470#
11420#
13730#
13520#
15480#
15190#
17410#
17230#
710#
360#
200#
200#
250#
240#
410#
262
Md
No
Lr
Rf
Db
Sg
Bh
101
102
103
104
105
106
107
5140#
6630#
5510#
6990#
6180#
7810#
6930#
870#
540#
280#
280#
290#
310#
410#
∗
5820#
3670#
4460#
2340#
3240#
980#
790#
360#
350#
180#
370#
370#
−4860#
−8470#
−12350#
∗
∗
∗
∗
610#
530#
400#
16470#
14110#
17220#
14830#
17830#
15460#
18600#
770#
550#
280#
310#
270#
370#
350#
12570#
11190#
12880#
11410#
12730#
11190#
12680#
650#
490#
220#
290#
200#
350#
390#
∗
11890#
14150#
13930#
16060#
15670#
18020#
530#
280#
300#
200#
290#
410#
263
No
Lr
Rf
Db
Sg
Bh
Hs
102
103
104
105
106
107
108
5040#
6530#
5630#
7230#
6280#
7940#
∗
660#
410#
340#
250#
310#
500#
5720#
3570#
4580#
2570#
3340#
1110#
2010#
760#
580#
270#
330#
220#
460#
490#
−7240#
−10940#
−14910#
∗
∗
∗
∗
510#
520#
390#
15210#
15880#
15990#
16510#
16550#
17160#
17130#
810#
470#
270#
170#
260#
390#
420#
11290#
12920#
11430#
12830#
11410#
12890#
11000#
580#
410#
220#
260#
260#
370#
680#
12980#
12760#
14870#
14480#
16710#
16580#
18810#
700#
480#
270#
200#
240#
430#
350#
264
No
Lr
Rf
Db
Sg
Bh
Hs
102
103
104
105
106
107
108
6400#
5510#
6730#
5820#
7500#
6610#
8220#
810#
570#
480#
290#
310#
460#
350#
∗
4040#
4780#
2770#
3620#
1440#
2300#
660#
580#
290#
330#
300#
370#
−6140#
−9840#
−13420#
∗
∗
∗
∗
700#
520#
450#
13950#
16990#
14760#
17680#
15230#
18350#
15840#
870#
630#
490#
370#
340#
400#
350#
11030#
12590#
11480#
12910#
11270#
12770#
11130#
910#
530#
490#
230#
370#
300#
230#
∗
13390#
13320#
15450#
15120#
17340#
17080#
780#
540#
310#
280#
360#
130#
265
Lr
Rf
Db
Sg
Bh
Hs
Mt
103
104
105
106
107
108
109
6390#
5540#
6960#
6040#
7570#
6500#
∗
840#
620#
370#
290#
470#
140#
4030#
4810#
2990#
3830#
1500#
2180#
60#
960#
610#
530#
240#
470#
310#
460#
−8670#
−12460#
−16350#
∗
∗
∗
∗
810#
450#
540#
15640#
15750#
16350#
16420#
17070#
17280#
17780#
870#
560#
340#
180#
400#
390#
580#
12820#
11450#
12950#
11410#
13010#
11560#
∗
840#
470#
400#
190#
470#
370#
12140#
14410#
14000#
16070#
15950#
18400#
18000#
920#
620#
350#
290#
420#
310#
580#
266
Lr
Rf
Db
Sg
Bh
Hs
Mt
103
104
105
106
107
108
109
4840#
6910#
5810#
7190#
6400#
8060#
7000#
970#
690#
460#
290#
430#
320#
580#
∗
5320#
3260#
4060#
1860#
2680#
570#
890#
560#
400#
210#
470#
370#
−7110#
−11310#
−15160#
∗
∗
∗
∗
690#
610#
500#
17190#
14360#
17270#
15050#
18170#
15830#
19010#
920#
690#
580#
370#
350#
400#
350#
13020#
11070#
12770#
11460#
12890#
11440#
13010#
820#
650#
400#
330#
240#
460#
490#
∗
12540#
14720#
14510#
16780#
16620#
18930#
730#
510#
340#
260#
310#
500#
267
Rf
Db
Sg
Bh
Hs
Mt
Ea
104
105
106
107
108
109
110
4740#
6820#
5870#
7410#
6500#
8060#
∗
790#
590#
390#
330#
300#
640#
5220#
3170#
4130#
2090#
2770#
570#
730#
870#
710#
450#
390#
230#
610#
500#
−9560#
−13910#
−18550#
∗
∗
∗
∗
580#
720#
460#
16010#
16000#
16140#
16800#
16900#
17440#
18340#
920#
630#
390#
270#
390#
560#
590#
11840#
12680#
11410#
12990#
11560#
13170#
∗
720#
650#
360#
390#
300#
550#
14200#
13410#
15370#
15190#
17620#
17480#
20500#
860#
640#
520#
350#
300#
610#
370#
268
Rf
Db
Sg
Bh
Hs
Mt
Ea
104
105
106
107
108
109
110
6100#
5210#
6970#
6110#
7720#
6750#
8580#
910#
710#
600#
460#
430#
630#
620#
∗
3640#
4280#
2330#
3090#
830#
1250#
780#
710#
470#
490#
330#
740#
−7940#
−12370#
−16940#
∗
∗
∗
∗
820#
620#
740#
14750#
17690#
14970#
17870#
15570#
18750#
16760#
960#
760#
650#
470#
460#
420#
610#
12130#
13010#
11390#
12910#
11400#
12920#
11980#
1000#
680#
610#
380#
560#
340#
680#
∗
14590#
13940#
16040#
15940#
18300#
18420#
890#
690#
470#
420#
490#
520#
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
Q(2β − )
Q(α )
Elt.
Z
261
Md
No
Lr
Rf
Db
Sg
Bh
101
102
103
104
105
106
107
11290#
11750#
12430#
13230#
13870#
14640#
∗
680#
320#
210#
80#
310#
220#
∗
9780#
8640#
7370#
6050#
4820#
3350#
410#
280#
100#
240#
140#
310#
6650#
7490#
8140#
8650
9220#
9800#
10560
500#
300#
200#
19
100#
70#
50
−1080#
−2810#
−4820#
−6850#
−8950#
∗
∗
680#
300#
310#
130#
330#
∗
−4430#
−4280#
−1590#
−1190#
1720#
2370#
Md
No
Lr
Rf
Db
Sg
Bh
101
102
103
104
105
106
107
11290#
11800#
12300#
12900#
13550#
14300#
15280#
660#
490#
230#
350#
290#
290#
670#
∗
10270#
9010#
7800#
6590#
5300#
3780#
670#
370#
350#
220#
350#
420#
6280#
7100#
8010#
8490#
9010#
9600#
10300
500#
400#
200#
200#
150#
200#
25
−720#
−2440#
−4150#
−6030#
−8200#
∗
∗
620#
530#
270#
400#
390#
No
Lr
Rf
Db
Sg
Bh
Hs
102
103
104
105
106
107
108
11670#
12040#
12620#
13410#
14090#
14870#
∗
580#
410#
190#
290#
180#
430#
∗
9390#
8250#
7030#
5680#
4350#
2990#
740#
350#
260#
130#
430#
370#
6850#
7620#
8300#
8830#
9390#
10080#
10670#
400#
300#
150#
150#
100#
300#
300#
−1860#
−3440#
−5380#
−7500#
−9540#
∗
∗
No
Lr
Rf
Db
Sg
Bh
Hs
102
103
104
105
106
107
108
11450#
12040#
12360#
13050#
13780#
14550#
∗
780#
480#
530#
290#
400#
440#
∗
9760#
8350#
7340#
6190#
4780#
3400#
730#
630#
310#
400#
330#
290#
6580#
7250#
8140#
8660#
9210#
9970#
10591
400#
300#
400#
200#
200#
150#
20
Lr
Rf
Db
Sg
Bh
Hs
Mt
103
104
105
106
107
108
109
11910#
12270#
12780#
13540#
14180#
14720#
∗
800#
460#
330#
140#
530#
370#
∗
8850#
7770#
6600#
5120#
3620#
2360#
650#
460#
190#
410#
180#
590#
7000#
7780#
8490#
9080
9770#
10590
11070#
Lr
Rf
Db
Sg
Bh
Hs
Mt
103
104
105
106
107
108
109
11240#
12440#
12770#
13220#
13960#
14560#
∗
790#
700#
430#
400#
340#
290#
∗
9350#
8070#
7050#
5690#
4180#
2750#
840#
570#
530#
310#
400#
440#
Rf
Db
Sg
Bh
Hs
Mt
Ea
104
105
106
107
108
109
110
11650#
12630#
13060#
13810#
14560#
15070#
∗
710#
550#
280#
460#
170#
710#
∗
8490#
7390#
6150#
4640#
3250#
1300#
Rf
Db
Sg
Bh
Hs
Mt
Ea
104
105
106
107
108
109
110
10850#
12030#
12850#
13520#
14220#
14810#
∗
890#
640#
610#
430#
500#
470#
∗
8860#
7450#
6450#
5170#
3600#
1820#
263
264
265
266
267
268
S(2p)
Q(β − n)
Q(ε p)
A
262
S(2n)
537
580#
370#
200#
260#
240#
330#
−5200#
−7840#
−7660#
−10430#
−10280#
−13520#
∗
680#
320#
280#
230#
230#
590#
∗
∗
−3640#
−3400#
−580#
−180#
2810#
680#
410#
270#
290#
420#
−5170#
−7680#
−7260#
−10060#
−9960#
−12980#
∗
660#
490#
200#
370#
220#
370#
520#
400#
220#
400#
370#
∗
−5030#
−2400#
−2300#
530#
1050#
4040#
690#
480#
260#
310#
410#
450#
−7220#
−6800#
−9500#
−9390#
−12330#
∗
∗
530#
460#
260#
330#
370#
−1530#
−3140#
−4610#
−6710#
−8820#
∗
∗
780#
490#
530#
360#
290#
∗
∗
−4090#
−1600#
−1340#
1670#
2090#
660#
430#
340#
320#
130#
−7090#
−6680#
−9010#
−8930#
−11890#
−11760#
∗
730#
470#
480#
260#
460#
450#
300#
300#
200#
50
300#
50
400#
−2570#
−4110#
−6100#
−8360#
−10250#
∗
∗
770#
430#
470#
150#
600#
∗
−3230#
−3040#
−650#
−80#
3100#
3470#
770#
520#
450#
440#
310#
540#
−6340#
−8720#
−8380#
−11320#
−11100#
∗
∗
840#
480#
400#
280#
380#
7300#
7500#
8190#
8880
9550#
10336
10996
300#
300#
300#
30
90#
20
25
−1610#
−3830#
−5510#
−7480#
−9650#
∗
∗
750#
610#
410#
400#
400#
∗
∗
−2450#
−2300#
480#
1080#
4030#
800#
510#
350#
290#
510#
−5650#
−8670#
−8150#
−10940#
−11000#
−13710#
∗
780#
610#
370#
470#
240#
540#
850#
500#
390#
120#
660#
390#
7800#
7900#
8640#
9370#
10120#
10870#
12280#
300#
300#
200#
200#
70#
400#
110#
−2700#
−4910#
−6860#
−9000#
−11690#
∗
∗
640#
540#
290#
600#
380#
∗
−4430#
−1260#
−1120#
1770#
2370#
5980#
810#
600#
450#
300#
580#
460#
−7610#
−7780#
−10420#
−10350#
−13200#
∗
∗
680#
550#
340#
390#
360#
840#
760#
520#
500#
370#
580#
8100#
8200#
8400#
9080#
9900#
10730#
11920#
300#
300#
300#
300#
300#
150#
500#
−1830#
−4020#
−6110#
−8360#
−10840#
∗
∗
890#
650#
680#
490#
650#
∗
∗
−3490#
−420#
−80#
3030#
3890#
790#
600#
490#
410#
510#
−6890#
−7120#
−9980#
−9970#
−12860#
−13300#
∗
850#
590#
600#
390#
680#
480#
538
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
Q(p,α )
Q(n,α )
Z
269
Db
Sg
Bh
Hs
Mt
Ea
105
106
107
108
109
110
6190#
5140#
7200#
6310#
7770#
6830#
940#
850#
560#
430#
640#
520#
3730#
4210#
2550#
3280#
870#
1330#
1050#
840#
680#
400#
690#
340#
−10800#
−15250#
∗
∗
∗
∗
950#
670#
16240#
16650#
16550#
16680#
17480#
17990#
960#
810#
490#
290#
560#
560#
13720#
12060#
12900#
11490#
13210#
12150#
940#
750#
500#
230#
620#
370#
13240#
15710#
14650#
16820#
16930#
19640#
1010#
850#
550#
310#
590#
320#
270
Db
Sg
Bh
Hs
Mt
Ea
105
106
107
108
109
110
5040#
6610#
5350#
7520#
6580#
8450#
1060#
900#
630#
310#
770#
320#
∗
4620#
2760#
3600#
1140#
2010#
990#
810#
500#
550#
620#
−9260#
−13410#
∗
∗
∗
∗
900#
680#
17290#
15260#
18170#
15270#
18620#
16290#
1010#
810#
710#
470#
680#
430#
13420#
12270#
13430#
11390#
13120#
11770#
920#
780#
540#
390#
550#
620#
∗
13840#
16120#
15170#
17760#
17690#
840#
660#
390#
600#
310#
271
Sg
Bh
Hs
Mt
Ea
106
107
108
109
110
5140#
6620#
5270#
7620#
6820#
900#
730#
440#
780#
310#
4720#
2770#
3530#
1250#
2250#
970#
830#
580#
630#
550#
−11730#
∗
∗
∗
∗
660#
16310#
16700#
17200#
17310#
17240#
1010#
860#
530#
580#
560#
12340#
13780#
12230#
13230#
11700#
840#
780#
510#
700#
330#
14800#
14710#
16870#
16250#
18590#
960#
770#
640#
680#
430#
272
Sg
Bh
Hs
Mt
Ea
Eb
106
107
108
109
110
111
6500#
5410#
6770#
5650#
7830#
∗
1000#
830#
670#
740#
660#
∗
3040#
3680#
1630#
2470#
250#
890#
800#
590#
860#
350#
−10400#
−14520#
∗
∗
∗
∗
1000#
690#
14850#
17890#
15770#
19180#
15980#
19000#
1050#
870#
740#
560#
840#
440#
12030#
13510#
12650#
13880#
11630#
12770#
1090#
890#
710#
500#
850#
360#
∗
15490#
15240#
17800#
17070#
19210#
980#
870#
640#
660#
640#
Sg
Bh
Hs
Mt
Ea
Eb
106
107
108
109
110
111
5220#
6590#
5340#
6980#
5700#
8010#
1010#
1030#
1010#
700#
660#
690#
∗
3130#
3610#
1830#
2520#
430#
1130#
1030#
770#
500#
890#
−9910#
−13100#
∗
∗
∗
∗
670#
1030#
∗
16440#
17050#
17470#
17910#
17810#
1050#
1000#
610#
580#
610#
11860#
13520#
12660#
14420#
12510#
13210#
980#
1030#
950#
590#
550#
670#
∗
13940#
16510#
16170#
18890#
17780#
1100#
1030#
690#
310#
810#
Bh
Hs
Mt
Ea
Eb
107
108
109
110
111
5440#
7010#
5670#
7490#
6180#
1140#
1050#
760#
510#
860#
3360#
4020#
2160#
3020#
910#
1020#
1050#
1000#
710#
630#
−12360#
∗
∗
∗
∗
1000#
17490#
15460#
18570#
16070#
19460#
1090#
890#
800#
690#
900#
13220#
12270#
14030#
12650#
13850#
1010#
860#
650#
750#
630#
∗
14640#
17120#
16670#
19220#
920#
790#
600#
840#
Bh
Hs
Mt
Ea
Eb
107
108
109
110
111
6390#
5440#
7000#
5570#
7670#
1020#
960#
810#
670#
930#
∗
4020#
2150#
2930#
1100#
−11080#
∗
∗
∗
∗
950#
1060#
880#
720#
850#
16330#
16610#
16920#
17480#
17490#
930#
1100#
1020#
680#
700#
13330#
12240#
13800#
12730#
14020#
1010#
940#
830#
660#
950#
∗
15700#
15530#
17870#
17200#
1050#
850#
730#
840#
276
Hs
Mt
Ea
Eb
108
109
110
111
6900#
5730#
7270#
5880#
1090#
900#
760#
930#
4530#
2440#
3200#
1410#
1050#
990#
850#
770#
15150#
18190#
15870#
19100#
1140#
940#
830#
800#
11930#
13410#
12430#
13840#
1170#
1070#
790#
640#
14020#
16390#
15940#
18300#
1060#
1070#
1030#
810#
277
Hs
Mt
Ea
Eb
Ec
108
109
110
111
112
5620#
6890#
5640#
7120#
∗
1100#
1110#
1140#
880#
∗
2430#
3110#
1250#
2210#
1210#
1180#
870#
640#
15920#
16740#
17230#
17550#
17980#
980#
1140#
1130#
770#
700#
11760#
13520#
12460#
14200#
12530#
1070#
1100#
1110#
790#
630#
∗
14940#
17310#
16850#
19110#
1180#
1160#
830#
510#
Mt
Ea
Eb
Ec
109
110
111
112
5840#
7310#
6130#
7730#
1220#
1180#
890#
550#
2660#
3520#
1740#
2820#
1110#
1110#
1150#
820#
17790#
15660#
18690#
16130#
1170#
960#
880#
820#
13120#
12150#
13650#
12480#
1100#
900#
780#
870#
15490#
15440#
17720#
16950#
1060#
990#
870#
700#
274
275
278
S(p)
Q(d,α )
Elt.
273
S(n)
Q(4β − )
A
∗
∗
∗
∗
−13140#
∗
∗
∗
∗
∗
∗
∗
∗
740#
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
Q(2β − )
Z
269
Db
Sg
Bh
Hs
Mt
Ea
105
106
107
108
109
110
11410#
12110#
13310#
14030#
14520#
15410#
910#
710#
490#
160#
770#
390#
∗
7850#
6830#
5610#
3960#
2160#
870#
630#
300#
610#
170#
8400#
8800#
8840#
9630#
10530#
11580
300#
500#
300#
100#
400#
70
−3010#
−4940#
−7790#
−10310#
∗
∗
880#
670#
690#
180#
∗
−2530#
−2400#
580#
1370#
4790#
Db
Sg
Bh
Hs
Mt
Ea
105
106
107
108
109
110
11240#
11740#
12550#
13830#
14350#
15280#
890#
820#
600#
500#
620#
580#
∗
8350#
6970#
6150#
4420#
2880#
940#
710#
610#
660#
500#
8200#
9100#
9300#
9300
10350#
11200
300#
300#
300#
30
500#
50
−2710#
−4030#
−6560#
−9380#
∗
∗
860#
680#
720#
410#
Sg
Bh
Hs
Mt
Ea
106
107
108
109
110
11750#
11970#
12790#
14200#
15270#
920#
690#
360#
790#
170#
∗
7390#
6290#
4850#
3400#
950#
740#
700#
160#
8700#
9500#
9900#
10140#
10870
300#
300#
200#
500#
20
−3900#
−5550#
−7830#
∗
∗
Sg
Bh
Hs
Mt
Ea
Eb
106
107
108
109
110
111
11650#
12030#
12040#
13270#
14660#
∗
980#
770#
640#
720#
710#
∗
7760#
6450#
5150#
3710#
2510#
940#
840#
670#
710#
630#
8300#
9300#
10100#
10600#
10760#
11440#
300#
300#
200#
300#
500#
100#
Sg
Bh
Hs
Mt
Ea
Eb
106
107
108
109
110
111
11720#
12010#
12110#
12630#
13530#
∗
930#
1000#
890#
760#
170#
∗
∗
6650#
5510#
4140#
2900#
1050#
760#
360#
830#
∗
8900#
9900#
10820#
11370
11200#
Bh
Hs
Mt
Ea
Eb
107
108
109
110
111
12040#
12340#
12650#
13190#
14190#
990#
870#
740#
810#
700#
∗
7150#
5770#
4850#
3420#
1000#
830#
760#
780#
Bh
Hs
Mt
Ea
Eb
107
108
109
110
111
11830#
12450#
12670#
13060#
13850#
1060#
1090#
780#
470#
920#
∗
7380#
6170#
5090#
4120#
Hs
Mt
Ea
Eb
108
109
110
111
12350#
12730#
12840#
13550#
1050#
880#
780#
880#
Hs
Mt
Ea
Eb
Ec
108
109
110
111
112
12520#
12630#
12910#
13000#
∗
Mt
Ea
Eb
Ec
109
110
111
112
12740#
12940#
13250#
∗
272
273
274
275
276
277
278
Q(β − n)
Q(ε p)
Elt.
271
S(2p)
Q(α )
A
270
S(2n)
539
960#
670#
550#
670#
430#
−6340#
−9000#
−9440#
−12420#
−12490#
∗
940#
760#
580#
340#
750#
∗
∗
−1550#
−1800#
1990#
2640#
910#
720#
680#
310#
−6250#
−8410#
−8480#
−12170#
−12230#
∗
970#
740#
480#
620#
560#
730#
790#
350#
∗
−3130#
−460#
−280#
3340#
910#
700#
730#
310#
−8210#
−7580#
−10870#
−11410#
∗
800#
630#
640#
630#
−3630#
−5320#
−6770#
−9200#
∗
∗
960#
780#
870#
590#
∗
∗
−2090#
680#
780#
4330#
870#
740#
730#
660#
−8090#
−7720#
−10020#
−10240#
∗
∗
950#
700#
810#
490#
300#
500#
300#
50
250#
−3510#
−4930#
−6410#
−8170#
∗
∗
1060#
970#
830#
790#
∗
∗
−930#
−880#
1850#
1970#
1130#
790#
590#
770#
−7900#
−7540#
−9700#
−9380#
−12500#
∗
900#
1010#
960#
830#
360#
8500#
9500#
10500#
11400#
11600#
300#
200#
300#
400#
300#
−4710#
−5930#
−7660#
∗
∗
960#
810#
830#
∗
−2720#
50#
−300#
2770#
930#
1000#
960#
800#
−7650#
−9730#
−9350#
−11970#
∗
1140#
830#
570#
780#
970#
1020#
940#
860#
∗
9200#
10120#
11100#
11550#
300#
200#
300#
400#
−4100#
−5800#
−6980#
∗
∗
880#
850#
910#
∗
∗
−1510#
1140#
770#
980#
790#
890#
−7030#
−9510#
−8860#
−11370#
∗
920#
910#
770#
760#
∗
6460#
5350#
4330#
1030#
890#
840#
8800#
9800#
10600#
11320#
300#
300#
200#
400#
−5430#
−6840#
∗
∗
1020#
920#
∗
−860#
−690#
1880#
940#
940#
860#
−9410#
−9020#
−10970#
∗
1010#
810#
920#
1020#
1060#
1070#
930#
∗
6970#
5550#
4450#
3620#
1100#
1200#
860#
470#
8400#
9500#
10300#
11180#
11620
300#
300#
500#
350#
30
−5410#
−6610#
−7730#
∗
∗
1210#
1080#
970#
∗
∗
570#
500#
2870#
1270#
920#
620#
−9300#
−8640#
−10720#
∗
∗
990#
1070#
1150#
1080#
910#
890#
∗
5950#
4850#
4070#
1070#
930#
810#
9100#
10000#
10720#
11380#
300#
200#
300#
200#
−6330#
−7310#
∗
∗
1050#
860#
∗
−1120#
1270#
780#
990#
1090#
1100#
−8850#
−10910#
−10250#
∗
1280#
920#
650#
540
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
S(n)
Q(4β − )
Q(p,α )
Q(n,α )
Elt.
Z
279
Mt
Ea
Eb
Ec
109
110
111
112
6790#
5840#
7270#
5990#
1100#
1010#
920#
730#
∗
3520#
1700#
2690#
1120#
950#
800#
∗
∗
∗
∗
16630#
16710#
17070#
17260#
1020#
1150#
1170#
790#
13230#
12040#
13650#
12370#
1090#
1010#
900#
800#
∗
16500#
16180#
18230#
1110#
950#
780#
280
Ea
Eb
Ec
110
111
112
7200#
6200#
7610#
1130#
1000#
810#
3930#
2060#
3030#
1110#
1050#
920#
∗
∗
∗
15350#
18170#
15770#
1190#
1010#
900#
11730#
13090#
11870#
1220#
1220#
890#
14920#
16870#
16260#
1120#
1150#
1160#
281
Ea
Eb
Ec
110
111
112
5960#
7230#
5980#
1120#
1190#
1180#
∗
2090#
2810#
1260#
1230#
∗
∗
∗
16180#
16780#
17060#
1020#
1190#
1190#
11620#
13160#
12020#
1110#
1150#
1170#
∗
15480#
17590#
1250#
1200#
282
Eb
Ec
111
112
6100#
7630#
1290#
1210#
2240#
3200#
1150#
1170#
∗
∗
17870#
15640#
1230#
1030#
12900#
11660#
1160#
970#
16170#
15800#
1140#
1030#
283
Eb
Ec
Ed
111
112
113
7210#
6180#
∗
1180#
1040#
∗
3280#
1060#
1170#
1020#
∗
∗
∗
16630#
16690#
17390#
1070#
1210#
1230#
12890#
11680#
13630#
1150#
1070#
970#
∗
16820#
16800#
1140#
1040#
284
Ec
Ed
112
113
7520#
6550#
1150#
1080#
3590#
1430#
1150#
1110#
∗
∗
15270#
18460#
1230#
1070#
11400#
13060#
1260#
1270#
15260#
17480#
1120#
1230#
285
Ec
Ed
Ee
112
113
114
6470#
7460#
∗
1120#
1260#
∗
1380#
2060#
1300#
1300#
∗
∗
∗
16010#
17180#
17460#
1070#
1250#
1260#
11030#
13220#
∗
1150#
1210#
∗
16120#
18630#
1320#
1250#
286
Ed
Ee
113
114
6440#
7930#
1360#
1290#
1350#
2520#
1190#
1250#
∗
∗
18250#
16090#
1270#
1110#
12960#
11760#
1210#
1060#
16890#
16880#
1220#
1090#
287
Ed
Ee
Ef
113
114
115
7550#
6450#
∗
1260#
1090#
∗
2520#
460#
1210#
1100#
∗
∗
∗
17180#
17110#
17690#
1110#
1250#
1300#
12930#
11870#
∗
1190#
1110#
∗
17960#
17850#
1150#
1120#
288
Ee
Ef
114
115
7990#
6850#
1150#
1160#
2960#
870#
1190#
1150#
∗
∗
15560#
18760#
1270#
1150#
11340#
13060#
1300#
1340#
16440#
18460#
1120#
1300#
289
Ee
Ef
Eg
114
115
116
6590#
7860#
∗
1120#
1330#
∗
740#
1360#
1330#
1380#
∗
∗
∗
16520#
17340#
17860#
1110#
1280#
1340#
11200#
13120#
∗
1190#
1280#
∗
17040#
19630#
1390#
1330#
290
Ef
Eg
115
116
6740#
8330#
1420#
1380#
900#
1820#
1230#
1330#
∗
∗
18590#
16390#
1300#
1200#
12820#
11760#
1250#
1150#
17850#
17750#
1290#
1140#
291
Ef
Eg
Eh
115
116
117
7850#
6750#
∗
1320#
1200#
∗
1820#
−140#
1300#
1220#
∗
∗
∗
17330#
17510#
17890#
1150#
1330#
1400#
12960#
11870#
∗
1230#
1200#
∗
18990#
18750#
1200#
1230#
292
Eg
Eh
116
117
8280#
7150#
1200#
1290#
2260#
270#
1230#
1270#
∗
∗
15970#
19060#
1300#
1270#
11450#
12960#
1330#
1440#
17300#
19460#
1120#
1390#
293
Ei
118
660#
1520#
∗
18260#
1490#
20630#
1470#
∗
S(p)
Q(d,α )
A
∗
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
Q(2β − )
Q(ε p)
Elt.
Z
279
Mt
Ea
Eb
Ec
109
110
111
112
12630#
13150#
13400#
13720#
1140#
1220#
910#
510#
∗
6180#
5220#
4430#
1040#
1100#
1080#
8700#
9600#
10450#
10960#
300#
200#
300#
200#
−5850#
−7160#
∗
∗
980#
890#
Ea
Eb
Ec
110
111
112
13050#
13470#
13600#
1090#
980#
830#
∗
5580#
4730#
9300#
9980#
10620#
200#
300#
200#
−6750#
∗
∗
1060#
1120#
930#
Ea
Eb
Ec
110
111
112
13160#
13440#
13590#
1040#
1140#
1100#
∗
6030#
4870#
8960
9640#
10280#
50
300#
200#
−6730#
∗
∗
1230#
1180#
1230#
Eb
Ec
111
112
13340#
13600#
1160#
950#
∗
5290#
1100#
9380#
9960#
300#
200#
Eb
Ec
Ed
111
112
113
13310#
13810#
∗
1210#
1250#
∗
5510#
4260#
1060#
1180#
8960#
9620#
10600#
300#
200#
300#
Ec
Ed
112
113
13700#
∗
1110#
∗
4710#
1200#
9300
10250#
50
300#
Ec
Ed
Ee
112
113
114
13990#
14020#
∗
1060#
1220#
∗
4970#
3490#
1250#
1290#
8790
10020#
11000#
50
300#
300#
Ed
Ee
113
114
13910#
∗
1230#
∗
3890#
1150#
9680#
10700#
300#
300#
Ed
Ee
Ef
113
114
115
13990#
14370#
∗
1290#
1290#
∗
3870#
2980#
1060#
1260#
9340#
10440
11300#
300#
50
300#
Ee
Ef
114
115
14440#
∗
1150#
∗
3390#
1270#
9970
11000#
50
300#
Ee
Ef
Eg
114
115
116
14580#
14720#
∗
1060#
1290#
∗
3710#
2220#
1320#
1330#
9850
10600#
11700#
50
300#
350#
Ef
Eg
115
116
14610#
∗
1300#
∗
2560#
1200#
10300#
11300#
300#
350#
Ef
Eg
Eh
115
116
117
14590#
15070#
∗
1350#
1380#
∗
2720#
1680#
1120#
1350#
10000#
11000#
11900#
300#
350#
400#
Eg
Eh
116
117
15030#
∗
1200#
∗
2090#
1360#
10710
11600#
50
400#
Ei
118
920#
1470#
12300#
500#
281
282
283
284
285
286
287
288
289
290
291
292
293
∗
S(2p)
Q(α )
A
280
S(2n)
541
1070#
840#
−8330#
−10630#
−9790#
∗
990#
980#
850#
1030#
980#
−10560#
−10000#
∗
1080#
890#
∗
∗
1550#
1040#
1130#
1300#
−10320#
−9620#
∗
∗
−110#
−9750#
∗
1330#
1020#
∗
∗
1060#
1050#
1150#
−9330#
∗
∗
∗
1710#
−11860#
∗
1120#
1120#
∗
∗
3250#
1080#
1340#
−11770#
∗
∗
∗
1790#
−11070#
∗
1390#
1060#
∗
∗
2680#
1130#
1220#
−10690#
∗
∗
∗
3370#
−13190#
∗
1160#
1190#
∗
∗
4980#
1130#
1380#
−12930#
∗
∗
∗
3250#
−12470#
∗
1470#
1120#
∗
∗
4280#
1220#
1320#
−11990#
∗
∗
∗
∗
∗
4970#
−14390#
∗
1230#
1290#
∗
6580#
1470#
∗
∗
−7490#
∗
∗
1070#
∗
∗
−8940#
∗
∗
1260#
∗
∗
−9450#
∗
∗
1150#
∗
∗
−10790#
∗
∗
1310#
∗
∗
−11350#
∗
∗
1250#
∗
∗
−160#
2100#
∗
420#
330#
Q(β − n)
∗
542
Figs.
Figs.
Figs.
Figs.
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
S2n
S2p
Qα
Qβ β
two-neutron separation energies.
two-proton separation energies.
α -decay energies.
double β -decay energies.
Graphs of separation and decay energies
1– 9.
10–17.
18–26.
27–36.
Mass numbers and element symbol are indicated only along the borders of the
graphs; those for the intermediate points must be derived by enumeration.
Points represent experimental values.
Open circles represent values estimated from systematic trends.
Lines connect points for isotopes (S2n , Qα , Qβ β ) or isotones (S2p , Qβ β ).
Other types of graphs are available from the AMDC web-site (see text).
Fig. 1. Two-neutron separation energies N =
0
5
10
14
40
Be
8
B
S2n (MeV)
25
21
F
12
N
10
C
18
Ne
Mg
20
5
Li
28
24
Si 26P
23
Al
S
30
Cl
32
Ar
50
34
K
47
36
Ca
Fe 49
38
Sc
Na
44
40
Ti
42
V
Cr
46
40
Ni
Co
Mn
53
Ni
Co
51
Fe
35
52
30
50
30
Mn
49
Cr
25
25
48
V
47
Ti
5
He
20
46
Sc
Ca
44
K
43
Ar
42
Cl
41
S
20
45
15
10
3
40
H
P
39
Si
38
Al
5
15
10
5
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
35
20
O
16
7
15
0 to 25
37
Mg
0
19
7
H
10
He
12
22
B
Li
16
31
C
F
25
Be
N
28
34
36
Ne
Na
0
O
-5
-5
0
5
10
15
20
543
Neutron number N
25
544
Fig. 2. Two-neutron separation energies N = 22 to 45
20
40
25
30
35
40
45
40
50
Ni
49
Co
Fe
48
35
54
Cu
56
Zn
58
Ga
60
Ge
62
As
35
47
S2n (MeV)
46
Cr
V
44
Ti
71
45
30
25
67
Se
69
Br
73
Kr
75
Rb
Sr
78
Y
80
Zr
30
83
85
Nb Mo
87
Mo
Nb
85
Zr
83
Sr
82
Rb
80
Br
43
Sc
42
Ca
20
41
K
40
Ar
15
38
S
37
P
Si
35
Al
34
Mg
36
67
65
Na
53
Ne
46
42
0
34
Ne
20
63
57
33
32
As
Ge
76
Ga
74
Cu
73
Ni
72
Co
71
Fe
77
Cl
5
20
78
39
10
25
86
25
37
40
Na
Mg
Al
44
30
Si
P
51
49
S
Cl
55
Ar
K
Ca
60
Sc
Ti
V
69
Cr
Mn
15
10
5
0
35
40
Neutron number N
45
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
Mn
Fig. 3. Two-neutron separation energies N = 42 to 65
40
45
50
97
95
30
S2n (MeV)
83
Nb 85Mo
87
Ru
91
Tc
93
Rh
60
99
In
30
Ag
101
Pd
Sn
82
Zr
25
65
81
Y
80
105
107
Sb
Te
110
112
I
Xe
114
116
Cs
119
Ba
La
121
Ce
Sr
Rb
78
Kr
77
Br
76
Se
75
As
Ce
122
La
121
Ba
120
Cs
119
Xe
118
I
117
Te
74
115
Sn
113
Cd
111
Pd
109
Ru
Mo
79
20
Ge
73
Ga
72
Zn
15
25
123
71
Cu
70
Ni
69
Co
107
Fe
67
Mn
Nb
Zr
104
Y
103
Sr
102
100
Rb
Kr
105
72
69
Mn
Fe
75
Co
78
Ni
80
Cu
97
83
Zn
86
5
Ga
94
89
Ge
40
15
106
68
10
20
45
50
55
92
As
Se
60
5
65
545
Neutron number N
Br
10
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
89
Cd
55
546
Fig. 4. Two-neutron separation energies N = 62 to 85
60
25
65
119
La
118
121
Ce
123
Pr
126
70
128
130
Nd Pm
Sm
75
132
Eu
Ba
136
Gd
140
Tb
142
Dy
145
Ho
150
147
Er Tm
85
152
Yb
Lu
25
155
Cs
Xe
115
I
114
Te
Hf
S2n (MeV)
116
157
Hf
Lu
155
Yb
154
Tm
113
20
156
Sb
112
Sn
111
In
110
Cd
109
Ag
108
Pd
107
Rh
106
Ru
105
Tc
104
Mo
103
Nb
102
Zr
101
Y
100
Sr
15
10
99
Ho
150
Tb
148
Eu
147
Sm
146
Pm
Pr
143
Ce
142
La
141
Ba
140
Cs
139
Xe
138
I
137
Te
136
Sb
135
Sn
134
In
15
144
122
Rb
115
110
102
Rb
105
Sr
108
Zr
113
118
Mo
Rh
124
Pd
120
Tc Ru
Nb
130
Y
5
Ag
132
60
152
20
65
70
75
80
Neutron number N
Cd
85
10
5
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
117
138
80
Fig. 5. Two-neutron separation energies N = 82 to 105
80
25
85
95
100
105
25
153
20
15
135
Hf
157
Ta
160
W
162
164
Re
Os
166
168
Ir
Pt
171
173
Au
Hg
178
180
Tl
Pb
186
Bi
188
132
Sb
Sn
131
In
Cd
10
157
153
144
142
139
132
5
80
Bi
Pb
185
Hg
184
Au
183
Pt
181
Os
180
Re
179
178W
Ta
177
Hf
176
Lu
175
Yb
174
Tm
173
Er
172
Ho
171
Dy
170
Tb
169
167
Gd
165
161
Eu
163
Nd Pm Sm
20
187
I
133
130
155
Cd
85
135
In
137
Sb
Te
147
I
151
Xe
Cs
Ba
155
La
159
Ce
Pr
Sn
15
10
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
Lu
Yb
151
Tm
150
Er
149
Ho
147
Tb
146
Gd
145
Eu
144
Sm
143
Pm
142
Nd
141
Pr
140
Ce
139
La
138
Ba
137
Cs
152
S2n (MeV)
90
5
90
95
100
547
Neutron number N
105
548
Fig. 6. Two-neutron separation energies N = 102 to 125
100
105
110
115
120
125
22
22
184
186
Bi
190
Tl
182
Hg
181
Au
180
Pt
179
Ir
18
178
Po
197
195
At
20
Rn
201
Fr
204
Ra
208
Ac
211
Th
214
Pa
216
Os
Re
177
176
175
16
W
Ta
Ra
212
Fr
211
Rn
210
At
209
Po
208
174
173
172
171
14
Hf
Lu
Yb
Bi
Pb
206
Tl
169
12
Dy
199
194
167
166
Re
Tb
192
Gd
165
10
14
Er
Ho
168
16
207
Tm
170
18
Pa
215
Th
214
Ac
213
190
181
Eu
177
173
167
169
Eu
171
Gd
Tb
Dy
175
Er
179
Tm
Yb
184
188
Lu
196
Os
Ir
205
Hg
204
Au
202
Pt
12
W
Ta
Hf
10
Ho
8
8
100
105
110
115
120
Neutron number N
125
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
S2n (MeV)
Pb
183
20
Fig. 7. Two-neutron separation energies N = 122 to 145
120
125
130
135
140
145
20
20
214
212
Th
211
Pa
18
Ac
210
Ra
209
Fr
208
Rn
207
At
206
Po
205
Bi
204
16
219
237
U
Pb
227
230
Np
233
Pu
235
Am Cm
Bk
239
Cf
242
16
244
Es Fm
203
Tl
245
244Fm
Es
243
202
14
Cf
Bk
241
Cm
Hg
201
242
Au
200
Pt
240
239
12
202
238
Pt
205
237
Au
236
14
Am
Pu
Np
U
12
Pa
235
Th
Ac
233
Ra
232
Fr
234
10
223
220
212
8
210
120
125
Tl
215
218
Pb
228
Rn
At
Po
Bi
8
Hg
130
10
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
S2n (MeV)
18
135
140
549
Neutron number N
145
550
Fig. 8. Two-neutron separation energies N = 142 to 165
140
145
150
155
160
165
17
17
257
16
244
240
S2n (MeV)
242
Es
Fm
247
16
Db
Rf
Md
250
253
No
262
Lr
260
239
15
238
Bk
Cm
237
Sg
269
Bh
267
265
Ea
Mt
15
Hs
274
Am
Eb
14
14
236
235
13
Pu
Np
234
233
12
U
276
Eb
275
Ea
274
Mt
273
Pa
Hs
Bh
271
Sg
272
232
Th
264
231
262
Ac
11
230
260
Ra
229
10
13
Md
Fm
258
Fr
238
236
232
9
234
Fr
240
Th
242
Pa
244
U
256
Np
254
247
Pu
249
Am
252
Bk
Cf
No 266
Lr
270
Db
12
11
268
Rf
Es
10
Cm
Ac
Ra
9
8
8
140
145
150
155
160
Neutron number N
165
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
Cf
255
Fig. 9. Two-neutron separation energies N = 155 to 178
155
160
165
170
175
16
16
269
262
Bh
267
15
265
S2n (MeV)
260
291
Mt
Hs
289
Sg
287
274
Eb
Db
285
14
259
258
13
257
279
Rf
256
Lr
Ed
Eg
Ee
291
Ef
Ec
Ed
15
14
283
281
Ea
Eb
13
No
279
Hs
Mt
Md
12
Fm
254
Es
273
264
262
253
Cf
260
Fm
252
Bk
251
289
287
255
11
285
292
Ef
Ee
Ec
277
12
Eg
No
266
Sg
Bh
270
Db
Lr
268
11
Rf
258
256
Cm
10
Md
275
254
252
Es
Cf
Bk
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
261
Ea
10
Cm
9
9
155
160
165
170
175
551
Neutron number N
0
5
10
50
21
18
C
20
17
S2p (MeV)
8
Li
7
Li
12
23
N
15
39
O
27
O
26
F
F
30
0 to 20
33
Na
Ne
36
Mg
38
Al
Al
20
50
42
Si
46
S
44
P
48
Cl 51
Ar
29
Ne
40
Be
11
Be
53
Ca
Ca
50
Ca
48
Ca
47
Ca
46
Ca
45
Ca
44
Ca
43
Ca
42
Ca
41
Ca
40
Ca
52
30
20
6
Li
5
Li
39
10
Ca
3
He
30
20
10
38
Ca
37
Ca
Ca
35
34Ca
Ca
36
0
8
6
3
10
C
N
12
14
O
F
22
16
Ne
24
Si
19
Mg
P
26
S
28
Cl
30
Ar
32
K
0
B
Li
-10
-10
0
5
10
15
Proton number Z
20
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
B
Li
24
C
16
C
14
9
40
N
552
Fig. 10. Two-proton separation energies Z =
Fig. 11. Two-proton separation energies Z = 17 to 35
15
20
48
Cl
Cl
46
Cl
51
25
30
35
Ar
47
40
53
K
45
55
Cl
40
Ca
S2p (MeV)
Cl
Sc
43
62
59
Cl
42
Cl
30
Cr
V
67
Mn
69
Fe
Ti
74
71
Co
Ni
77
Cu
80
Zn
82
Ga
85
Ge
84
87
Ge
41
As
30
Cl
40
Cl
39
Cl
38
Cl
89
Br
88
Br
Br
84
Br
86
37
Cl
Cl
36
20
82
Br
35
Cl
80
Cl
78
Br
Br
76
Br
34
33
Cl
74
Br
10
32
Br
70
Br
31
Cl
30
Cl
69
Br
29
Cl
63
30
15
10
72
Cl
0
20
Ar
32
34
K
20
Ca
36
Sc
38
Ti
40
V
42
Cr
45
25
Fe
50
Ni
49
Ni
48
Ni
52
Cu
54
Zn
56
Ga
As
62
61As
58
Ge
30
68
65
Se
Br
Br
67
0
As
As
35
553
Proton number Z
60
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
57
44
65
Cr
64
554
Fig. 12. Two-proton separation energies Z = 32 to 50
30
35
40
45
50
35
35
85
Ge
S2p (MeV)
30
25
88
87
As
As
91
Se
94
Br
Br
96
93
Kr
99
Rb
102
Sr
101
104
Sr
Y
107
Zr
110
Nb
112
Mo 115Tc
114
Tc
117
Ru
120
Rh
122
Pd
124
Ag
126
Cd 128
30
In
129
Sn
128
Sn
Ge
126
Ge
Ge
73
Ge
72
Ge
71
Ge
70
Ge
69
Ge
68
Ge
67
Ge
66
Ge
65
Ge
64
Ge
124
76
Ge
75
Sn
Sn
120
Sn
118
Sn
116
Sn
114
Sn
74
20
15
10
122
0
Sn
110
Sn
Sn
106
Sn
104
Sn
102
Sn
100
Sn
Ge
79
Zr
62
Ge
61
Ge
112
108
63
5
63
62
As
65
Se
67
As
Br
69
Kr
71
Rb
74
Sr
73
Sr
76
78
Zr
Y
81
Nb
83
Mo
85
Tc
87
Ru
89
Rh
91
Pd
93
Ag
95
Cd
97
In
99
Sn
-5
25
Sn
20
15
10
5
0
-5
30
35
40
45
Proton number Z
50
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
84
Ge
83
Ge
82
81Ge
Ge
80
Ge
79
Ge
78
Ge
77
Fig. 13. Two-proton separation energies Z = 47 to 65
45
50
60
65
134
132
Sn
In
In
124
129
Ag 126
In
123
Cd 128
Ag
In
122
Ag
121
Ag
120
Ag
118
Ag
130
30
25
116
30
137
Sb
153
139
Te 141
I
144
149
Xe
146
Ba
Cs 148Ba
La
152
La
151
La
155
Ce
157
Pr
159
Nd
161
Pm
25
163
Sm
165
114
Ag
Ag
110
Ag
108
Ag
106
Ag
20
167
Tb
Tb
164
Tb
162
Tb
112
15
10
104
Ag
102
Ag
100
Ag
98
Ag
95
160
Ag
Ag
100
In
Sn
99
Sn
106
Te
Te
105
45
Tb
Tb
156
Tb
154
Tb
152
Tb
150
Tb
148
Tb
146
Tb
144
Tb
142
Tb
140
Tb
138
115
Tb
117
131
Ba
La 119Ce 121Pr 124Nd 126
Eu 134
136
112
114
110
Pm 128Sm 130
Tb
Gd
Cs
Ba
Xe
Eu
15
158
97
0
20
166
97
Ag
96
5
Eu
Ag
50
108
I
55
60
5
0
65
555
Proton number Z
10
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
S2p (MeV)
55
556
Fig. 14. Two-proton separation energies Z = 62 to 80
60
65
70
75
80
25
25
163
Sm
162
Sm
161
Sm
160
165
Eu
167
Gd
169
Tb
171
Sm
S2p (MeV)
173
Ho
175
Er
158
Sm
156
Sm
154
15
Sm
150
Sm
148
Sm
144
10
142
20
Tm
179
Yb
181
Lu
190
183
Sm
152
146
177
Hf 186
189
Ta
W
W
192
Re
194
Os
196
Ir
201
198
Pt
Hg
196
Hg
194
Hg
192
Hg
190
Hg
188
Hg
Sm
Sm
Sm
138
Sm
Sm
Sm
133
Sm
132
Sm
186
Hg
Hg
182
Hg
180
Hg
178
Hg
176
Hg
174
Hg
167
172
Pt 169
Hg
166
Au
171
Pt
Hg
184
134
60
198
Sm
140
15
Hg
134
0
Au
Au
202
Hg
201
Hg
200
136
5
200
Gd
136
65
Tb 138
141
Dy
140
Ho 143
Er
Ho
145
Tm
148
70
Yb
150
Lu
153
Hf
156
Ta
155
Ta
158
W
160
Re
162
Os
164
Ir
75
Proton number Z
80
10
5
0
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
20
Dy
Fig. 15. Two-proton separation energies Z = 77 to 95
75
80
201
196
S2p (MeV)
15
204
207
234
230
Ra 233Ac 236Th
229
Ac
238
Ra
228
214
225
Ra
Bi
227
222
Fr
Ra
220
Rn
217
At
Po
192
Ir
191
Ir
190
95
212
Tl 211 Pb
Pb
206
Tl
Hg
90
Pa
240
U
242
15
Np
244
Pu
Ir
245
Am
244
189
Ir
188
Ir
Ir
186
Ir
184
Ir
242
182
180
178
Ir
187
10
240
Am
238
Am
Ir
236
Ir
234
Am
Am
226
176
5
Ir
174
Ir
172
Ir
170
Ir
168
Ir
167
Ir
0
169
75
Am
Am
172
Au 171Hg
Hg
80
176
Tl
Np
222
225
Np
221U
U
220
U
219
U
215
217
Pa
U
213
Pa
203
191
212
206
209
Ra
199
Po 193At
Pa
Ac
Th
Fr 202Ra
195
189
Rn
Po
186
188
Bi
184
Po
179
Bi
Pb
178
Pb
85
90
Pu
232
231Am
Am
5
0
95
557
Proton number Z
228
10
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
Au
Ir 198
195
Pt 200Au
Ir
194
Ir
193
Ir
85
558
Fig. 16. Two-proton separation energies Z = 92 to 110
90
95
100
105
110
16
16
240
239
14
237
U
U
U
242
Np
244
Am
249
U
234
U
233
U
12
232
231
10
Cm
251
Bk
254
Cf
256
Es
12
258
Fm
260
Md
U
U
262
No
264
230
U
229
U
8
228
U
227
U
226
U
225
U
U
224
6
Lr
266
10
Rf
268
Db
270
Sg
272
Bh
8
274
Hs
229
Pu 231
226
228
Am233
Np
Pu
225
Cm
Np
4
6
235
238
Bk
Cf
Cf
237
240
Es
242
Fm
245
Md
248
No
251
Lr
253
Rf
258
Sg 261Bh
260
2
Bh
Ea
274
Ea
273
Ea
272
Ea
271
256
Db
255
Db
276
263
270
Hs
265
Mt
269
Ea
Ea
Ea
Ea
267
Ea
268
0
4
2
0
90
95
100
105
Proton number Z
110
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
246
236
U
235
S2p (MeV)
14
Pu
Fig. 17. Two-proton separation energies Z = 100 to 118
100
105
110
115
12
12
258
S2p (MeV)
10
260
Md
262
No
264
10
Lr
266
Rf
268
Db
270
8
251
Fm
250
Fm
Sg
272
Bh
275
8
Hs
277
249
Fm
Fm
247
Fm
Mt
248
6
246
245
244
279
Ea
281
Fm
Eb
283
6
Ec
Fm
Fm
285
279
4
245
Md
248
No
251
278
Lr
253
Rf
256
Db258
Db Sg
255
274
261
Bh
260
Bh
263
Hs
Mt
Eb
Eb
Ea 272
Eb
269
Ea
268
Ea
270
265
2
273
277
267
Ed
Ec 283 287Ee
Ec Ed
Ec
285
289
4
Ef
Ee
291
287
Eg
Ef
289
2
Eg
291
Ea
Eh
293
0
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
Fm
Fm
256
Fm
255
Fm
254
Fm
253
Fm
252
Fm
257
Ei
0
100
105
110
115
559
Proton number Z
0
5
560
Fig. 18. α-decay energies
N = 0 to 25
10
15
20
25
5
Li
5
4
He
He
0
0
7
Qα (MeV)
7
B
-5
12
O
V
38
54
Cr
Zn
-5
55
Ti
10
N
28
14
F
20
-10
16
9
42
40
Ne
Mg
11
Li
22
Ar
46
32
K
26
54
Fe
Cu
50
Mn
49
36
Al S
Sc
Cr
25
45
Ca
44
K
43
P
14
C
30
Cl
Zn
23
Si
Be
-10
Ar
Cl
42
-15
41
S
P
39
Si
16
-15
40
B
29
-20
26
F
32
Ne
35
Na
38
Al
37
O
Mg
-20
20
C
23
N
-25
-25
0
5
10
15
20
Neutron number N
25
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
Be
Fig. 19. α-decay energies
20
25
N = 22 to 45
30
35
40
45
0
0
65
67
Se
Br
69
Kr
71
73
Rb
Sr
83
43
44 Sc
Ti
-5
45
V
42
Ca
50
Ni
39
Cl
58
56
54
Ga
Ge
Nb
Mo
87
Mo
86
60
As
Nb
84
Y
82
Zn
52
Cu
Rb
-5
80
Br
79
Se
As
78
77
Ge
Ga
75
Zn
38
S
76
-10
-10
61
Ti
37
P
59
36
74
72
Si
64
Ca
Al
34
Fe
55
Mg
73
Ni
71
V
57
35
-15
Cu
Co
Sc
67
K
33
Cr
-15
69
Mn
Na
35
Na
-20
44
38
Si
Mg
41
20
25
53
46
P
50
48
Al
30
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
Qα (MeV)
81
-20
Ar
Cl
S
35
40
561
Neutron number N
45
40
45
N = 42 to 65
50
55
5
105
103
562
Fig. 20. α-decay energies
Te
60
65
5
108
I 110Xe 112Cs
114
Ba
117
La
Sb
119
Ce 121Pr
124
Nd
125
Qα (MeV)
117
0
87
Ru
89
Rh
91
93
Pd
Ag
95
Cd
85
83 Tc
97
116
In
99
Nb
Sb
Sn
Cd
111
Pd
110
Rh
109
Ru
108
Tc
107
Mo
106
Nb
113
As
74
73 Ge
Ga
Zn
72
71
90
Cu
-10
0
115
Rb
77
Br
75
Te
Sn
81
79 Y
-5
Nd
Ce
As
84
82
69
Co
Ga
87
Zn
105
93
Zr
Sr
104
Y
Se
96
Br
Ge
103
98
Kr
-5
-10
101
70
68 Ni
Rb
Fe
73
71
-15
Fe
40
45
Co
76
Ni
-15
79
Cu
50
55
60
Neutron number N
65
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
123
Fig. 21. α-decay energies
60
65
N = 62 to 85
70
75
80
85
158
157Ta
Hf
5
136
Qα (MeV)
121
Pr
116
Xe
114
Te
0
113
Sb
112
Sn
124
126
128
Nd Pm
Sm
130
Eu
Tb
138
140
Dy
Ho
145
143
Er Tm
148
Yb
150
153
Lu
Gd
Hf
Ta
155
Yb
153
Er
5
151
Dy
150
Tb
149
Gd
Sm
145
Nd
143
Ce
141
Ba
139
Xe
137
Te
147
0
111
110 In
109Cd
Ag
108
Pd
Rh
106
Ru
105
104 Tc
Mo
107
-5
103
136
Nb
Zr
Sb
-5
102
135
Sn
134
101
100
In
Y
Sr
119
-10
114
112
104
60
65
Sr
106
Y
109
Nb
Mo
117
Tc
Zr
70
75
-10
Ru
122
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
134
155
Rh 124Pd
126
Ag 128
Cd
80
563
Neutron number N
85
80
85
564
Fig. 22. α-decay energies
N = 82 to 105
90
95
100
105
10
10
158
W
160
Re
162
164
Os
166
Ir
169
Pt
171
Au
178
Hg
176
Tl
184
Pb
188
Bi
Po
189
Po
188
Bi
Pb
185
Hg
183
Pt
182
Ir
181
180Os
Re
179
W
177
Hf
176
Lu
175
Yb
174
Tm
173
Er
172
Ho
171
Dy
169
Gd
5
155
Ta
154
Hf
Yb
150
Er
148
Dy
147
Tb
146
Gd
144
Sm
142
Nd
140
Ce
139
138 La
Ba
137
Cs
136
Xe
135
134 I
Te
152
0
-5
167
141
139
133
Sb
Te
143
148
I
146
Xe
165
Cs
163
151
161
Ba
159
Nd
Sm
Eu
5
0
Pm
-5
Pr
157
Sb
155
Ce
La
136
Sn
-10
-10
132
80
Sn
85
90
95
100
Neutron number N
105
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
Qα (MeV)
187
Fig. 23. α-decay energies
100
105
N = 102 to 125
110
115
120
125
10
10
185
8
Bi
188
Po
193
199
195
Rn
Fr
209
206
Ra
Ac
212
Th
Pa
216
Pa
Th
214
Ac
213
Ra
212
211Fr
Rn
Qα (MeV)
184
Pb
Hg
183
Tl
181
Au
180
Pt
179
Ir
178
Os
182
6
4
210
At
209
Po
Ta
Hf
173
Lu
208
174
172
171
2
Tm
169
Er
185
Ho
181
168
Dy
Tb
166
Gd
165
Eu
167
-2
Bi
Yb
170
0
6
4
177
Re
176
W
175
2
8
215
177
175
169
167
171
Gd
Tb
Ho
179
Er
183
Yb
Lu
Hf
188
Ta
196
Tm
192
W
194
198
Os
Ir 200Pt
Re
203
207
Pb
206
Tl
205
Hg
Au
0
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
At
202
-2
173
Dy
Eu
-4
-4
100
105
110
115
120
565
Neutron number N
125
120
125
566
Fig. 24. α-decay energies
N = 122 to 145
130
135
140
145
10
10
225
Qα (MeV)
Pa
212
Th
211
Ac
210
Ra
209
Fr
8
208
217
242
Fm
U
228
240
Pu
237
231
Am
233
235
Cm Bk
Cf
Md
246
Es
245
206
Rn
At
Po
219
Po
Bi
Bi
232
Tl
Np
U
236
Pa
235
Th
234
Ac
237
Rn
Fr
209
Ra
214
Pb
Pb
6
238
224
227
2
Cf
Bk
Cm
Am
239
Pu
At
204
243
8
240
222
205
Es
241
216
4
244
242
207
6
Md
Fm
4
2
203
Tl
202
0
Hg
201
0
Au
206
203
Hg
Au
-2
-2
120
125
130
135
140
Neutron number N
145
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
213
245
Np
Fig. 25. α-decay energies
140
145
N = 142 to 165
150
155
160
267
165
Ea
12
12
272
265
Qα (MeV)
10
255
251
248
245
242
No
258
Rf
Ea
Sg
274
Mt
273
Hs
272
Bh
271
Sg
270
Db
Fm
241
8
Md
253
Lr
Db
Bh
276
275Eb
Hs
Es
268
240
Rf
Cf
10
8
239
Bk
238
266
237
264
Am
Pu
260
236
6
235
258
Np
U
251
234
248
233
232Pa
253
Cm
256
Bk
262
No
Fm Md
6
Es
Cf
Am
246
Th
Ac
230
Ra
4
Lr
Cm
Pu
231
244
242
232
Ra
238
Ac Th
236
240
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
263
260
Eb
Mt
4
Np
U
Pa
2
2
140
145
150
155
160
567
Neutron number N
165
155
160
N = 157 to 178
165
170
175
14
14
13
13
267
Ea
277
272
11
266
Mt
265
Hs
264
10
Eb
289
Ec
Eg
Ei
Eh
287
285
283
Eh
Ef
Ee
11
Ed
292
Eg
Bh
289
263
Ee
Sg
287
262
Db
261
Rf
9
279
260
259
8
7
274
Lr
No
258
Md
257
Fm
256
268
266
264
Es
260
6
255
Cf
258
262
Fm
270
Rf
272
Db
Sg
Bh
277
12
292
281
Mt
283
Ea
Eb
285
Ed
291
Ef
10
9
Ec
Hs
8
Lr
7
No
Md
6
Es
256
Cf
5
5
4
4
155
160
165
170
175
Neutron number N
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
293
291
12
Qα (MeV)
568
Fig. 26. α-decay energies
Fig. 27. Double β-decay energies
0
5
10
15
A = 0 to 35
20
25
30
35
50
34
35
Li
12
e
H
10
40
35
M
g
7
H
30
35
Al
30
20
35
Si
20
10
35
P
10
0
S
35
0
-10
35
Cl
-10
-20
Ar
-20
35
Qββ (MeV)
40
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
Na
28
O
31
F
25
C
22
B
19
16
Ne
50
N
60
Be
60
-30
-30
-40
-40
0
5
10
15
20
25
35
569
Mass number A
30
30
35
40
45
A = 32 to 65
50
55
60
65
50
M
Si
S
49
46
P
44
42
Al
40
37
34
g
50
Na
60
Ne
60
40
65
V
63
30
10
65
Fe M
20
Co
n
65
Cr
57
Ca
30
60
55
K
Sc
Ti
53
Ar
51
Cl
40
65
20
65
Ni
65
10
0
65
Zn
65
Cu
0
-10
65
G
a
-10
65
G
e
-20
-30
-20
-30
-40
-40
30
35
40
45
50
55
Mass number A
60
65
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
Qββ (MeV)
570
Fig. 28. Double β-decay energies
Fig. 29. Double β-decay energies
60
65
70
75
A = 62 to 95
80
85
90
95
40
65
V
40
Se
As
92
e
G
89
a
86
G
Zn
83
Cu
95
95
Kr Br
80
Ni
94
95
Sr
95
Rb
20
10
95
95
N Z
o b r
95
Y
10
0
95
95
Tc M
0
-10
95
Rh
95
Ru
-10
Pd
-20
-20
95
Qββ (MeV)
20
-30
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
78
75
Co
72
69
M
n
67
Fe
30
Cr
30
-30
-40
-40
60
65
70
75
80
85
95
571
Mass number A
90
90
95
100
105
572
Fig. 30. Double β-decay energies
A = 92 to 125
110
115
120
125
30
0
12
5
12
5
12
5
In
10
Te Sb Sn
12
5
Cd
12
5
Ag
4
Pd
12
12
2
Rh
0
12
10
12
I
5
Ba Cs
12
5
Xe
12
5
12
5
0
-10
5
La
12
5
-10
12
Qββ (MeV)
20
-20
-20
-30
-30
90
95
100
105
110
115
Mass number A
120
125
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
20
Ru
8
Tc
11
11
5
M
o
3
Nb
11
11
0
Zr
10
8
Y
5
Sr
10
10
2
Rb
0
Kr
10
Br
97
94
Se
92
As
30
125
130
135
140
5
5
5
15
5
-10
15
5
15
5
15
5
15
5
15
0
5
15
5
15
145
-20
150
5
5
Nd
15
5
Pr
15
5
Ce
15
La
5
15
3
Ba
20
10
0
-10
573
Mass number A
15
1
150
Pm
15
10
Cs
15
145
Yb Tm Er H D Tb G Eu Sm
o y
d
15
7
Xe
14
140
Lu
15
4
2
Te
14
Sb
135
9
13
7
Sn
5
2
Cd
13
130
In
13
0
Ag
13
125
13
Pd
30
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
120
4
20
12
120
I
14
Qββ (MeV)
Fig. 31. Double β-decay energies
A = 122 to 155
155
30
-20
155
155
165
175
180
185
o
5
H
10
4
Lu
5
0
-5
-10
18
5
H
g
18
5
5
Au Pt
18
5
Ir
5
18
-10
O
-5
18
s
18
5
0
Re
18
5
W
18
5
5
Ta
18
5
H
f
18
18
1
Yb
9
Tm
17
17
7
Er
10
17
17
3
D
y
1
Tb
17
16
9
G
7
d
Eu
16
16
5
15
-15
18
5
Tl
-15
-20
150
-20
155
160
165
170
175
Mass number A
180
185
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
Sm
3
16
16
Pm
1
Nd
15
9
Pr
7
Ce
15
15
Qββ (MeV)
170
5
La
15
15
160
A = 152 to 185
20
3
20
Ba
150
574
Fig. 32. Double β-decay energies
Fig. 33. Double β-decay energies
185
190
195
200
205
210
215
21
0
H
g
180
A = 182 to 215
10
21
5
Pb
2
5
20
5
-5
-10
21
21
21
21
21
5
-10
Ac
5
21
-5
Ra
5
Fr
5
21
0
Rn
5
0
At
5
Po
5
Bi
2
Pt
20
9
Ir
19
19
6
O
s
4
Re
19
Au
2
21
W
5
-15
-15
-20
-20
180
185
190
195
200
205
215
575
Mass number A
210
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
Qββ (MeV)
Tl
0
Ta
19
19
18
4
Lu
18
8
H
f
10
210
215
220
225
576
Fig. 34. Double β-decay energies
A = 212 to 245
230
235
240
245
10
23
3
5
24
5
Am
24
5
Pu
24
4
Np
24
2
U
24
0
Pa
8
Th
6
Ac
23
8
23
4
Ra
23
Rn
22
At
22
0
Po
21
8
Bi
22
5
0
24
5
Bk
24
5
Cm
0
-5
24
5
Es
24
5
Cf
-5
-10
-10
-15
-15
210
215
220
225
230
235
Mass number A
240
245
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
Qββ (MeV)
21
5
Pb
21
2
Tl
2
Fr
10
Fig. 35. Double β-decay energies
240
245
250
255
A = 242 to 275
260
265
270
275
6
4
Cf
2
26
0
Fm
25
8
Es
6
25
0
26
8
Rf
6
Lr
26
26
4
No
2
M
d
0
26
-2
27
5
Bh
27
3
Sg
0
D
b
-2
27
-4
27
5
H
s
-4
-6
5
M
t
-6
27
Qββ (MeV)
2
-8
-8
-10
-10
-12
240
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
25
4
Bk
2
Cm
25
24
9
Am
7
Pu
24
4
Np
24
4
24
2
U
6
-12
245
250
255
260
265
275
577
Mass number A
270
255
260
265
270
578
Fig. 36. Double β-decay energies
A = 257 to 290
275
280
285
290
2
26
0
Fm
25
8
Es
2
0
26
8
Rf
6
Lr
26
4
26
b
-2
27
5
Bh
27
3
Sg
0
D
27
-4
-6
28
3
Eb
28
1
-6
Ea
27
9
M
t
7
H
s
-4
27
-8
-10
28
9
-10
Ee
28
7
Ed
5
Ec
-8
28
Qββ (MeV)
-2
-12
-12
-14
255
-14
260
265
270
275
280
Mass number A
285
290
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
No
26
2
M
d
0
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
579
References used in the
AME2003 and the NUBASE2003 evaluations
REGULAR JOURNALS (CODEN identifiers) AND BOOKS
AAFPA
ADNDA
AENGA
AFYSA
ANPHA
APAHA
APASA
APOBB
APPOA
ARISE
1950-70
1970-. . .
. . . -1969
1986-92
ARISE 1993-. . .
ATKEA
ATKOA
AUJPA
BAPMA
BAPSA
BRSPE
CHDBA 1966-. . .
CJCHA
CJPHA
CODBA
COREA . . . -1965
CPHMA
CUSCA
CZYPA
DANKA
EPJAA
EPJDD
EULEE
FECLA
FZKAA
GCACA
HPACA
HYIND
IANFA
IEIMA
IJARA
1998-. . .
1998-. . .
1986-. . .
1956-85
Annales Academiae Scientiarum Fennicae, series A VI (Finland)
Atomic Data and Nuclear Data Tables (Elsevier, USA)
Atomnaya Energiya (Russia)
Arkiv för Fysik (Sweden)
Annales de Physique (France)
Acta Physica Academiae Scientiarium Hungaricae
Acta Physica Austriaca
Acta Physica Polonica Section B
Acta Physica Polonica
International Journal of Radiation Applications and Instrumentation - Part
A - Applied Radiation and Isotopes (Great Britain)
Applied Radiation and Isotopes (Elsevier)
Atomkernenergie (Germany)
Atomki Kozlemenyek (Hungary)
Australian Journal Physics
Bulletin de l’Académie Polonaise des Sciences, Série des Sciences
Mathématiques, Astronomiques et Physiques
Bulletin of the American Physical Society
Bulletin of the Russian Academy of Sciences, Physics
Comptes Rendus Hebdomadaires des Séances de l’Académie des Sciences,
serie B (France)
Canadian Journal of Chemistry
Canadian Journal of Physics
CODATA Bulletin (Committee on Data for Science and Technology - ICSU)
Comptes Rendus Hebdomadaires des Séances de l’Académie des Sciences
(France)
Commentationes Physico-Mathematicae : Societas Scientiarum Fennicae
(Finland)
Current Science (India)
Czechoslovak Journal of Physics (Kluwer, london)
Doklady Akademii Nauk SSSR
European Physical Journal A (replaces ZPAAD)
European Physical Journal D
Europhysics Letters (replaces JPSLB and NCLTA)
Particles and Nuclei, Letters (Russia)
Fizika (Croatia)
Geochimica et Cosmochimica Acta (Elsevier, USA)
Helvetica Physica Acta
Hyperfine Interactions
Izvestiya Akademii Nauk SSSR, seriya Fizicheskaya
IEEE Transactions on Instrumentation and Measurement (USA)
International Journal of Applied Radiation and Isotopes (Great Britain)
580
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
IJMPD
IJOPA
IJPYA
IMPAE
JCOMA
JINCA
JMOPE
JNCEA
JOPQA
JOPQS
JPAGB
JPCRB
JPGPE
JPHGB
JPSLB
JUPSA
KDVSA
KERNA
KURAA
MPLAE
MTRGA
NATUA
NCIAA
NDSAA
NDSBA
NIMAE
NIMBE
NPBSE
NSENA
NUCIA
NUIMA
NUPAB
NUPBB
NUPHA
PACHA
PENUC
PHFEA
PHLTA
PHMAA
PHMAA
PHRVA
PHSTB
PHYSA
. . . -1991
. . . -1981
1961-98
1989-. . .
. . . -1988
. . . -1985
1970-. . .
1983-. . .
1983-. . .
. . . -1969
. . . -1983
1967-. . .
1967-. . .
1957-66
. . . -1967
. . . -1955
1956-. . .
1930-69
1970-. . .
International Journal of Mass Spectrometry and Ion Processes (Elsevier)
Indian Journal of Pure and Applied Physics
Indian Journal of Physics and Proceedings of the Indian Association for the
Cultivation of Science
International Journal of Modern Physics A (World Scientific Publishing,
Singapore)
Journal of the Less Common Metals (Switzerland)
Journal of Inorganic and Nuclear Chemistry (USA)
Journal of Modern Optics (Great Britain)
Journal of Nuclear Energy A and B (Great Britain)
Journal de Physique (France)
Journal de Physique (France) Suppl. Colloques
Journal of Physics, A (Great Britain)
Journal of Physical and Chemical Reference Data (USA)
Journal of Physics, G Nuclear Physics (Great Britain)
Journal of Physics, G Nuclear Physics (Great Britain)
Journal de Physique Lettres (France)
Journal of the Physical Society of Japan
Det Kongelige Danske Videnskabernes Selskab, Matematisk-Fysiske Meddelelser
Kernenergie (Germany)
Kyoto University, Research Reactor Institute : Annual Report
Modern Physics Letters section A (World Scientific Publishing, Singapore)
Metrologia
Nature (Great Britain)
Nuovo Cimento A (Italy)
Nuclear Data Tables, section A (USA)
Nuclear Data Sheets (USA)
Nuclear Instruments and Methods in Physics Research A (Netherlands)
Nuclear Instruments and Methods in Physics Research B (Netherlands)
Nuclear Physics, section B (Proceedings Supplements) (Netherlands)
Nuclear Science and Engineering (American Nuclear Society, USA)
Nuovo Cimento (Italy)
Nuclear Instruments and Methods (Netherlands)
Nuclear Physics, section A (Netherlands)
Nuclear Physics, section B (Netherlands)
Nuclear Physics (Netherlands)
Pure and Applied Chemistry
Particle Emission from Nuclei, ed. by D.N. Poenaru and M.S. Ivaşcu, CRC
Press (USA), 1989
Physica Fennica (Finland)
Physics Letters (Netherlands)
Philosophical Magazine (Great Britain)
Philosophical Magazine (Great Britain)
Physical Review (USA) (not 1964 and 1965)
Physica Scripta (Sweden)
Physica (Netherlands)
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
PISAA
PLRBA
PLSSA
PPNPD
PPSOA
PRAMC
PRLAA
PRLTA
PRVAA
PRVCA
PRVDA
PRYCA
PYLAA
PYLBB
PZETA
RAACA
RAEFB
RMPHA
RMXFA
RPPHA
RRALA
SAPHD
SHIBA
THISc
UFZHA
YAFIA
YTHLD
ZDACE
ZENAA
ZEPYA
ZETFA
ZPAAD
581
Proceedings of the Indian Academy of Sciences, section A
1964-65 Physical Review, section B (USA)
Planetary and Space Science (Netherlands)
Progress in Particle and Nuclear Physics
Proceedings of the Physical Society (Great Britain)
Pramana, Journal of Physics (India)
Proceedings of the Royal Society of London,Series A
Physical Review Letters (USA)
1970-. . . Physical Review, section A (USA)
1970-. . . Physical Review, section C (USA)
1970-. . . Physical Review, section D (USA)
Proceedings of the Royal Society of Canada
1968-. . . Physics Letters, section A (Netherlands)
1968-. . . Physics Letters, section B (Netherlands)
Pis’ma v Zhurnal Eksperimental’noi i Teoreticheskoi Fiziki (Russie)
Radiochimica Acta (Germany)
Radiation Effects and Defects in Solids (Great Britain)
Reviews of Modern Physics (USA)
Revista Mexicana de Fı́sica
Reports on Progress in Physics (Great Britain)
Radiochemical and Radioanalytical Letters (Hungary)
South African Journal of Physics
Shitsuryo Bunseki (Mass Spectrometry, Japan)
Treatise on Heavy-Ion Science, ed. by D.A. Bromley, Plenum Press, 1989
Ukrains’kii Fizicheskii Zhurnal
Yadernaya Fizika (Russia)
Chinese Journal of Nuclear Physics
1974-. . . Zeitschrift für Physik D (Germany)
Zeitschrift für Naturforschung, part A (Germany)
. . . -1974 Zeitschrift für Physik (Germany)
Zhurnal Eksperimental’noi i Teoreticheskoi Fiziki (Russia)
1974-97 Zeitschrift für Physik A (Germany)
582
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
REPORTS, PREPRINTS, THESIS, ABSTRACTS, COMMUNICATIONS
AAAAA to be pd
PrvCom AHW Mon
PrvCom GAu Mon
PrvCom JBl Mon
PrvCom NDG Mon
PrvCom Ref
Table of Isotopes
Th.- City
Wallet Cards
AnRpt Institute
ANLCERNCOODASAGSIIAEAIDOIPNO-DRE
ISOLDEJINRKFKLBLLeninst YFORNLUCRL-
To be published in journal AAAAA
Private communication to A.H. Wapstra in given Month
Private communication to G. Audi in given Month
Private communication to J. Blachot in given Month
Private communication to Nuclear Data Group in given Month
Quoted by reference in question
Table of Isotopes, LBL Brookhaven
Dissertation from corresponding University
Nuclear Wallet Cards, NNDC-BNL, Brookhaven, ed. J.K. Tuli
Annual Report from Institute (or City)
Argonne National Laboratory, report
European Organization for Nuclear Research, report
Reports on work done with DOE support
Defense Atomic Support Agency, Washington, DC, report
Gesellschaft für SchwerIonforschung, report
International Atomic Energy Agency, report
Idaho Operations Office of US Atomic Energy Commission, report
Institut de Physique Nucléaire d’Orsay, report
Isotope Separator on Line (CERN), report
Joint Institute for Nuclear Research Dubna, report
Kernphysik Zentrum Karlsruhe, report
Lawrence Berkeley National Laboratory, report
Leningradskii Institut Yadernoi Fiziki
Oak Ridge National Laboratory report
University of California Radiation Laboratory report
CONFERENCE PROCEEDINGS AND ABSTRACTS
P-Alma Ata
P-Alma Ata
P-Amsterdam
P-Amsterdam
P-Amsterdam
P-Arles
B-Arles
P-Aulanko
B-Aulanko
P-BadHonnef
P-Baku
P-Bellaire
P-Berkeley
P-Bernkastel
1978
1984
1974
1982
1996
1995
1995
2001
2001
1988
1976
1998
1980
1992
Program of 28th USSR Conference on Nuclear Spectroscopy
Program of 34th USSR Conference on Nuclesr Spectroscopy
Proc. Intern. Conference Nuclear Structure
Proc. Intern. Conference Nuclear Structure
2nd. North-West Europe Nuclear Physics Conference NWE’96
Proc. Int. Conf. on Exotic Nuclei and Atomic Masses ENAM-95
Abstracts ENAM-95
Proc. Int. Conf. on Exotic Nuclei and Atomic Masses ENAM-2001
Abstracts ENAM-2001
Proc. Int. Workshop Nucl. Struct. of the Zr Region
Program of 26th USSR Conference on Nuclear Spectroscopy
Proc. Int. Conf. on Exotic Nuclei and Atomic Masses ENAM-98
Proc. Intern. Conf. Nuclear Physics Berkeley
Proc. 9th Int. Conf. Atomic Masses and Fundamental Constants AMCO9, and 6th Int. Conf. Nuclei far from Stability NUFAST-6
B-Bernkastel 1992 Abstracts AMCO-9 and NUFAST-6
P-Birmingham 1985 Proc. Specialists Meeting on Delayed Neutron Properties
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
P-Bombay
P-Bombay
P-Bormio
P-Brookhaven
P-Budapest
P-Cargese
P-Charkov
P-Chicago
P-Darmstadt
1974
1985
1999
1979
1972
1976
1986
1985
1984
P-Debreccen
1968
P-Dubna
P-Dubna
P-Dubna
P-Dubna
P-Florence
P-Foros
P-Fribourg
1961
1968
1989
1999
1983
1991
1993
P-Gatlinburg
P-Grenoble
P-Helsingor
P-Kiev
P-Knoxville
1967
1981
1981
1982
1984
P-Kyoto
P-Lansing
1970
1979
P-Legnaro
P-Leningrad
P-Leningrad
P-Leningrad
P-Leuven
1971
1975
1985
1990
1987
P-Leysin
P-Miami
P-Minsk
P-Monterey
P-Moscow
P-Moscow
P-Moscow
P-Niigata
P-PacGrove
P-Paris
1970
1989
1991
1990
1955
1971
1983
1991
1991
1958
583
Proc. Nucl. Phys. and Solid State Phys. Symposium
Symposium on Quantum Electronics
XXXVII International Winter meeting on Nuclear Physics
Proc. 3rd Int. Conf. Neutron Capture Gamma Ray Spectroscopy
Proc. 1st Int. Conf. Neutron Capture Gamma Ray Spectroscopy
Proc. 3rd Int. Conf. Nuclei far from Stability NUFAST-3 CERN 76-13
Program of 38th USSR Conference on Nuclear Spectroscopy
Proc. Meeting of the American Society for Nuclear Chemistry
Proc. 7th Int. Conf. Atomic Masses and Fundamental Constants AMCO7
Proc. Conf. Electron Capture and Higher Order Processes in Nuclear
Decays
Repts. Third Conf. Neutron-deficient Isotopes
Proc. International Symposium on Nuclear Structure
Int. School-Seminar on Heavy-Ion Physics
Proc.49th Ann.Conf.Nucl.Spectrosc.Struct.At.Nuclei
Proc. Intern. Conf. Nuclear Physics Florence
Proc. Intern. Conf. on Exotic Nuclei, South Crimea
Proc. 8th Int. Symp. Capture Gamma Ray Spectroscopy and Related
Topics
Proc. Intern. Conf. Gatlinburg
Proc. 4th Int. Conf. Neutron Capture Gamma Ray Spectroscopy
Proc. 4th Int. Conf. Nuclei far from Stability NUFAST-4 CERN 81-09
Program of 32th USSR Conference on Nuclear Spectroscopy
Proc. 5th Int. Symp. Capture Gamma-Ray Spectroscopy and Related
Topics
Conference on Mass Spectroscopy
Proc. 6th Int. Conf. Atomic Masses and Fundamental Constants AMCO6
Proc. Conf. Structure of 1f7/2 Nuclei, Legnaro
Program of 25th USSR Conference on Nuclear Spectroscopy
Program of 35th USSR Conference on Nuclear Spectroscopy
Program of 40th USSR Conference on Nuclear Spectroscopy
Proc. 6th Int. Symp. Capture Gamma-Ray Spectroscopy and Related
Topics
Proc. 2nd Int. Conf. Nuclei far from Stability NUFAST-2 CERN 70-30
Symposium on Exotic Nuclear Spectroscopy
Program of 41th USSR Conference on Nuclear Spectroscopy
Proc. Xth Int. Conf. Neutron Capture Gamma Ray Spectroscopy
Conf. Acad. Sci. USSR Peaceful Use of Atomic Energy
Program of 21st USSR Conference on Nuclear Spectroscopy
Program of 33rd USSR Conference on Nuclear Spectroscopy
Proc. Int. Symp. on Structure and Reactions of Unstable Nuclei
Proc. 7th Int. Symp. Capture Gamma Ray Spectroscopy
Compt.Rend.Congr.Intern.Phys.Nucl., Paris, P.Gugenberger, Ed., Dunod,
Paris(1959)
584
P-Paris
P-Petten
P-Rosseau
P-Samarkand
B-Seeheim
P-StMalo
P-StPetersbg
P-Studsvik
P-Swansea
P-Tashkent
P-Tbilis
P-Teddington
P-Tokai
P-Vienna
P-Winnipeg
P-Yerevan
P-Yurmala
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
1975 Proc. 5th Int. Conf. Atomic Masses and Fundamental Constants AMCO5
1975 Proc. 2nd Int. Conf. Neutron Capture Gamma Ray Spectroscopy
1987 Proc. 5th Int. Conf. Nuclei far from Stability NUFAST-5 AIP
Conf.Proc.164
1981 Program of 31st USSR Conference on Nuclear Spectroscopy
1999 1st Int. Conf. Chemistry and Physics of the Transactinide Elements
(TAN’99)
1988 Proc. 3rd Int. Conf. Nucleus-Nucleus Collisions
1995 Low Energy Nuclear Dynamics, EPS XV Nucl. Phys. Div.
1969 Proc. Conf, Neutron Capture Gamma Ray Spectroscopy
1985 10th Int. Mass Spectrometry Conf. (in Adv. in Mass Spectr. 1985)
1977 Program of 27th USSR Conference on Nuclear Spectroscopy
1964 Program of 14th USSR Conference on Nuclear Spectroscopy
1972 Proc. 4th Int. Conf. Atomic Masses and Fundamental Constants
1994 Symposium on Nuclear Data, JAERI
1964 Proc. 2nd Intern. Conf. Nuclidic Masses
1967 Proc. 3rd Int. Conf. Atomic Masses and Fundamental Constants
1969 Program of 19th USSR Conference on Nuclear Spectroscopy
1987 Program of 37th USSR Conference on Nuclear Spectroscopy
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
LIST OF REFERENCES
Before 1948
1934Le01
PRLAA
145,
235
W.B. Lewis, B.V. Bowden
1948
1948Fe09
1948Ma29
1948Ma30
1948Sa18
1948St.A
PPSOA
PPSOA
PRLAA
PHRVA
PrvCom
61,
60,
195,
74,
466
466
287
1264
58St50
N. Feather, J. Kyles, R.W. Pringle
D.G.E. Martin, H.O.W. Richardson, Y.K. Hsu
D.G.E. Martin, H.O.W. Richardson
D. Saxon
K. Street,Jr., A. Ghiorso, D.A. Orth, G.T. Seaborg
1949
1949Be36
1949Be53
1949Du15
1949Fe18
1949Pa.B
PHRVA
PHRVA
PHRVA
PHRVA
ORNL-336
76,
76,
76,
76,
1624
574
1272
1888
42
L.A. Beach, C.L. Peacock, R.G. Wilkinson
P.R. Bell, B.H. Ketelle, J.M. Cassidy
R.B. Duffield, L.M. Langer
L. Feldman, L. Lidofsky, P. Macklin, C.S. Wu
G.W. Parker, G.E. Creek, G.M. Hebert, P.M. Lantz
1950
1950Ag01
1950Br52
1950Br66
1950Fr58
1950Ha65
1950Ke11
1950La04
1950Ma14
1950Me55
1950Mo56
1950Na09
1950Ri59
PHRVA
PHRVA
PHRVA
PHRVA
PHRVA
PHRVA
PHRVA
PHRVA
PHRVA
PHRVA
PHRVA
PHRVA
77,
79,
79,
79,
79,
79,
77,
78,
79,
80,
77,
80,
655
606
902
897
541
242
798
363
19
309
398
524
H.M. Agnew
J.A. Bruner, L.M. Langer
A.R. Brosi, H. Zeldes, B.H. Ketelle
M.S. Freedman, D.W. Engelkemeir
R.W. Hayward
B.H. Ketelle, C.M. Nelson, G.E. Boyd
L.M. Langer, J.W. Motz, H.C. Price,Jr.
L.B. Magnusson, S.G. Thompson, G.T. Seaborg
J.Y. Mei, A.C.G. Mitchell, C.M. Huddleston
R.C. Mobley, R.A. Laubenstein
R.A. Naumann, F.L. Reynolds, I. Perlman
H.T. Richards, R.V. Smith, C.P. Browne
1951
1951Br87
1951Du03
1951Hy24
1951Je01
1951Ko17
1951Mc11
1951Mc48
1951Or.A
1951Ta05
1951Ve05
1951Wi26
PHRVA
PHRVA
PHRVA
PHRVA
AFYSA
PHRVA
PHRVA
UCRL-1951
PHRVA
PHYSA
PHRVA
84,
81,
82,
81,
3,
81,
84,
292
203
944
143
47
734
384
81,
17,
84,
461
637
731
H.N. Brown, W.L. Bendel, F.J. Shore, R.A. Becker
R.B. Duffield, L.M. Langer
E.K. Hyde, G.D. O’Kelley
E.N. Jensen, R.T. Nichols, J. Clement
E. Kondaiah
C.L. McGinnis
J.J.G. McCue, W.M. Preston
D.A. Orth, K. Street,Jr.
S.I. Taimuty
N.F. Verster, G.J. Nijgh, R. van Lieshout, C.J. Bakker
R.M. Williamson, C.P. Browne, D.S. Craig, D.J. Donahue
1952
1952Al06
1952Be55
1952Be78
PHRVA
AFYSA
IANFA
85,
5,
16,
734
191
314
D.E. Alburger
I. Bergström
E.Y. Berlovich
585
586
1952Ch31
1952Fa14
1952Fe16
1952Fr23
1952Fu04
1952Hi.A
1952Ka41
1952Ko27
1952Mc34
1952Ro16
1952Sc09
1952Sc11
1952Sm41
1952Wi26
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
PHRVA
88,
PHRVA
87,
PHRVA
87,
PPSOA
65,
PHRVA
86,
Th.-Berkeley
PHRVA
85,
AFYSA
4,
PHRVA
87,
PHRVA
86,
PHRVA
85,
PHRVA
85,
PHRVA
87,
PHRVA
85,
887
252
1091
911
347
368
81
202
863
873
1046
454
687
L.S. Cheng, J.L. Dick, J.D. Kurbatov
C.Y. Fan
L. Feldman, C.S. Wu
J.H. Fremlin, M.C. Walters, and 95Tr07 and 02Tr04
S.C. Fultz, M.L. Pool
G.H. Higgins
M.I. Kalkstein, W.F. Libby
E. Kondaiah
C.L. McGinnis (Also PrvCom NDG)
D. Rose, G. Hinman, L.G. Lang
W.A. Schoenfeld, R.W. Duborg, W.M. Preston, C. Goodman
C.L. Scoville, S.C. Fultz, M.L. Pool
A.B. Smith, A.C.G. Mitchell, R.S. Caird
R.G. Winter
1953
1953Am08
1953As.A
1953Ba81
1953Bl44
1953Co02
1953Du03
1953Ea11
1953Fi.A
1953Gl.A
1953Hy83
1953Jo20
1953Kn23
1953Ma64
1953Sh48
1953St31
PHRVA
91,
UCRL-2180
IANFA
17,
PHRVA
90,
PRLAA
216,
PHRVA
89,
PHRVA
91,
Th.-Rochester
ANL-5000
PHRVA
90,
CJPHA
31,
PHRVA
91,
PHRVA
92,
PHRVA
91,
PHYSA
19,
68
437
464
242
854
653
55
267
1136
889
1511
1203
279
D.P. Ames, M.E. Bunker, L.M. Langer, B.M. Sorenson
F. Asaro
A.A. Bashilov, N.M. Antoneva, B.S. Dzelepov, A.I. Dolgintseva
E. Bleuler, J.W. Blue, S.A. Chowdary, A.C. Johnson, D.J. Tendam
E.R. Collins, C.D. MacKenzie, C.A. Ramm
R.B. Duffield, L.M. Langer
H.T. Easterday
R.W. Fink
L.E. Glendenin, E.P. Steinberg
E.K. Hyde, A. Ghiorso
F.A. Johnson
J.D. Knight, M.E. Bunker, B. Warren, J.W. Starner
L. Marquez
F.J. Shore, W.L. Bendel, H.N. Brown, R.A. Becker
P.H. Stoker, Ong Ping Hok
1954
1954Be10
1954Br37
1954De17
1954El10
1954El24
1954Ha68
1954Hu61
1954Le08
1954Li19
1954Li24
1954Ma54
1954Mi89
1954Ni06
1954Nu27
PHRVA
PPSOA
PHRVA
PRLAA
PRYCA
PHRVA
PHRVA
PHRVA
PHRVA
PHRVA
PHRVA
PHRVA
PHRVA
PHYSA
93,
67,
95,
224,
48,
96,
96,
93,
94,
95,
95,
96,
94,
20,
1073
397
458
129
12
1003
548
155
780
444
708
996
369
571
1954Ol03
1954Ol05
1954Po26
1954Pr31
1954Sa22
1954Th17
1954Th30
1954Th36
1954Th39
PHRVA
PHRVA
PHRVA
PHRVA
PHRVA
AFYSA
PHRVA
AFYSA
AFYSA
93,
95,
95,
96,
94,
7,
96,
8,
8,
1125
1539
1523
1390
642
289
850
219
229
W. Bernstein, S.S. Markowitz, S. Katcoff
W.D. Brodie
E. Der Mateosian, C.S. Wu
R.B. Elliott, D.J. Livesey
L.G. Elliott, R.L. Graham, J. Walker, J.L. Wolfson
T.H. Handley, E.L. Olsen
J.R. Huizenga, C.M. Stevens
M.R. Lee, R. Katz
L. Lidofsky, R. Gold, C.S. Wu
T. Lindqvist, A.C.G. Mitchell
H.B. Mathur, E.K. Hyde
C. Mileikowsky, K. Ahnlund
R.T. Nichols, E.N. Jensen
R.H. Nussbaum, A.H. Wapstra, R. van Lieshout, G.J. Nijgh, L. Th. M. Ornstein, (and PrvCom NDG)
J.L. Olsen, G.D. O’Kelley
J.L. Olsen, G.D. O’Kelley
A.V. Pohm, W.E. Lewis, J.H. Talboy,Jr., E.N. Jensen
C.H. Pruett, R.G. Wilkinson
B. Saraf
S. Thulin, K. Nybø
J. Thirion, R. Cohen, W. Whaling
S. Thulin, J. Moreau, H. Atterling
S. Thulin, J. Moreau, H. Atterling
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
1954Za05
IANFA
18,
563
P.P. Zarubin
1955
1955Ad10
1955At21
1955Be20
1955Bl23
1955Br16
1955Da37
1955De18
1955De40
1955Dr43
1955Fa33
1955Go.A
1955Gr08
1955Jo02
1955Ki28
1955Ko14
1955Ma12
1955Ma40
1955Ma.A
1955Mc17
1955Mi90
1955Mo69
1955Nu11
1955On05
1955Pa50
1955Pe24
1955Th01
COREA
PHYSA
ZEPYA
PHRVA
PHRVA
PHRVA
PHMAA
PHYSA
IANFA
PHRVA
P-Moscow
PHRVA
PHRVA
PHRVA
PHRVA
PHRVA
COREA
ANL-5386
PHRVA
PHRVA
JINCA
PHYSA
PHYSA
AFYSA
PHRVA
AFYSA
240,
21,
142,
100,
100,
100,
46,
21,
19,
99,
97,
97,
99,
98,
97,
240,
1421
543
585
1324
84
796
445
803
324
1440
226
1033
1031
1393
1230
103
291
97,
100,
1,
21,
21,
9,
98,
9,
93
1390
274
77
676
571
262
137
J.P. Adloff
A.H.W. Aten,Jr., G.D. De Feyfer
W. Beekman
J.W. Blue, E. Bleuler
R.M. Brugger, T.W. Bonner, J.B. Marion
M.C. Day,Jr., G.W. Eakins, A.F. Voigt
H. De Waard
E.F. De Haan, G.J.S. Sizoo, P. Kramer
G.M. Drabkin, V.I. Orlov, L.I. Rusinov
B. Farrelly, L. Koerts, N. Benczer, R. van Lieshout, C.S. Wu
L.L. Goldin, E.F. Tretyakov, G.I. Novikov
W.E. Graves, A.C.G. Mitchell
J.T. Jones,Jr., E.N. Jensen
J.D. Kington, J.K. Bair, H.O. Cohn, H.B. Willard
L. Koerts, P. Macklin, B. Farrelly, R. van Lieshout, C.S. Wu
P. Marmier, F. Boehm
N. Marty
L.B. Magnusson, F. Wagner,Jr., D.W. Engelkemeir, M.S. Freedman
C.L. McGinnis
J.P. Mize, M.E. Bunker, J.W. Starner
F.F. Momyer,Jr., F. Asaro, E.K. Hyde
R.H. Nussbaum, A.H. Wapstra, M.J. Sterk, R.E.W. Kropveld
Ong Ping Hok, P. Kramer
R.T. Pauli
I. Perlman, F. Stephens, F. Asaro
S. Thulin
1956
1956Ar33
1956As38
1956Be18
1956Bi30
1956Ch.A
1956Co13
1956Da06
1956Do41
1956Gr11
1956Gr12
1956Ha10
1956Ho23
1956Ho66
1956Jo05
1956Jo20
1956Ke23
1956Kn20
1956Ko67
1956La24
1956Po16
1956Po28
1956Sh31
1956Sm85
1956Sm96
1956Th11
1956Wa24
AFYSA
10,
PHRVA
104,
PHRVA
101,
NUCIA
4,
UCRL- 3322
PHRVA
101,
ZENAA
11,
PHRVA
104,
PHRVA
101,
PHRVA
101,
PHRVA
101,
JINCA
2,
PHRVA
104,
CJPHA
34,
PHRVA
102,
PHRVA
103,
PHRVA
102,
ZETFA
31,
ANPHA
1,
ZENAA
11,
PHRVA
103,
ZETFA
30,
JINCA
3,
PHRVA
104,
PHRVA
102,
PHRVA
102,
1
91
1027
758
1042
212
1059
1306
1368
93
209
368
69
831
190
1592
771
152
143
921
891
93
706
195
816
E. Arbman, N. Svartholm
F. Asaro, I. Perlman
N. Benczer, B. Farrelly, L. Koerts, C.S. Wu
A. Bisi, S. Terrani, L. Zappa
A. Chetham-Strode (thesis Berkeley)
J.M. Cork, M.K. Brice, D.W. Martin, L.C. Schmid, R.G. Helmer
H. Daniel, R. Nierhaus
R.A. Douglas, J.W. Broer, R. Chiba, D.F. Herring, E.A. Silverstein
P.R. Gray
W.E. Graves, S.K. Suri
R.W. Hayward, D.D. Hoppes
D.C. Hoffman, C.P. Browne
D.D. Hoppes, R.W. Hayward
M.W. Johns, C.V. McMullen, I.R. Williams, S.V. Nablo
N.R. Johnson, R.K. Sheline, R. Wolfgang
B.H. Ketelle, H. Thomas, A.R. Brosi
J.D. Knight, J.P. Mize, J.W. Starner, J.W. Barnes
L.M. Kondratev, G.I. Novikova, Y.P. Sobolev, L.L. Goldin
J. Laberrigue-Frolow
W. Porschen, W. Riezler
F.T. Porter, M.S. Freedman, T.B. Novey, F. Wagner,Jr.
K.N. Shlyagin
H.L. Smith, C.P. Browne, D.C. Hoffman, J.P. Mize, M.E. Bunker
F.B. Smith, N.B. Gove, R.W. Henry, R.A. Becker
M.T. Thieme, E. Bleuler
R.G. Waddell, E.N. Jensen
587
588
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
1957
1957Ah19
1957Ba08
1957Bu37
1957Bu41
1957Co62
1957Fr.A
1957Ha08
1957He39
1957He43
1957Je.A
1957Kn.A
1957Mi63
1957Ok.A
1957Ol05
1957Sm73
1957Th10
1957Va08
1957Wa01
AFYSA
ZENAA
PHRVA
PHRVA
PPSOA
PrvCom
CJPHA
PHRVA
NUPHA
PrvCom
PrvCom
ANPHA
BAPSA
PHRVA
PHRVA
PHRVA
PHYSA
PHRVA
11,
12,
106,
105,
70,
35,
105,
3,
NDG
NDG
2,
2,
106,
107,
106,
23,
105,
379
520
1224
227
769
58St50
258
1011
161
Jun
Apr
116
24
985
1314
1228
753
639
K. Ahnlund
G. Baro, P. Rey
J.W. Butler, K.L. Dunning, R.O. Bondelid
M.E. Bunker, J.P. Mize, J.W. Starner
R.D. Connor, I.L. Fairweather
M.S. Freedman, D.W. Engelkemeir, F.T. Porter, F. Wagner,Jr.
B.G. Harvey, H.G. Jackson, T.A. Eastwood, G.C. Hanna
R.L. Heath
C.J. Herrlander, T.R. Gerholm
E.N. Jensen
J.D. Knight
A. Michalowicz
G.D. O’Kelley, Q.V. Larson, G.E. Boyd
J.L. Olsen, L.G. Mann, M. Lindner
W.G. Smith, R.L. Robinson, J.H. Hamilton, L.M. Langer
T.D. Thomas, R. Vandenbosch, R.A. Glass, G.T. Seaborg
B. Van Nooijen, J. Konijn, A. Heyligers, J.F. van den Brugge, A.H. Wapstra
E.K. Warburton, J.N. McGruer
1958
1958Al99
1958Ar56
1958Bi41
1958Br88
1958Du78
1958Gi05
1958Gl56
1958Go77
PHRVA
AFYSA
PHRVA
HPACA
PHRVA
PHRVA
IANFA
PRLTA
112,
13,
112,
31,
110,
109,
22,
1,
1998
501
1089
335
1076
1263
941
251
1958Gr07
1958Ha32
1958Hi.A
1958Jo01
1958Ko57
1958Na15
1958Ni28
1958No30
1958Ri23
1958Ro09
1958Se71
1958St50
1958Wa.A
IANFA
22,
PHRVA
112,
UCRL- 8423
PHRVA
109,
PHYSA
24,
CJPHA
36,
NUPHA
9,
AFYSA
14,
ZENAA
13,
PHRVA
109,
IANFA
22,
RMPHA
30,
P-Paris
194
2010
1243
377
1409
528
85
904
1255
198
585
910
D.E. Alburger, S. Ofer, M. Goldhaber
E. Arbman, J. Brude, T.R. Gerholm
H. Bichsel
J. Brunner, J. Halter, P. Scherrer
K.L. Dunning, J.W. Butler, R.O. Bondelid
J.E. Gindler, J.R. Huizenga, D.W. Engelkemeir
M.P. Glazunov, B.F. Fulev
H.E. Gove, J.A. Kuehner, A.E. Litherland, E. Almqvist, D.A. Bromley,
A.D. Ferguson, P.H. Rose, R.P. Bastide, N. Brooks, R.D. Connor
E.P. Grigorev, A.V. Zolotavin, I.I. Kuzmin, E.D. Pavlitskaia
J.H. Hamilton, L.M. Langer, W.G. Smith
M.W. Hill
C.H. Johnson, A. Galonsky, J.P. Ulrich
J. Konijn, B. van Nooijen, H.L. Hagedoorn
S.V. Nablo, M.W. Johns, A. Artna, R.H. Goodman
G.J. Nijgh, A.H. Wapstra, L.T.M. Ornstein, N. Salomons-Grobben
T. Novakov, R. Stockendal, M. Schmorak, B. Johansson
W. Riezler, G. Kauw
R.L. Robinson, L.M. Langer
V.A. Sergienko
D. Strominger, J.M. Hollander, G.T. Seaborg
R.J. Walen, G. Bastin
1959
1959Ac28
1959Al06
1959Am16
1959An33
1959Be72
1959Bo61
1959Br65
1959Bu20
1959Co63
1959Dr.A
PHRVA
PHRVA
PISAA
NUPHA
PHRVA
NUPHA
PHRVA
PHRVA
PPSOA
BAPSA
114,
116,
50,
13,
115,
14,
113,
116,
74,
4,
137
939
342
310
108
145
239
143
161
57
W.T. Achor, W.E. Phillips, J.I. Hopkins, S.K. Haynes
D.E. Alburger, A. Gallmann, D.H. Wilkinson
K.S.Y. Ambiye, M.C. Yoshi, B.V. Thosar
S.L. Anderson, T. Holtebekk, O. Lonsjo, R. Tangen
N. Benczer-Koller, A. Schwarzschild, C.S. Wu
P. Boskma, H. De Waard
A.R. Brosi, B.H. Ketelle, H.C. Thomas, R.J. Kerr
M.E. Bunker, B.J. Dropesky, J.D. Knight, J.W. Stamer, B. Warren
R.D. Connor, I.L. Fairweather
B.J. Dropesky, D.C. Hoffman, W.R. Daniels
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
1959Fl40
1959Gi50
1959Go68
1959Ha27
1959Ho97
1959Jo37
1959Kn38
1959Ku79
1959No41
1959Po77
1959Ro53
1959To.A
1959Va02
1959Va32
PHRVA
NUPHA
PHRVA
PHRVA
AFYSA
PHRVA
JINCA
PHYSA
ZETFA
PHRVA
CJPHA
BAPSA
PHRVA
PHRVA
116,
12,
113,
114,
15,
114,
10,
25,
37,
114,
37,
4,
115,
113,
744
204
246
1133
387
279
183
600
928
1286
385
366
115
259
589
K.F. Flynn, L.E. Glendenin
R.K. Girgis, R. van Lieshout
C.R. Gossett, J.W. Butler
D.S. Harmer, M.L. Perlman
G. Holm, H. Ryde
N.R. Johnson, G.D. O’Kelley
J.D. Knight, D.C. Hoffman, B.J. Dropesky, D.L. Frasco
J. Kuperus, P.J.M. Smulders, P.M. Endt
G.I. Novikova, E.A. Volkova, L.I. Goldin, D.M. Ziv, E.F. Tretyakov
F.T. Porter, P.P. Day
J.P. Roy, L.P. Roy
C.W. Townley, J.D. Kurbatov, M.H. Kurbatov
S.E. Vandenbosch, H. Diamond, R.K. Sjoblom, P.R. Fields
S.E. Vandenbosch
1960
1960Ar05
1960Ba17
1960Ba44
1960Bo21
1960Cr01
1960Dz02
1960Fe03
1960Gi01
1960Ha26
1960Ho.A
CJPHA
NUPHA
IANFA
PHRVA
NUPHA
IANFA
ANPHA
NUPHA
PHRVA
PrvCom
38,
15,
24,
120,
14,
24,
5,
14,
119,
1577
566
1035
889
578
802
181
589
772
Hyde
1960Ja13
1960Je03
1960Ka14
1960Ka20
1960Ko12
1960La04
1960Lu07
1960Ma.A
1960Mo.A
1960Pr07
1960Se05
1960Ta19
1960Vo05
1960Vo07
1960Wa03
1960Wa14
PHRVA
120,
NUPHA
19,
PHRVA
119,
JUPSA
15,
PHRVA
120,
PHRVA
119,
ZENAA
15,
UCRL- 8740
BAPSA
5,
PHRVA
118,
NUPHA
16,
NUPHA
21,
ZETFA
39,
IANFA
24,
PHRVA
117,
NUPHA
16,
914
654
1953
2140
1348
1308
939
338
113
138
133
70
1092
191
246
A. Artna, M.E. Law
G. Backstrom, O. Bergman, J. Burde, J. Lindskog
S.A. Baranov, A.G. Zelenkov, V.M. Kulakov
R.O. Bondelid, C.A. Kennedy, J.W. Butler
C.B. Creager, C.W. Kocher, A.C.G. Mitchell
B.S. Dzelepov, I.F. Uchevatkin, S.A. Shestopalova
L. Feuvrais
R.K. Girgis, R.A. Ricci, R. van Lieshout
J.H. Hamilton, L.M. Langer, W.G. Smith
R.W. Hoff, F. Asaro, I. Perlman, in E.K. Hyde, I. Perlman, G.T. Seaborg,
Nuclear Properties Heavy Elements p. 799
N. Jarmie, M.G. Silbert
B.S. Jensen, O.B. Nielsen, O. Skilbreit
W.R. Kane, G.T. Emery, G. Scharff-Goldhaber, M. McKeown
T. Katoh, M. Nozawa, Y. Yoshizawa, Y. Koh
C.W. Kocher, A.C.G. Mitchell, C.B. Creager, T.D. Nainan
L.M. Langer, D.R. Smith
G. Luhrs, C. Mayer-Boricke
T.V. Marshall
R.B. Moore
W.W. Pratt, R.G. Cochran
O.J. Segaert, J. Demuynck, A.M. Hoogenboom, H. van den Bold
K. Takahashi, H. Morinaga
A.A. Vorobiev, A.P. Komar, V.A. Korolev
A.A. Vorobiev, A.P. Komar, V.A. Korolev
W.R. Ware, E.O. Wiig
R.J. Walen, G. Bastin-Scoffier
1961
1961Ar05
1961Ar15
1961Ba43
1961Be13
1961Be20
NUPHA
CJPHA
ZETFA
PHRVA
ZETFA
22,
39,
41,
123,
40,
341
1817
1484
2100
91
1961Be41
1961Bo13
1961Bo24
1961Bo.B
1961Da01
1961De17
NUPHA
PHRVA
NUPHA
P-Dubna
ZEPYA
NUPHA
28,
124,
27,
570
213
581
164,
28,
303
148
E. Arbman, I.B. Haller
A. Artna, M.W. Johns
K.A. Baskova, S.S. Vasilev, N.S. Chang, L.Y. Shavtvalov
E.H. Beckner, R.L. Bramblett, G.C. Phillips, T.A. Eastwood
A. Bedesku, O.M. Kalinkina, K.P. Mitrofanov, A.A. Sorokin, N.V. Forafontov, V.S. Shpinel
G.B. Beard, W.H. Kelly
H.H. Bolotin, A.C. Li, A. Schwarzschild
N.A. Bonch-Osmolovskaya, B.S. Dzelepov, O.E. Kraft, Y.Y. Yang
N.A. Bonch-Osmolovskaya, B.S. Dzelepov, O.E. Kraft
H. Daniel, P. Panussi
H.G. Devare
590
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
1961Di04
1961Du02
1961Er04
1961Fi05
1961Ga05
1961Gr33
NUPHA
PHRVA
AFYSA
AFYSA
PHRVA
IANFA
25,
123,
20,
19,
122,
25,
248
1321
209
323
1590
1217
1961Gu02
1961Hi06
1961Ja07
1961Jo08
1961Jo15
1961Ko11
1961La05
1961Ni02
1961Pe23
1961Re06
1961Ri02
1961Ru06
1961Ry02
1961Ry04
1961Sc11
1961Se08
1961Si03
1961To03
1961To10
1961We11
1961Wr02
1961Zy02
AFYSA
18,
JUPSA
16,
PHRVA
123,
PHRVA
122,
PHRVA
124,
IANFA
25,
DANKA 137,
PHRVA
122,
ZETFA
41,
JINCA
18,
NUPHA
24,
UCRL- 9511
HPACA
34,
HPACA
34,
PHRVA
123,
IANFA
25,
PHRVA
123,
PPSOA
77,
JOPQA
22,
PHRVA
124,
PHRVA
123,
APPOA
20,
443
1280
909
1546
157
237
551
172
1780
13
494
240
819
893
848
221
399
683
527
205
321
R.M. Diamond, J.M. Hollander, D.J. Horen, R.A. Naumann
K.L. Dunning, J.W. Butler
P. Erman, Z. Sujkowski
R.W. Fink, G. Andersson, J. Kantele
C.J. Gallagher,Jr., H.L. Nielsen, O.B. Nielsen
E.P. Grigorev, K.Y. Gromov, B.S. Dzelepov, Z.T. Zhelev, V. Zvolska,
I. Zvolskii
R.K. Gupta, J. Svedberg, G. Andersson
H. Hisatake
N. Jarmie, M.G. Silbert
N.R. Johnson, E. Eichler, G.D. O’Kelley, J.W. Chase, J.T. Wasson
R.C. Jopson, H. Mark, C.S. Swift, J.H. Zenger
G.E. Kocharov, G.A. Korolev
A.K. Lavrukhina, T.V. Malysheva, B.A. Khotin
R.T. Nichols, R.E. McAdams, E.N. Jensen
K.A. Petrzhak, M.I. Yakunin
I. Rezanka, J. Frana, M. Vobecky, A. Mastalka
R. Rikmenspoel, C.M. Van Patter
C.P. Ruiz
A. Rytz
A. Rytz, H. Winkler, F. Zamboni, W. Zych
A.W. Schardt, A. Goodman
I.P. Selinov, V.L. Chikhladze, D.E. Khulelidze
M.G. Silbert, N. Jarmie
J.H. Towle, B.E.F. Macefield
J. Tousset, A. Moussa
H.I. West,Jr., L.G. Mann, R.J. Nagle
P.M. Wright, E.P. Steinberg, L.E. Glendenin
J. Żylicz, Z. Preibisz, S. Chojnacki, J. Wolowski, Y. Norseev
1962
1962Ba23
1962Ba24
1962Ba28
1962Ba32
1962Bo25
1962Br15
1962Bu16
1962Ch21
1962Da03
1962Ei02
1962El02
1962Ew01
1962Fr09
1962Fu16
1962Ga07
1962Gu03
1962In01
1962Ka08
1962Ka23
1962Ka27
1962Kh05
1962La10
1962Li03
1962Lo10
1962No06
1962Pe08
1962Pe15
PRLTA
CJPHA
NUPHA
AFYSA
AFYSA
PHRVA
PHRVA
ZETFA
NUPHA
NUPHA
NUPHA
NUPHA
NUPHA
NUPHA
NUPHA
PHRVA
NUPHA
NUPHA
NUPHA
AAFPA
IANFA
NUPHA
NUPHA
ZETFA
NUPHA
HPACA
PHRVA
9,
40,
33,
21,
22,
125,
127,
43,
31,
35,
31,
29,
38,
39,
33,
126,
38,
32,
36,
6,
26,
35,
31,
43,
36,
35,
127,
16
1496
347
65
111
1323
844
453
293
625
128
153
89
147
285
642
50
25
394
96
1036
582
584
1579
411
175
917
R.C. Barber, L.A. Cambey, J.H. Ormrod, R.L. Bishop, H.E. Duckworth
R.C. Barber, R.L. Bishop, L.A. Cambey, W. McLatchie, H.E. Duckworth
B. Basu, A.P. Patro
E. Bashandy, M.S. El-Nesr
E.C.O. Bonacalza, P. Thieberger, I. Bergström
H.W. Brandhorst,Jr., J.W. Cobble
M.E. Bunker, B.J. Dropesky, J.D. Knight, J.W. Starner
V.L. Chikhladze, D.E. Khulelidze, R.A. Ryukhin
H. Daniel
E. Eichler, G.D. O’Kelley, R.L. Robinson, J.A. Marinsky, N.R. Johnson
M.S. El-Nesr, E. Bashandy
G.T. Ewan, R.L. Graham, J.S. Geiger
J.M. Freeman, D. West
E.G. Funk,Jr., J.W. Mihelich, C.F. Schwerdtfeger
C.J. Gallagher,Jr., M. Jorgensen, O. Skilbreid
R. Gunnink, A.W. Stoner
H. Inoue, J. Ruan, S. Yasukawa, Y. Yoshizawa
T. Katoh, M. Nozawa, Y. Yoshizawa
T. Katoh, M. Nozawa, Y. Yoshizawa, Y. Koh
P. Kauranen
D.E. Khulelidze, V.L. Chikhladze, N.A. Vartenov, Y.A. Kyukhin
N.L. Lark, P.F.A. Goudsmit, J.F.W. Jansen, J.E.J. Oberski, A.H. Wapstra
E.W.A. Lingeman, K.E.G. Lobner, G.J. Nijgh, A.H. Wapstra
V.M. Lobashov, V.A. Nazarenko, L.F. Saenko
M. Nozawa
C.F. Perdrisat, J.H. Brunner, H.J. Leisi
I. Perlman, F. Asaro, A. Ghiorso, A. Larsh, R. Latimer
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
1962Pi02
1962Pu01
1962Sc04
1962Se03
1962Si14
1962Un01
1962Va08
1962Va10
1962Wa15
1962Wa16
1962Wa18
1962Wa20
1962Wa28
1962Ya01
PHRVA
NUPHA
PHRVA
PHRVA
AAFPA
NUPHA
NUPHA
NUPHA
PHMAA
NUPHA
NUPHA
NUPHA
COREA
NUPHA
127,
36,
125,
125,
6,
36,
30,
31,
7,
31,
35,
36,
255,
30,
1708
1
1641
968
109
284
177
406
105
575
232
207
1604
68
591
W.R. Pierson, H.C. Griffin, C.D. Coryell
D.J. Pullen, A.E. Litherland, S. Hinds, R. Middleton
C.F. Schwerdtfeger, E.G. Funk,Jr., J.W. Mihelich
M.L. Seghal
A. Siivola
J. Unik, P. Day, S. Vandenbosch
S.E. Vandenbosch, P. Day
B. Van Nooijen, H. van Krugten, W.J. Wiesehahn, A.H. Wapstra
D.E. Watt, R.N. Glover
A.H. Wapstra, J.F.W. Jansen, P.F.A. Goudsmit, J. Oberski
R.J. Walen, V. Nedovesov, G. Bastin-Scoffier
L.B. Warner, R.K. Sheline
R.J. Walen
T. Yamazaki, H. Ikegami, M. Sakai
1963
1963Ab02
PHLTA
5,
359
1963Ba32
1963Ba37
NUPHA
ZETFA
43,
44,
285
35
1963Ba47
CJPHA
41,
1482
1963Bi12
CJPHA
41,
1532
1963Bj01
1963Bj02
1963Bl03
1963Bo07
1963Bo14
1963Bo17
1963Ca03
1963Cr06
1963Da03
1963Da10
1963Do07
1963Em02
NUPHA
NUPHA
PHLTA
PHRVA
PHYSA
PHYSA
PHRVA
PHRVA
ZEPYA
PHRVA
PHRVA
PHRVA
42,
42,
3,
130,
29,
29,
129,
132,
172,
132,
132,
129,
469
642
257
1078
277
535
1782
1681
202
1673
2600
2597
1963Fr10
1963Fu17
PHRVA
KERNA
132,
6,
2169
152
1963Go06
1963Gr08
1963Gu04
1963Ho18
1963Ho.A
1963Ik01
1963Ja06
NUCIA
30,
AAFPA
6,
PHRVA
131,
JINCA
25,
PrvCom AHW
NUPHA
41,
NUPHA
41,
14
128
301
1303
1963Ka21
1963La06
1963Ok01
1963Pa09
1963Pe13
1963Pe16
1963Pl01
1963Pr13
1963Rh02
PHLTA
PHRVA
JUPSA
NUPHA
NUPHA
PHLTA
CZYPA
BAPMA
PHRVA
98
324
1563
336
653
347
23
691
1227
6,
132,
18,
45,
44,
6,
13,
11,
131,
130
303
A. Abdumalikov, A. Abdurazakov, K. Gromov, Z. Zhelev, N. Lebedev,
B. Dzelepov, A. Kudryavtseva
C.V.K. Baba, G.T. Ewan, J.F. Suarez
N.B. Badalov, S.S. Vasilenko, M.G. Kaganskii, D.L. Kaminskii,
M.K. Nikitin
R.C. Barber, W. McLatchie, R.L. Bishop, P. Van Rookhuyzen, H.E. Duckworth
R.L. Bishop, R.C. Barber, W. McLatchie, J.D. Macdougall,
P. Van Rookhuyzen, H.E. Duckworth
S. Bjornholm, F. Boehm, A.B. Knutsen, O.B. Nielsen
S. Bjornholm, O.B. Nielsen
H.R. Blieden
R.O. Bondelid, J.W. Butler
P. Born, C. Bobeldijk, W.A. Oost, J. Blok
P. Born, A. Veefkind, W.H. Elsenaar, J. Blok
D.C. Camp, L.M. Langer
B. Crasemann, G.T. Emery, W.R. Kane, M.L. Perlman
H. Daniel, O. Mehling, D. Schotte
R.A. Damerow, R.R. Ries, W.H. Johnson,Jr.
I. Dostrovsky, S. Katcoff, R.W. Stoenner
G.T. Emery, W.R. Kane, M. McKeown, M.L. Perlman, G. ScharffGoldhaber
G. Frick, A. Gallmann, D.E. Alburger, D.H. Wilkinson, J.P. Coffin
L. Funke, K. Hohmuth, H. Jungclaussen, K.-H. Kaun, G. Muller, H. Sodan,
L. Werner
K.P. Gopinathan, M.C. Joshi, M. Radha Menon
G. Graeffe
R. Gunnink
R.W. Hoff, F. Asaro, I. Perlman
A.M. Hoogenboom
H. Ikegami, K. Sugiyama, T. Yamazaki, M. Sakai
A. Jasinski, J. Kownacki, H. Lancman, J. Ludziejewski, S. Chojnacki,
I. Yutlandov
M. Karras, J. Kantele
L.M. Langer, D.E. Wortman
K. Okano, K. Nishimira
M. Pasternak, T. Sonnino
L. Persson, H. Ryde, K. Oelsner-Ryde
L. Persson
Z. Plajner, L. Maly, N. Eissa, A. Benadek
Z. Preibisz, K. Pawlak, K. Stryczniewicz
J.I. Rhode, O.E. Johnson
592
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
1963Ri07
1963Ry01
1963Sc15
1963Su.A
1963Th02
1963Va24
1963Wo04
1963Yo07
PHRVA
132,
AFYSA
23,
PHRVA
132,
UCRL-11082
NUPHA
41,
PHYSA
29,
RAACA
1,
NUPHA
46,
1963Zy01
NUPHA
42,
1662
171
2650
380
990
225
78
330
R.R. Ries, R.A. Damerow, W.H. Johnson,Jr.
H. Ryde, L. Persson, K. Oelsner-Ryde
F. Schima, E.G. Funk,Jr., J.W. Mihelich
V.B. Subrahmanyam (thesis Berkeley)
B.V. Thosar, R.P. Sharma, K.G. Prasad
C. van der Leun, P.M. Endt
G. Wolzak, H. Morinaga
Y. Yoshizawa, H. Okamura, S. Iwata, I. Fugiwara, T. Shigematsu,
M. Tabushi, T. Tarumoto, K. Sakamoto
J. Żylicz, Z. Sujkowski, J. Jastrzebski, O. Wolczek, S. Chojnacki, I. Yutlandov
1964
1964Ag.A
P-Tbilis
63
1964As01
1964Ba03
PLRBA
CJPHA
133,
42,
291
391
1964Ba13
1964Ba36
1964Be10
1964Bo13
1964Bo25
1964Bu10
1964Da15
1964De10
1964Do01
1964Er06
1964Fl02
1964Fu08
1964Go08
1964Gr11
1964Ha29
1964Ho28
1964Jo11
1964Ka10
1964Ka16
1964Ka23
1964La03
1964La13
1964Ma30
1964Ma36
1964Ma.A
1964Mc21
1964Pa03
1964Pe17
1964Sa32
1964Sc27
1964Sh21
1964Sp12
1964Ta11
NUPHA
PLRBA
NUPHA
NUPHA
AFYSA
PLRBA
NUPHA
PLRBA
NUPHA
PLRBA
RAACA
NUPHA
PLRBA
AAFPA
PHYSA
APASA
PLRBA
PLRBA
AAFPA
AFYSA
PLRBA
PLRBA
CJPHA
CZYPA
P-Vienna
CPHMA
APASA
PLRBA
SHIBA
IDO-17042
JUPSA
P-Vienna
JUPSA
52,
136,
50,
53,
26,
136,
56,
134,
50,
135,
2,
60,
134,
6,
30,
18,
136,
135,
6,
27,
133,
135,
42,
14,
19,
125
603
657
618
141
1
147
705
489
110
210
294
297
145
1802
309
1719
9
162
61
1145
581
1700
240
279
#4
315
330
54
11
245
289
587
1964Th05
1964To04
1964Va20
1964Wi07
NUPHA
PLRBA
AAFPA
PLRBA
60,
136,
6,
135,
35
1233
165
289
30,
18,
136,
5,
19,
V.K. Ageev, K.Y. Gromov, B.S. Dzelepov, Z. Zhelev, V. Kalinnikov,
A. Kudryavtseva
F. Asaro, S. Bjornholm, I. Perlman
R.C. Barber, W. McLatchie, R.L. Bishop, J.D. Macdougall,
P. van Rookhuyzen, H.E. Duckworth
H. Bakhru, S.K. Mukherjee
E.L. Bahn,Jr., B.D. Pate, R.D. Fink, C.D. Coryell
U. Bertelsen, G.T. Ewan, H.L. Nielsen
R.O. Bondelid, J.W. Butler
E.C.O. Bonacalza
S.B. Burson, E.B. Shera, T. Gedayloo, R.G. Helmer, D. Zei
H. Daniel, J. Huefner, T. Lorenz, O.W.B. Schult, U. Gruber
S.H. Devare, H.G. Devare
D. Donhoffer
J.R. Erskine
J. Flegenheimer, G.B. Baro
M. Fujioka, K. Hisatake, K. Takahashi
K.P. Gopinathan, M.G. Joshi
G. Graeffe, K. Valli, J. Aaltonen
J.H. Hamilton, K.E.G. Lobner, A.R. Sattler, R. van Lieshout
I. Hofman
C.H. Johnson, C.C. Trail, A. Galonsky
J. Kantele, M. Karras
J. Kantele, K.M. Broom, D.M. Chittenden
S.E. Karlsson, O. Bergman, W. Scheuer
L.M. Langer, E.H. Spejewski, D.E. Wortman
L.M. Langer, E.H. Spejewski, D.E. Wortman
K.C. Mann, F.A. Payne, R.P. Chaturvedi
L. Maly, Z. Plajner, J. Jursik, M. Finger
J.B. Marion
J.D. McCoy
H. Paul
N.F. Peek, J.A. Jungerman, C.G. Patten
K. Sato
R.P. Schuman
Y. Shida
A. Sperduto, W.W. Buechner
E. Takekoshi, Z.-I. Matumoto, M. Ishii, K. Sugiyama, S. Hayashibe,
H. Sekiguchi, H. Natsume
K.S. Thorne, E. Kashy
K.S. Toth, T.H. Handley, E. Newman, I.R. Williams
K. Valli
D.C. Williams, R.A. Naumann
1965
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
1965Bi04
1965Bi12
1965Bl06
1965Br28
1965Br31
1965Bu03
1965Bu07
1965Ce02
1965Co06
1965Cr04
1965Da01
1965De20
1965De22
1965Du02
1965Eb01
1965Fr04
1965Fr12
1965Go05
1965Gu03
1965Ha30
1965Ho07
1965Hs02
1965Iv01
1965Jo04
1965Jo13
1965Ka07
1965Ke04
1965Kv01
1965Le06
1965Le07
1965Li11
1965Ma07
1965Ma32
1965Ma51
1965Me12
1965Mo16
1965Mo19
1965Mu09
1965Og01
1965Pa08
1965Pe18
1965Ra02
1965Re07
1965Ry01
1965Sc19
1965Va02
1965Va16
1965Wi08
PLRBA
IANFA
AFYSA
NUPHA
NUPHA
JINCA
NUPHA
PRLTA
CJPHA
NUPHA
NUPHA
NUPHA
PLRBA
COREA
NUPHA
NUPHA
PLRBA
PLRBA
NUPHA
PHLTA
NUPHA
NUPHA
IANFA
NUPHA
NUPHA
JINCA
NUPHA
NUPHA
NUPHA
NUPHA
JNCEA
PHLTA
NUPHA
IANFA
PHLTA
NUPHA
NUPHA
NUPHA
NUPHA
NUPHA
AFYSA
PLRBA
NUPHA
NUPHA
PLRBA
NUPHA
AAFPA
PHLTA
138,
29,
28,
72,
72,
27,
65,
15,
43,
70,
63,
73,
140,
261,
61,
64,
140,
137,
64,
19,
71,
73,
29,
61,
72,
27,
61,
74,
63,
65,
19,
14,
67,
29,
19,
74,
70,
67,
66,
72,
29,
137,
65,
70,
140,
63,
6,
15,
514
151
415
194
529
907
561
300
383
129
145
49
536
98
479
303
563
1466
401
304
449
379
157
385
617
1451
513
27
263
337
73
46
73
1121
133
403
293
466
119
326
423
13
609
369
1496
241
177
143
593
W.N. Bishop
E.I. Biryukov, V.T. Novikov, N.S. Shimanskaya
P.H. Blichert-Toft
C.P. Browne, W.E. Dorenbusch, F.H. O’Donnell
L. Broman, J. Dubois
F.D.S. Butement, S.M. Quaim
J. Burde, M. Rakavi, G. Adam
J. Cerny, C. Détraz, R.H. Pehl
C.R. Cothern, R.D. Connor
T. Cretzu, K. Hohmuth, J. Schintlmeister
H. Daniel, M. Kuntze, B. Martin, P. Schmidlin, H. Schmitt
S.A. De Wit, A.H. Wapstra
S.H. Devare, R.M. Singru, H.G. Devare
J.C. Duperrin, A. Guizon-Juillard
T.G. Ebrey, P.R. Gray
K. Fritze
M.S. Freedman, F.T. Porter, F. Wagner,Jr.
S. Gorodetsky, A. Gallmann, R. Rebmeister
M. Guttman, E.G. Funk,Jr., J.W. Mihelich
P.G. Hansen, H.L. Nielsen, K. Wilsky, J. Treherne
C.G. Hoot, M. Kondo, M.E. Rickey
S.T. Hsue, L.M. Langer, S.M. Tang, D.A. Zollman
Y.F. Ivanov, I.A. Rumer, A.Y. Bukach
M.W. Johns, M. Kawamura
N.R. Johnson, K. Wilsky, P.G. Hansen, H.L. Nielsen
P. Kauranen, H. Ihochi
W.J. Keeler, R.D. Connor
E. Kvale, A.C. Pappas
H. Leutz, K. Schneckenberger, H. Wennige
W.H.G. Lewin, J. Lettinga, B. van Nooijen, A.H. Wapstra
H. Liskien, A. Paulsen
A. Marinov, J.R. Erskine
J.H.E. Mattauch, W. Thiele, A.H. Wapstra
I. Mahunka, T. Fenyes
R. Messlinger, H. Morinaga, C. Signorini
R. Moreh, T. Daniels
R. Moreh
A. Mukerji, D.N. McNelis, J.W. Kane,Jr.
I. Ogawa, T. Doke, M. Miyajima, A. Nakamoto
H. Paul
H. Pettersson, O. Berhman, C. Bergman
A.V. Ramaya, Y. Yoshizawa
R. Reising, B.D. Pate
A. Rytz
F. Schima, T. Katoh
B. Van Nooijen, W. Lourens, H. van Krugten, A.H. Wapstra
K. Valli, J. Aaltonen, G. Graeffe, M. Nurmia, R. Poeyhoenen
E.T. Williams, P.G. Hansen, J. Lipperts, H.L. Nielsen, K. Wilsky
1966
1966Ah.A
1966Ah.B
1966Ak01
UCRL-16580
UCRL-16888
AENGA
21,
243
1966An10
1966Au04
1966Av03
CHDBA
NUPHA
IANFA
214
441
542
262,
81,
30,
21
I. Ahmad, F. Asaro, I. Perlman
I. Ahmad
G.N. Akapev, A.G. Demin, V.A. Druin, E.G. Imaev, I.V. Kolesov,
Y.V. Lobanov, L.P. Pashchenko
S. Andre, P. Depommier
R.L. Auble, W.H. Kelly
M.P. Avotina, E.P. Grigorev, B.S. Dzelepov, A.V. Zolotavin, V.O. Sergeev
594
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
1966Ba07
1966Ba14
1966Be10
1966Be12
1966Bj01
1966Bl15
1966Bo20
1966Br14
1966Bu16
1966Ca09
1966Ca10
1966Da04
1966Da06
1966De11
1966Ei01
1966El09
1966Er02
1966Fu05
1966Fu08
1966Ga03
1966Ga08
1966Ha15
YAFIA
4,
CHDBA 262,
PHRVA
141,
PHLTA
21,
NUPHA
86,
PHRVA
151,
NUPHA
86,
NUPHA
81,
KDVSA
35,
NUPHA
82,
NUPHA
85,
NUPHA
76,
PHRVA
147,
NUPHA
83,
PHRVA
146,
ORNL-3889
PHRVA
142,
NUPHA
84,
NUPHA
84,
NUPHA
76,
PHRVA
147,
NUPHA
76,
1108
89
1112
205
145
930
187
233
#2
471
317
97
845
289
899
49
633
461
424
353
753
257
1966Ha29
1966He10
1966Hi01
1966Hs01
1966Ki06
1966La04
1966Li04
1966Ma49
1966Ma51
1966Mc12
1966Mo06
1966Ne01
1966No05
1966Ny01
1966Pa18
1966Pe10
1966Po04
1966Qa02
1966Ra03
1966Re02
1966Rg01
NUPHA
NUPHA
PHLTA
NUPHA
CJPHA
NUPHA
PHRVA
IANFA
IANFA
CJPHA
PHRVA
PRLTA
NUPHA
NUPHA
NUPHA
NUPHA
PHRVA
NUPHA
PHRVA
PHLTA
PHRVA
84,
88,
21,
80,
44,
78,
141,
30,
30,
44,
141,
16,
86,
88,
85,
83,
146,
88,
142,
20,
148,
62
561
328
657
2661
1
1089
1185
1375
3033
1166
28
102
63
504
33
774
285
768
40
1192
1966Ri01
1966Ri09
1966Sc23
1966Sc24
1966Sh03
NUPHA
NUPHA
NUPHA
PHRVA
PHRVA
75,
86,
89,
151,
143,
381
167
401
950
857
1966Si08
1966Sn02
1966Va.A
1966Vo05
1966Wh01
1966Wi04
1966Wi11
NUPHA
84,
PHRVA
147,
UCRL-16580
ZEPYA
195,
PHRVA
150,
ZEPYA
191,
PHLTA
22,
385
967
85
343
836
137
162
S.A. Baranov, Y.F. Rodionov, V.M. Kulakov, V.M. Shatinskii
G. Bastin, C.F. Leang, R.J. Walen
J.L. Benson, W.H. Johnson,Jr.
H. Beekhuis
J.H. Bjerregaard, O. Hansen, O. Nathan, S. Hinds
A.G. Blair, D.D. Armstrong
B.E. Bonner, G. Rickards, D.L. Bernard, G.C. Phillips
H.F. Brinckmann, C. Heiser, K.F. Alexander, W. Neubert, H. Rotter
D.G. Burke, B. Zeidman, B. Elbek, B. Herskind, M. Olesen
R.C. Catura, J.R. Richardson
M.J. Canty, W.F. Davidson, R.D. Connor
H. Daniel, G.T. Kaschl
W.R. Daniels, D.C. Hoffman
E.Y. De Aisenberg, J.F. Suarez
E. Eichler, J.W. Chase, N.R. Johnson, G.D. O’Kelley
J.S. Eldridge, W.S. Lyon
J.R. Erskine, A. Marinov, J.P. Schiffer
L. Funke, H. Graber, K.-H. Kaun, R. Ross, H. Sodan, L. Werner, J. Frana
L. Funke, H. Graber, K.-H. Kaun, H. Sodan, G. Geske, J. Frana
R. Gaeta, M.A. Vigon
A. Gallmann, P. Fintz, J.B. Nelson, D.E. Alburger
P.G. Hansen, H.L. Nielsen, K. Wilsky, Y.K. Agarwal, C.V.K. Baba,
S.K. Bhattacherjee
G.R. Hagee, R.C. Lange, J.T. McCarty
P.V. Hewka, C.H. Holbrow, R. Middleton
S. Hinds, J.H. Bjerregaard, O. Hansen, O. Nathan
S.T. Hsue, L.M. Langer, E.H. Spejewski, S.M. Tang
J.E. Kitching, M.W. Johns
T. Lauritsen, F. Ajzenberg-Selove
A.C. Li, I.L. Preiss, P.M. Strudler, D.A. Bromley
E.P. Mazets, Y.V. Sergeenkov
I. Mahunka, L. Tron, T. Fenyes, V.A. Khalkin
C.C. McMullen, K. Fritze, R.H. Tomlinson
C.F. Moore, P. Richard, C.E. Watson, D. Robson, J.D. Fox
E. Newman, J.C. Hiebert, B. Zeidman
A.E. Norris, G. Friedlander, E.M. Franz
B. Nyman, A. Johansson, C. Bergman, G. Backstrom
P.B. Parks, P.M. Beard, E.G. Bilpuch, H.W. Newson
H. Pettersson, G. Backstrom, C. Bergman
F.T. Porter, M.S. Freedman, F. Wagner,Jr., K.A. Orlandini
S.N. Qaim
P.V. Rao, B. Crasemann
W. Reichart, H.H. Staub, H. Stussi, F. Zamboni
Research-Group, Combined Radioactivity Group LRL-LASL-UCRLANL
P. Riehs
G. Rickards, B.E. Bonner, G.C. Phillips
D. Schwalm, B. Povh
F.J. Schima
R.K. Sheline, C.E. Watson, B.P. Maier, U. Gruber, R.H. Koch,
O.W.B. Shult, H.T. Motz, E.T. Jurney, G.L. Struble, T. von Egidy, T. Elze,
E. Bieber
A. Siivola
R.E. Snyder, G.B. Beard
K. Valli, E.K. Hyde
H. Vonach, H. Munzer, P. Hille
W. Whaling
K. Wien
D.C. Williams, J.D. Knight, W.T. Leland
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
1966Wi12
NUPHA
84,
609
595
I.R. Williams, K.S. Toth, T.H. Handley
1967
1967Ah02
PHRVA
164,
1537
1967Al08
1967An01
1967As02
1967Ba01
NUPAB
NUPAB
PHRVA
NUPAB
98,
94,
158,
91,
323
289
1073
465
1967Ba15
1967Ba42
1967Ba43
1967Ba51
1967Ba.A
1967Be46
1967Bj01
1967Bj05
1967Ca18
1967Ch05
1967Da10
1967Dz02
PHRVA
155,
YAFIA
5,
YAFIA
5,
CHDBA 265,
P-Gatlinburg
NUPAB
104,
NUPAB
94,
PHRVA
160,
NUPAB
104,
NUPAB
94,
CJPHA
45,
IANFA
31,
1319
241
518
863
261
241
457
889
35
417
2295
568
1967Er02
1967Es06
1967Fi04
1967Fl15
P-Winnipeg
AAFPA
6,
PYLBB
24,
AENGA
22,
622
261
340
342
1967Fr02
NUPAB
94,
366
1967Gh01
1967Go22
1967Go25
1967Go32
PRLTA
NUPAB
PHYSA
IANFA
18,
104,
35,
31,
401
497
479
1618
1967Gu11
1967Gu12
1967Ha03
1967Ha04
1967Hi01
1967Ho01
1967Ho12
1967Ho19
1967Hs01
1967Hu05
1967Il01
1967Ko01
1967Ma07
1967Mc07
IJPYA
IJPYA
NUPAB
PYLBB
PYLBB
NUPAB
PHRVA
AFYSA
NUPAB
ZEPYA
YAFIA
NUPAB
NUPAB
NUPAB
41,
41,
90,
24,
24,
90,
159,
36,
94,
203,
6,
90,
95,
99,
633
667
573
95
89
545
1000
211
146
435
1117
558
632
6
1967Mc14 PRLTA
1967Mi02 NUPAB
1967Mi03 AENGA
19,
94,
22,
1442
261
90
264,
99,
100,
102,
330
652
45
406
1967Mo10
1967Mo12
1967Mo13
1967Mo17
CHDBA
NUPAB
NUPAB
NUPAB
I. Ahmad, A.M. Friedman, R.F. Barnes, R.K. Sjoblom, J. Milsted,
P.R. Fields
A.M. Aldridge, H.S. Plendl, J.P. Aldridge,III
S. Antman, H. Pettersson, A. Suarez
F. Asaro, I. Perlman
V.A. Balalaev, B.S. Dzelepov, L.N. Moskvin, S.A. Shetopalova,
N.A. Voinova
P.D. Barnes, J.R. Comfort, C.D. Bockelman
S.A. Baranov, I.G. Aliev, L.V. Chistyakov
S.A. Baranov, M.K. Chadzhiev, V.M. Kulakov, V.M. Shatinskii
G. Bastin-Scoffier
C.A. Barnes, E.G. Adelsberger, D.C. Hensley, A.B. Macdonald
G. Berzins, W.H. Kelly, G. Graeffe, W.B. Walters
J.H. Bjerregaard, O. Hansen, O. Nathan, S. Hinds
J.H. Bjerregaard, O. Hansen, G.R. Satchler
M.J. Canty, R.D. Connor
P. Charoenkwan, J.R. Richardson
W.F. Davidson, C.R. Cothern, R.D. Connor
B.S. Dzelepov, R.B. Ivanov, M.A. Mikhailov, L.N. Moskvin,
O.M. Nazarenko, V.F. Radionov
J.R. Erskine, A.M. Friedman, T.H. Braid, R.R. Chasman
K. Eskola
P.R. Fields, R.F. Barnes, R.K. Sjoblom, J. Milsted
G.N. Flerov, S.M. Polikanov, V.L. Mikheev, V.I. Ilyushchenko,
M.B. Miller, V.A. Shchegolev
J. Frana, I. Rezanka, Z. Plajner, A. Spalek, J. Jursik, M. Vobecky,
A. Mastalka, L. Funke, A. Graber, H. Sodan
A. Ghiorso, T. Sikkeland, M.J. Nurmia
P.F.A. Goudsmit, J. Konijn, F.W.N. De Boer
P.F.A. Goudsmit
N.A. Golovkov, K.Y. Gromov, N.A. Lebedev, B. Makhmudov, A.S. Rudnev, V.G. Chumin
S.C. Gujrathi, S.K. Mukherjee
S.C. Gujrathi, S.K. Mukherjee
S.K. Haynes, M. Velinsky, L.J. Velinsky
P.G. Hansen, H.L. Nielsen, K. Wilsky, J.G. Cuninghame
S. Hinds, H. Marchant, R. Middleton
J.L. Honsaker
K.J. Hofstetter, P.J. Daly
D.C. Hoffman, O.B. Michelsen, W.R. Daniels
S.T. Hsue, M.U. Kim, S.M. Tang
E. Huster, H. Verbeek
V.I. Ilyushchenko, M.B. Miller, V.L. Mikheev, V.A. Shchegolev
J. Konijn, E.W.A. Lingeman, S.A. De Wit
A. Marelius, P. Sparrman, S.-E. Hagglund
W.R. McMurray, M. Peisach, R. Pretorius, P. Van der Merwe, I.J. Van Heerden
R.L. McGrath, J. Cerny, E. Norbeck
R.G. Miller, R.W. Kavanagh
V.L. Mikheev, V.I. Ilyushchenko, M.B. Miller, S.M. Polikanov,
G.N. Flerov, Y.P. Kharitonov
E. Monnand, J.A. Pinston, R. Henck
J.A. Moragues, P. Reyes-Suter, T. Suter
Y. Motavalledi-Nobar, J. Berthier, J. Blachot, R. Henck
W.G. Mourad, K.E. Nielsen, M. Petrilak
596
1967Mu16
1967Ni02
1967Nu01
1967Oa01
1967Od01
1967Pa04
1967Pa08
1967Pi03
1967Ra13
1967Sc01
1967Sc10
1967Sc15
1967Sc26
1967Sc30
1967Si02
1967Si07
1967Si08
1967Si09
1967Sp03
1967Sp06
1967Sp08
1967Sp09
1967St30
1967Ti04
1967Tr06
1967Va14
1967Va17
1967Va20
1967Va22
1967Va23
1967Vo05
1967Vr04
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
PHRVA
159,
NUPAB
93,
PYLBB
26,
PYLBB
24,
PHRVA
158,
JOPQA
28,
CJPHA
45,
PHRVA
159,
NUPAB
99,
NUPAB
96,
ZEPYA
203,
NUPAB
101,
NUPAB
104,
PHRVA
164,
NUPAB
92,
PYLBB
24,
PYLBB
24,
NUPAB
101,
PHRVA
155,
NUPAB
99,
ZEPYA
204,
P-Winnipeg
P-Winnipeg
NUPAB
100,
NUPAB
97,
NUPAB
99,
PHRVA
159,
JINCA
29,
PHRVA
161,
NUPAB
102,
PHRVA
164,
IANFA
31,
1967Wa09 NUPAB
1967Wa23 PHRVA
1967Wi19 NUIMA
97,
164,
52,
1039
385
78
142
957
388
2621
939
547
337
289
177
692
1548
475
331
333
129
1368
625
129
657
495
425
405
473
1013
2503
1284
369
1374
604
641
1545
77
G. Muehllehner, A.S. Poltorak, W.C. Parkinson, R.H. Bassel
H.L. Nielsen, K. Wilsky, J. Żylicz, G. Sorensen
M. Nurmia, T. Sikkeland, R. Silva, A. Ghiorso
N.S. Oakey, R.D. McFarlane
F.H. O’Donnel, C.P. Browne
P. Paris
J.J.H. Park, P. Christmas
W.R. Pierson, K. Rengan
R.C. Ragaini, G.E. Gordon, W.B. Walters
S.O. Schriber, M.W. Johns
G. Schulz
G. Schulte
G. Schulz, K. Ziegler
O.W.B. Schult, W.R. Kane, M.A.J. Mariscotti, J.M. Simic
A. Siivola
T. Sikkeland, A. Ghiorso
T. Sikkeland, A. Ghiorso, J. Maly, M.J. Nurmia
A. Siivola
R.R. Spencer, K.T. Faler
E.H. Spejewski, J.B. Willett
A. Spalek, I. Rezanka, J. Frana, A. Mastalka
A. Sperduto
H.H. Staub
E. Tielsch-Cassel
W. Treytl, K. Valli
J. Van Klinken, L.M. Taff
K. Valli, M.J. Nurmia, E.K. Hyde
K. Valli, E.K. Hyde, W. Treytl
K. Valli, W. Treytl, E.K. Hyde
L. Van Neste, R. Coussement, J.P. Deutsch
D. Von Ehrenstein, J.P. Schiffer
J. Vrzal, K.Y. Gromov, J. Liptak, F. Molnar, V.A. Morozov, J. Urbanets,
V.G. Chumin
A.H. Wapstra
T.E. Ward, H. Ihochi, M. Karras, J.L. Meason
J.B. Willet, E.H. Spejewski
1968
1968Ab14
IANFA
32,
749
1968Ab17
IANFA
32,
793
1968Ad03
1968Ad08
1968Ah01
1968An03
1968An11
1968Au04
1968Ba25
1968Ba53
1968Ba73
1968Ba.A
1968Be02
1968Be06
1968Be21
1968Be35
1968Be.A
1968Bu02
JPAGB
APPOA
NUPAB
NUPAB
NUPAB
NUPAB
YAFIA
YAFIA
JOPQS
PrvCom
NUPAB
NUPAB
NUPAB
ZEPYA
BAPSA
PHRVA
1,
34,
119,
110,
121,
116,
7,
7,
1,C1
549
529
27
289
337
14
727
1153
181
Rytz
296
382
433
229
1430
1096
106,
108,
121,
216,
13,
166,
A.A. Abdurazakov, J. Vrzal, K. Ya. Gromov, Zh. T. Zhelev, V.G. Kalinnikov, J. Liptak, S.K. Li, F.N. Mukhtasimov, U.K. Nazarov, J. Urbanets
L.N. Abesalashvili, K.Y. Gromov, Z.T. Zhelev, V.G. Kalinnikov, J. Liptak,
U.K. Nazarov, J. Urbanets
J.M. Adams, A. Adams, J.M. Calvert
B. Adamowicz, Z. Moroz, Z. Preibisz, A. Zglinski
I. Ahmad, A.M. Friedman, J.P. Unik
S. Antman, H. Petterson, Y. Grunditz
S. Andre, P. Liaud
R.L. Auble, J.B. Ball, C.B. Fulmer
S.A. Baranov, V.M. Kulakov, V.M. Shatinskii
I. Bacso, D.D. Bogdanov, S. Barocsy, V.A. Karnaukhov, L.A. Petrov
G. Bastin, C.F. Leang, R.J. Walen
G. Bastin, C.F. Leang, R.J. Walen
J.E. Benn, E.B. Dally, H.H. Muller, R.E. Pixley, H.H. Staub, H. Winkler
H. Beekhuis, R.J. Van Duinen
C.E. Bemis,Jr., J. Halperin
E. Beck, H. Daniel
M.J. Bennet, R.K. Sheline
G.W. Butler, J. Cerny, S.W. Cosper, R.L. McGrath
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
1968Ch20
1968Ch.A
1968Co22
1968Da02
1968Da09
1968Da13
1968De27
1968En01
1968Et01
1968Fi01
1968Fi04
1968Fu07
NUPAB
PrvCom
NUPAB
NUPAB
PHRVA
NUPAB
ZEPYA
NUPAB
PHRVA
NUPAB
PHRVA
NUPAB
119,
AHW
117,
107,
172,
112,
216,
107,
168,
111,
173,
118,
305
May
449
569
1176
241
103
305
1249
338
1078
97
1968Go34
1968Go.A
1968Go.B
APPOA
BAPSA
P-Dubna
34,
13,
511
1452
54
1968Go.C
1968Gr09
1968Ha14
1968Ho10
1968Ho13
1968Hs01
1968Hs02
1968Ja11
1968La18
1968Le07
1968Mc09
1968Mc10
1968Mi08
1968Mo21
1968My.A
1968Pa03
1968Pe01
1968Pi03
1968Re12
1968Sa09
P-Dubna
NUPAB
113,
NUPAB
113,
JOPQA
29,
NUPAB
115,
NUPAB
109,
NUPAB
117,
AFYSA
37,
PHRVA
175,
CHDBA 266,
PHRVA
172,
PHRVA
171,
NUPAB
119,
PHRVA
175,
P-Debreccen
NUPAB
110,
NUPAB
108,
JOPQA
29,
JINCA
30,
NUPAB
118,
27
353
206
138
225
423
686
585
1507
629
1253
1254
609
1516
102
674
124
257
2887
409
1968Sa13
1968Sc04
1968Sc14
1968Sh12
1968Si01
1968Sn01
1968Su02
1968Tr07
1968Va04
1968Va08
1968Va17
1968Va18
1968Vi01
1968Vi05
1968We02
1968Wh03
1968Wi25
1968Wo02
1968Ze04
1968Zh04
NUPAB
PHRVA
ZEPYA
PHRVA
NUPAB
NUPAB
PRLTA
ZENAA
PHRVA
ATKOA
PHYSA
PHRVA
PYLBB
IANFA
NUPAB
NUIMA
ATKEA
NUPAB
APASA
IANFA
65
1212
282
1108
231
581
237
2127
1094
27
253
1377
285
1625
561
70
383
156
31
1610
121,
166,
217,
170,
109,
113,
21,
23,
167,
10,
40,
176,
26,
32,
109,
66,
13,
112,
27,
32,
597
R. Chapman, S. Hinds, A.E. Macgregor
R.E. Chrien
M. Conjeaud, S. Harar, Y. Cassagnou
W.R. Daniels, D.C. Hoffman, F.O. Lawrence, C.J. Orth
J.M. D’Auria, H. Bakhru, J.C. Preiss
W.R. Daniels, F.O. Lawrence, D.C. Hoffman
I. Dernedde
G.A.P. Engelbertink, H. Lindeman, M.J.N. Jacobs
R.C. Etherton, L.M. Beyer, W.H. Kelly, D.J. Horen
E. Fincke, U. Jahnke
H.J. Fischbeck
L. Funcke, W. Andrejtscheff, H. Graber, U. Hagemann, K.-H. Kaun,
P. Kemnitz, W. Meiling, H. Sodan, F. Stary, G. Winter
M. Gonsior, G.I. Lizurei, G. Nevodnichanskii, A.V. Potempa
K.P. Gopinathan, W. Rubinson
N.A. Golovkov, R.B. Ivanov, Y.V. Norseev, So Ki Kvan, V.A. Khalkin,
V.G. Shumin
N.A. Golovkov, S.V. Khvan, V.G. Chumin
T.B. Grandy, W.J. McDonald, W.K. Dawson, G.C. Neilson
R.L. Hahn, M.F. Roche, K.S. Toth
J.C. Hocquenghem, S. Andre, P. Liaud
R.W. Hoff, J.E. Evans, E.K. Hulet, R.J. Dupzyk, B.J. Qualheim
S.T. Hsue, M.U. Kim, L.M. Langer, E.H. Spejewski
S.T. Hsue, M.U. Kim, L.M. Langer, W.F. Piel, E.H. Spejewski
A. Jasinski, C.J. Herrlander
I.M. Ladenbauer-Bellis, H. Bakhru
C.F. Leang, G. Bastin-Scoffier
L.D. McIsaac
W.J. McDonald, J.T. Sample, D.M. Sheppard, G.M. Stinson, K.W. Jon
W. Michaelis, F. Weller, H. Schmidt, G. Markus, U. Fanger
P.A. Moore, P.J. Riley, C.M. Jones, M.D. Mancusi, J.L. Foster,Jr.
B. Mysek, Z. Sujkowski, B. Kotlinska
B. Parsa, G.E. Gordon, W.B. Walters
H. Petterson, S. Antman, Y. Grunditz
R.A. Pinston, E. Monnand, A. Moussa
K. Rengan, H.C. Griffin
R. Santo, R. Stock, J.H. Bjerregaard, O. Hansen, O. Nathan, R. Chapman,
S. Hinds
C. Samour, H.E. Jackson, J. Julien, A. Bloch, C. Lopata, J. Morgenstern
D. Schroeer, P.S. Jastram
W.D. Schmidt-Ott, W. Weirauch, F. Smend, H. Langhoff, D.G. Foller
E.B. Shera, M.E. Bunker, R.K. Sheline, S.H. Vegors
A. Siivola
R.E. Snyder, G.B. Beard
A.W. Sunyar, G. Scharff-Goldhaber, M. McKeown
N. Trautmann, R. Denig, N. Karfeel, G. Herrmann
K. Valli, W.J. Treytl, E.K. Hyde
E. Vatai, K. Hohmuth
H. Van Krugten, E.W. Koopmans
K. Valli, E.K. Hyde
G.B. Vingiani, G. Chilosi, W. Bruynesteyn
V.D. Vitman, B.S. Dzelepov, A.I. Medvedev
H. Wenniger, J. Stiewe, H. Leutz
D.H. White, D.J. Groves, R.E. Birket
P. Wille
J.L. Wolfson, A.J. Collier
H. Zemann, D. Zemrad
Zh. Zhelev, V.G. Kalinnikov, J. Liptak, L.K. Peker
598
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
1969
1969Aj03
1969An18
1969Ar23
1969Ar.A
1969Ba57
1969Be06
1969Be74
1969Bj01
1969Bl01
1969Bl03
1969Bo11
1969Bo48
1969Bu05
1969Bu.A
1969Ch18
PHRVA
PYLBB
IANFA
P-Studsvik
YAFIA
JINCA
NUIMA
NUPAB
PRLTA
NUPAB
NUPAB
NUIMA
PHRVA
P-Yerevan
PYLBB
188,
30,
33,
1813
160
1218
10,
31,
76,
131,
22,
123,
130,
72,
179,
29,
1110
599
77
481
470
129
195
40
1113
71
652
1969Co03
1969Da15
1969Fr01
1969Gh01
1969Go23
NUPAB
PHRVA
NUPAB
PRLTA
IANFA
129,
181,
127,
22,
33,
10
1618
33
1317
1622
1969Gr08
1969Gr24
1969Gr28
1969Ha11
1969Ha32
1969Ha44
1969Ho10
1969Jo07
1969Ka06
1969Ki16
1969Kl06
1969Ku03
1969Ku07
1969La11
NUPAB
NUPAB
CHDBA
NUPAB
PHRVA
NUPAB
NUPAB
PHYSA
JUPSA
YAFIA
ZEPYA
ZEPYA
NUPAB
PHRVA
131,
136,
269,
127,
182,
136,
131,
42,
26,
10,
225,
222,
133,
178,
180
513
652
71
1329
414
551
303
1071
1105
364
144
554
1919
1969La15
1969La33
1969Le05
1969Le.A
1969Mi10
1969Mo16
1969Na03
1969Na05
1969Na11
1969Oh01
1969Ov01
1969Ph01
1969Ph03
1969Pi08
1969Ra24
1969Re04
1969St02
1969St07
1969Te01
PHRVA
PHRVA
NUPAB
Th.-Paris
PHRVA
NUPAB
PHRVA
NUPAB
NUPAB
PHRVA
NUIMA
NUPAB
RRALA
NUPAB
NUPAB
PHYSA
PHRVA
PHRVA
PHRVA
180,
187,
135,
1015
1739
36
177,
134,
178,
134,
137,
177,
68,
135,
1,
133,
138,
40,
178,
178,
177,
1455
321
1968
433
467
1695
61
116
351
124
49
567
2024
1789
1595
F. Ajzenberg-Selove
S. Andre, P. Liaud, F. Perales, S.Y. van der Werf
R. Arlt, Z. Malek, G. Musiol, G. Pfrepper, H. Strusny
S.E. Arnell, R. Hardell, O. Skeppstedt, E. Wallander
S.A. Baranov, V.M. Shatinskii, V.M. Kulakov
C.E. Bemis,Jr., J. Halperin, R. Eby
E. Beck
J.H. Bjerregaard, O. Hansen, O. Nathan, R. Chapman, S. Hinds
A.G. Blair, J.G. Beery, E.R. Flynn
R. Bloch, T. Knellwolf, R.E. Pixley
M. Bormann, B. Lammers
H.M.W. Booij, E.A. Van Hoek, J. Blok
D.L. Bushnell, R.P. Chaturvedi, R.K. Smither
V.R. Burmistrov, B.G. Kiselev
J. Chaumont, E. Roeckl, Y. Nir-El, C. Thibault-Philippe, R. Klapisch,
R. Bernas
M. Conjeaud, S. Harar, E. Thuriere
J.W. Dawson, R.K. Sheline, E.T. Jurney
A.M. Friedman, I. Ahmad, J. Milsted, D.W. Engelkemeir
A. Ghiorso, M. Nurmia, J. Harris, K. Eskola, P. Eskola
N.A. Golovkov, S. Guetch, B.S. Dzelepov, Yu. V. Norseev, V.A. Chalkin,
V.G. Shumin
H. Gruppelaar, A.M.F. Op den Kamp, A.M.J. Spits
A. Graue, J.R. Lien, S. Royrvik, O.J. Aaroy, W.H. Moore
B. Grennberg, A. Rytz
O. Hansen, O. Nathan, R. Chapman, S. Hinds
R.L. Hahn, M.F. Roche, K.S. Toth
P.E. Haustein, A.F. Voigt
D.C. Hoffman, F.O. Lawrence, W.R. Daniels
H.W. Jongsma, B. Bengtsson, G.H. Dulfer, H. Verheul
T. Katoh, T. Morii, H. Inoue, Y. Yoshizawa, H. Gotoh, E. Sakai
B.G. Kiselev, V.R. Burmistrov
J. Kloppenburg
E. Kuhlmann, K.E.G. Lobner
T. Kuroyanagi, T. Tamura
R.G. Lanier, R.K. Sheline, H.F. Mahlein, T. von Egidy, W. Kaiser,
H.R. Koch, U. Gruber, B.P.K. Maier, O.W.B. Schult, D.W. Hafemeister,
E.B. Shera
I.M. Ladenbauer-Bellis, H. Bakhru
I.M. Ladenbauer-Bellis, H. Bakhru, A. Luzzati
C.M. Lederer, J.M. Jaklevic, S.G. Prussin
C.F. Leang
R.C. Minehart, L. Coulson, W.F. Grubb,III, K. Ziock
E. Monnand, J. Blachot, A. Moussa
T. Nagarajan, M. Ravindranath, K.V. Reddy, S. Janananda
T. Nagarajan, M. Ravindranath, K.V. Reddy
T. Nagarajan, M. Ravindranath, K.V. Reddy
H. Ohnuma, J.R. Erskine, J.A. Nolen,Jr., J.P. Schiffer, P.G. Roos
J.C. Overley, P.D. Parker, D.A. Bromley
M.E. Phelps, D.G. Sarantes
A. Phillippe, C. Ballaux, R. Dams, F. Adams
J.A. Pinston, F. Schussler, A. Moussa
S. Ray, J.N. Mo, S. Murzynski, S.K. Mark
E.R. Reddingius, H. Postma
R.H. Stokes, P.G. Young
R.H. Stokes, P.G. Young
J. Tenenbaum, R. Moreh, Y. Wand, B. Arad, G. Ben-David
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
1969Tj01
1969Va06
1969Va17
1969Wa15
1969Wa19
1969Wa.A
1969Ya02
KDVSA
37,
NUPAB
130,
NUPAB
134,
JINCA
31,
PHRVA
185,
UCRL-18667
NUPAB
130,
#7
586
215
2679
1439
54
456
599
P.O. Tjom, B. Elbek
J.M. Vara, R. Gaeta
S.Y. Van der Werf, H. De Waard, H. Beekhuis
T.E. Ward, P.H. Pile, P.K. Kuroda
J. Walinga, J.C. Manthuruthil, C.P. Poirier
D. Ward, F.S. Stephens, R.M. Diamond
T. Yamazaki, J. Sato
1970
1970Ab05
1970Af.A
NUPAB
151,
JINR-P6-4972
187
1970Ag01
1970Ag03
1970Ah01
1970Aj01
1970Ak02
IANFA
IANFA
NUPAB
NUPAB
IANFA
34,
34,
140,
142,
34,
397
201
141
641
777
1970An06
1970An14
ZEPYA
NUPAB
234,
153,
455
17
1970Ar04
1970As08
1970Ba61
1970Be24
1970Be.A
1970Bo13
1970Bo19
1970Bo29
1970Bu19
1970Ca01
1970Ce04
1970Ch02
1970Ch28
1970Ch29
1970Ch.A
1970Cr04
1970De39
1970Do.A
1970Ei02
1970Er03
1970Es02
1970Es03
1970Fa06
1970Fi03
1970Fi12
1970Fi.A
IANFA
34,
NUPAB
158,
NUPAB
158,
PRVCA
2,
P-Leysin
PRVCA
2,
JINCA
32,
PRVCA
2,
PRVCA
2,
NUPAB
141,
PYLBB
33,
NUPAB
142,
NUPAB
156,
JOPQA
31,
BAPSA
15,
NUPAB
153,
NUPAB
158,
COO-1779-49
NUPAB
141,
NUPAB
146,
PRVCA
2,
PYLBB
33,
NUPAB
146,
NUPAB
144,
NUPAB
154,
CERN-70-29
409
146
337
297
353
1841
2805
1951
1513
97
284
634
276
737
87
413
166
47
289
43
1058
287
549
67
407
1970Fl05
1970Fl08
1970Fo09
1970Ga32
1970Ge03
1970Gh01
1970Gh02
1970Go11
1970Go20
NUPAB
NUPAB
PYLBB
IANFA
PRVCA
PYLBB
PRLTA
PRVCA
NUPAB
225
1
689
2048
1052
95
1498
1939
513
154,
157,
32,
34,
1,
32,
24,
1,
151,
C. Abulaffio, J. Felsteiner, R. Kalish, B. Rosner, G. Vourvopoulos
V.P. Afanasiev, M. Bocharova, N.A. Golovkov, I. Gromova, R.B. Ivanov,
V.I. Kuzmin, Y.V. Norseev, V.G. Chumin
V.A. Ageev, N.F. Mitrokhovich, A.I. Feoktistov
V.A. Ageev, N.F. Mitrokhovich, A.I. Feoktistov
I. Ahmad, R.K. Sjoblom, R.F. Barnes, E.P. Horwitz, P.R. Fields
F. Ajzenberg-Selove, G. Igo
A.I. Akhmadzhanov, R. Broda, V. Valyus, I. Zvolski, I. Molnar, Y. Stygen,
V.I. Fominikh, A. Krynkevich, V.M. Tsupko-Sitnikov
A. Antilla, M. Bister, E. Arminen
M.L. Andersen, S.A. Andersen, O. Nathan, K.M. Bisgard, K. Gregersen,
O. Hansen, S. Hinds, R. Chapman
R. Arlt, G. Beyer, G. Musiol, L.K. Peker, G. Pfrepper, H. Strusny
J. Ashkenazi, E. Friedman, D. Nir, J. Zioni
R.K. Bardin, P.J. Gollon, J.D. Ullman, C.S. Wu
R.W. Bercaw, R.E. Warner
E. Beck, ISOLDE
J. Borggreen, K. Valli, E.K. Hyde
G.G.J. Boswell, T. McGee
L.M. Bollinger, G.E. Thomas
D.J. Buss, R.K. Smither
P.E. Cavanagh, C.F. Coleman, A.G. Hardacre, G.A. Gard, J.F. Turner
J. Cerny, J.E. Esterl, R.A. Gough, R.G. Sextro
J.C. Chang, G. Schupp, R.R. Hurst
A. Charvet, R. Duffait, A. Emsallem, R. Chéry
A. Charvet, R. Duffait, A. Emsallem, R. Chéry
R.E. Chrien, S. Bokharee, J.B. Garg
F.P. Cranston, R.E. Birkett, D.H. White, J.A. Hughes
F.W.N. De Boer, E.W.A. Lingeman, R. van Lieshout, R.A. Ricci
R. Doebler (Also Thesis Michigan State University)
J. Eidens, E. Roeckl, P. Armbruster
B. Erlandson, A. Marcinkowski
P. Eskola, K. Eskola, M. Nurmia, A. Ghiorso
J.E. Esterl, J.C. Hardy, R.G. Sextro, J. Cerny
U. Fanger, D. Heck, W. Michaelis, H. Ottmar, H. Schmidt, R. Gaeta
E. Fincke, U. Jahnke, B. Schreiber, A. Weidinger
P.R. Fields, I. Ahmad, R.F. Barnes, R.K. Sjoblom, E.P. Horwitz
M. Finger, R. Foucher, J.P. Husson, J. Jastrzebski, A. Johnson, C. Sebille, R. Henck, J.M. Kuchly, R. Regal, P. Siffert, G. Astner, B.R. Erdal,
E. Hagebo, A. Kjelberg, F. Munnich, P. Patzelt, E. Beck, H. Kugler
E.R. Flynn, J.G. Beery, A.G. Blair
D.G. Fleming, M. Blann, H.W. Fulbright, J.A. Robbins
I. Fodor, I. Szentpetery, J. Szucz
S. Gabrakov, Z. Zhelev, N.G. Zaitseva, I. Penev, S.S. Sabirov
W. Gelletly, J.A. Moragues, M.A. Mariscotti, W.R. Kane
A. Ghiorso, M. Nurmia, K. Eskola, P. Eskola
A. Ghiorso, M. Nurmia, K. Eskola, J. Harris, P. Eskola
D.R. Goosman, R.W. Kavanagh
P.F.A. Goudsmit, J. Konijn, F.W.N. De Boer
600
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
1970Go39
1970Go42
1970Gr46
1970Gu14
1970Ha18
NUIMA
PRVCA
KDVSA
JINCA
NUPAB
88,
2,
37,
32,
148,
197
2406
#12
3425
249
1970Ha21
1970Ha56
1970He14
1970Ka04
1970Ka22
1970Ke05
1970Ke08
1970Ki01
1970Kl05
1970Kn03
1970Le05
1970Li04
1970Lo02
1970Ma11
1970Ma19
1970Ma25
1970Ma31
1970Ma36
1970Mc03
1970Me11
1970Mi01
NUPAB
PHSTB
CJPHA
NUPAB
PRLTA
P-Kyoto
PRVCA
NUPAB
ZEPYA
PRLTA
YAFIA
AFYSA
NUPAB
CJPHA
NUPAB
NUPAB
NUPAB
NUPAB
NUPAB
PRLTA
NUPAB
158,
1,
48,
147,
25,
625
85
1040
120
953
2,
142,
238,
25,
11,
40,
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147,
149,
151,
153,
145,
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213
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1210
483
197
463
2056
513
593
465
183
244
533
225
1970Mu15
1970Ob02
1970Oh05
1970Or.A
1970Pe04
1970Pi01
1970Ra14
1970Re02
1970Ro06
1970Ro07
1970Sc06
1970Si19
1970Sm.A
1970To07
1970To18
1970Va13
1970Va31
PRVCA
2,
NUPAB
153,
JUPSA
29,
DASA-2570
ZEPYA
233,
NUPAB
144,
APAHA
28,
PRVCA
1,
PRVCA
1,
NUPAB
147,
ZEPYA
232,
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2,
BAPSA
15,
NUPAB
149,
PRVCA
2,
PRVCA
1,
NUPAB
157,
655
593
1435
1970Wo05 NUPAB
1970Wo08 NUPAB
146,
152,
260
42
263
721
1761
235
398
1948
549
641
2309
2115
385
33
561
W. Goedbloed, S.C. Goverse, C.P. Gerner, A. Brinkman, J. Blok
D.J. Gorman, F. Asaro
T. Grotdal, K. Nybø, B. Elbek
M.C. Gupta, R.D. MacFarlane
P.G. Hansen, H.L. Nielsen, K. Wilsky, M. Alpsten, M. Finger, A. Lindahl,
R.A. Naumann, J.-V. Kratz, G. Herrmann, O.B. Nielsen
T. Hattula, S. Andre, F. Schussler, A. Moussa
R. Hardell, C. Boer
A.W. Herman, E.A. Heighway, J.D. McArthur
M. Karras, T.E. Ward, H. Schoche
W.R. Kane
D.P. Kerr, K.T. Bainbridge
K.W. Kemper, C.M. McKenna, J.W. Nelson
H.J. Kim, R.L. Robinson, C.H. Jonnson, S. Raman
H.V. Klapdor, K. Buchholz, F. Kaestner
D.W. Kneff, H.W. Lefevre, G.U. Din
V.N. Levkovskii, I.V. Kazachevskii
H. Linusson, R. Hardell, S. Arnell
W. Lourens, B.O. Ten Brink, A.H. Wapstra
J.F. Mason, M.W. Johns
E.S. Macias, J.P. Op den Beeck, W.B. Walters
S. Maripuu
S. Maripuu
S. Maripuu
W. McLatchie, S. Whineray, J.D. Macdougall, H.E. Duckworth
R. Mendelson, G.J. Wozniak, A.D. Bacher, J.M. Loiseaux, J. Cerny
W. Michaelis, F. Weller, U. Fanger, R. Gaeta, G. Markus, H. Ottmar,
H. Schmidt
T.J. Mulligan, R.K. Sheline, M.E. Bunker, E.T. Jurney
B.J. O’Brien, G.E. Coote
S. Ohya, T. Tamura, S. Kageyama
V.J. Orphan, N.C. Rasmussen, T.L. Harper
H. Petterson, S. Antman, Y. Grunditz
J.A. Pinston, F. Schussler
K. Raichev, L. Tron
P.L. Reeder
A.A. Rollefson, P.F. Jones, R.J. Shea
M.D. Roush, L.A. West, J.B. Marion
W.D. Schmidt-Ott
R.J. Silva
R.K. Smither, D.J. Bush, D.L. Bushnell
D.F. Torgerson, R.D. Macfarlane
D.F. Torgerson, R.D. Macfarlane
K. Valli, E.K. Hyde, J. Borggreen
J. Van Klinken, L.M. Taff, H.T. Dijkstra, A.H. De Haan, H. Hanson,
B.K.S. Koene, J.W. Maring, J.J. Schuurman, F.B. Yano
F.K. Wohn, W.L. Talbert
F.K. Wohn, W.L. Talbert,Jr., J.K. Halbig
1971
1971Af05
IANFA
35,
1618
1971Al01
1971Al14
1971Al22
1971Ar12
1971Ar23
1971Ar39
NUPAB
PHSTB
PHSTB
NUPAB
NUPAB
PHSTB
161,
3,
3,
166,
169,
4,
209
55
105
241
209
89
V.P. Afanasiev, V.S. Buttsev, I.I. Gromova, V.G. Kalinnikov,
N.A. Tikhonov
G. Alenius, S.E. Arnell, C. Schale, E. Wallander
G. Alenius, S.E. Arnell, C. Schale, E. Wallander
G. Alenius, S.E. Arnell, C. Schale, E. Wallander
S.E. Arnell, H. Linusson, Z. Sawa
N.K. Aras, P. Fettweis, G. Chilosi, G.D. O’Kelley
S.E. Arnell, R. Hardell, A. Hasselgren, C.G. Mattson, O. Skeppstedt
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
1971Ba01
1971Ba08
1971Ba18
1971Ba43
1971BaB2
1971Be10
1971Be41
1971Bi.A
1971Bo01
1971Bo06
1971Ca19
1971Ch26
1971Da16
1971Da19
1971Da28
1971De52
1971Di03
1971Do18
1971Du02
1971Dz08
1971En01
1971Es01
1971Ev01
1971Fi01
1971Fo22
1971Fr03
1971Ge05
1971Gh01
1971Go01
1971Go18
1971Go35
NUPAB
160,
PRVCA
3,
NUPAB
164,
PRVCA
4,
YAFIA
14,
PRVCA
3,
NUPAB
171,
UCRL-51060
NUPAB
160,
NUPAB
162,
PRVCA
4,
JOPQA
32,
NUPAB
170,
PRVCA
4,
NUPAB
178,
RMXFA
20,
PRLTA
26,
PYLBB
37,
PRVCA
3,
IANFA
35,
PRVCA
3,
PRVCA
4,
CJPHA
49,
NUPAB
160,
PYLBB
36,
NUPAB
165,
PRVCA
3,
PRVCA
4,
PRVCA
3,
PRVCA
4,
IANFA
35,
225
937
552
196
1101
1294
113
1971Gr17
1971Gr22
1971Gr28
1971Gr37
1971Gr42
1971Gr.A
1971Gu02
1971Gu18
1971Gu.A
1971Ha03
1971He13
1971Ho01
1971Ho07
1971Ho16
1971Hu03
MTRGA
7,
YAFIA
13,
YAFIA
13,
YAFIA
14,
IANFA
35,
P-Moscow
NUPAB
161,
NUPAB
172,
Th.-Strasbourg
NUPAB
160,
NUPAB
168,
NUPAB
163,
PYLBB
34,
NUPAB
169,
PRLTA
26,
65
681
1129
473
1644
70
410
353
1971Ib01
1971Ka42
1971Ke07
1971Ke21
1971Ki01
1971Ki15
1971Le21
1971Ma45
PHSTB
APOBB
PRVCA
NUPAB
NUPAB
YAFIA
NUPAB
NUPAB
4,
2,
4,
176,
170,
14,
170,
172,
161
423
1431
449
187
249
115
298
1971Ma47 NUPAB
1971Mo01 PRVCA
174,
3,
343
438
337
407
130
359
253
919
172
17
1037
173
1391
2249
180
632
402
460
334
625
1678
1850
746
1800
2272
445
449
277
591
641
523
601
J.B. Ball
H. Bakhru, I.M. Ladenbauer-Bellis, I. Rezanka
F. Bazan, R.A. Meyer
J.B. Ball, R.L. Auble, P.G. Roos
S.A. Baranov, V.M. Shatinskii, V.M. Kulakov
F.M. Bernthal, J.O. Rasmussen, J.M. Hollander
M.J. Bennet, R.K. Sheline, Y. Shida
R.E. Birkett
H.M.W. Booij, E.A. Van Hoek, H. Van der Molen, W.F. Slot, J. Blok
J. Borggreen, E.K. Hyde
R.F. Casten, E.R. Flynn, O. Hansen, T.J. Mulligan
A. Charvet, D.H. Phuoc, R. Duffait, A. Emsallem, R. Chery
W. Darcey, R. Chapman, S. Hinds
W.R. Daniels, D.C. Hoffman
J.M. D’Auria, D. Ostrom, S.C. Gujrathi
H. Del Castillo, R. Roos, A. Tejera, F. Alba
P.F. Dittner, C.E. Bemis,Jr., D.C. Henley, R.J. Silva, C.D. Goodman
W.E. Dorenbusch, J.B. Ball, R.L. Auble, J. Rapaport, T.A. Belote
J.L. Dubbard, R.K. Sheline, J.B. Ball
B.S. Dzelepov, A.G. Dmitriev, N.N. Zhukovskii
G.A.P. Engelbertink, J.W. Olness
K. Eskola, P. Eskola, M. Nurmia, A. Ghiorso
F. Everling, G.L. Morgan, D.W. Miller, L.W. Seagondollar, P.W. Tillman,Jr.
P.R. Fields, I. Ahmad, A.M. Friedman, J. Lerner, D.N. Metta
B. Fogelberg, A. Backlin, T. Nagarajan
A. Frana, A. Spalek, M. Fiser, A. Kolec
W. Gelletly, W.R. Kane, D.R. MacKenzie
A. Ghiorso, M. Nurmia, K. Eskola, P. Eskola
D.J. Gorman, F. Asaro
D.R. Goosman, K.W. Jones, E.K. Warburton, D.E. Alburger
N.A. Golovkov, R.B. Ivanov, A. Kolaczkowski, Y.V. Norseev,
V.G. Chumin
B. Grennberg, A. Rytz
L.V. Groshev, A.M. Demidov, V.F. Leonov, L.L. Sokolovskii
L.V. Groshev, L.I. Govor, A.M. Demidov, A.S. Rachimov
L.V. Groshev, A.M. Demidov, V.F. Leonov, L.L. Sokolovskii
L.V. Groshev, A.M. Demidov, V.F. Leonov, L.L. Sokolovskii
L.V. Groshev, V.N. Dvoretskii, A.M. Demidov
S.C. Gujrathi, J.M. D’Auria
S.C. Gujrathi, J.M. D’Auria
G. Guillaume
P.G. Hansen, B. Jonson, J. Żylicz, M. Alpsten, A. Appelqvist, G. Nyman
R.G. Helmer, R.C. Greenwood, C.W. Reich
P. Hornshøj, K. Wilsky, P.G. Hansen, A. Lindahl, O.B. Nielsen
P. Hornshøj, K. Wilsky, P.G. Hansen, A. Lindahl, O.B. Nielsen
R.W. Hoff, E.K. Hulet, R.J. Dupzyk, R.W. Lougheed, J.E. Evans
E.K. Hulet, J.F. Wild, R.W. Lougheed, J.E. Evans, B.J. Qualheim, M. Nurmia, A. Ghiorso
N. Ibrahiem, H. Pettersson
R. Kaczarowski, W. Kurcewicz, A. Plochocki, J. Żylicz
B.H. Ketelle, A.R. Brosi, J.R. van Hise
R.L. Kernell, H.J. Kim, R.L. Robinson, C.H. Johnson
C.H. King, P.R. Maurenzig, N. Stein, T.P. Cleary
B.G. Kiselev, V.N. Levkovskiı̆, O.I. Artem’ev
J.R. Leslie, W. McLatchie, C.F. Monahan, J.K. Thrasher
P. Manfrass, H. Prade, M.R. Beitins, W.A. Bondarenko, N.D. Kramer,
P.T. Prokofjew
S. Matsuki, Y. Yoshida, M. Hyakutake, M. Matoba, S. Nakamura
J.M. Mosher, R.W. Kavanagh, T.H. Tombrello
602
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
1971Mo02
1971Mo03
1971My01
1971Na01
1971Na02
1971Or04
1971Ot01
1971Pl08
NUPAB
PRLTA
APOBB
PRVCA
PRVCA
PRVCA
NUPAB
IANFA
161,
26,
2,
3,
3,
3,
164,
35,
228
854
441
247
254
2402
69
1569
1971Po.A
1971Pr03
1971Ra08
1971Ra35
1971Sm01
1971Sw01
1971Ta07
1971To01
1971To10
1971Tr03
1971Um03
1971We01
1971Wi04
1971Wi07
P-Legnaro
NUPAB
ZEPYA
NUPAB
PRVCA
PRVCA
PRVCA
PRVCA
PRVCA
PRVCA
NUPAB
PRVCA
PRVCA
NUPAB
167,
243,
177,
4,
3,
4,
3,
4,
3,
169,
3,
3,
166,
375
667
105
307
22
259
517
854
2223
2205
109
1668
1199
661
1971Ya10
PYLBB
37,
369
J.M. Morton, W.G. Davies, W. McLatchie, W. Darcey, J.E. Kitching
H.T. Motz, E.T. Jurney, E.B. Shera, R.K. Sheline
B. Myslek, B. Pietrzek, Z. Sujkowski, J. Szcepankowski
T. Nagarajan, M. Ravindranath, K.V. Reddy
T. Nagarajan, M. Ravindranath, K.V. Reddy
C.J. Orth, B.J. Dropesky, N.J. Freeman
H. Ottmar, N.M. Ahmed, U. Fanger, D. Heck, W. Michaelis, H. Schmidt
Z. Plajner, M. Vejs, I. Prochazka, A. Mashtalka, O. Voitishek, M. Gonusek,
A. Kokesh
C.P. Poirier, J.C. Manthuruthil
R. Prieels, J.P. Deutsch
F. Rauch
J. Rapaport, W.E. Dorenbusch, T.A. Belote
L.G. Smith
D.L. Swindle, T.E. Ward, P.K. Kuroda
K. Takehashi, D.L. Swindle, P.K. Kuroda
K.S. Toth, R.L. Hahn
K.S. Toth, R.L. Hahn, M.A. Ijaz
G.F. Trentelman, B.M. Preedom, E. Kashy
C.J. Umbarger, J.A. Robinson, R.R. Reece, R.C. Bearce
C.V. Weiffenbach, R. Tickle
B.H. Wildenthal, E. Newman, R.L. Auble
D.H. Wilkinson, D.E. Alburger, D.R. Goosman, K.W. Jones, E.K. Warburton, G.T. Garvey, R.L. Williams
K. Yagi, K. Sato, Y. Aoki
1972
1972Ah04
1972Ah07
1972Al19
1972Am01
1972Ba08
NUPAB
JINCA
NUPAB
PRVCA
CJPHA
186,
34,
186,
5,
50,
620
3335
209
270
34
1972Ba35
1972Ba91
PRLTA
IANFA
28,
36,
1069
782
1972BaD2
1972Be12
1972Be44
1972Bo46
1972Bu05
1972Ca01
1972Ca07
1972Ca10
1972Ch11
1972Ch44
1972Co13
1972Cu07
1972Da.A
1972De47
1972Er05
1972Es03
1972Fa08
1972Fi.A
1972Fl17
1972Fo25
1972Ga27
1972Gi17
ZETFA
63,
PRVCA
5,
ZEPYA
252,
PRVCA
6,
JINCA
34,
KDVSA
38,
NUIMA
98,
NUPAB
184,
NUPAB
186,
NUPAB
197,
NUPAB
185,
NUPAB
196,
BAPSA
17,
NUPAB
195,
NUPAB
194,
PRVCA
5,
NUPAB
186,
AnRpt MSUCL
PYLBB
42,
PHSTB
6,
PRLTA
29,
NUIMA
105,
375
1426
349
1322
1087
#13
432
357
603
490
644
593
71
385
449
942
545
28
49
309
958
179
I. Ahmad, R.K. Sjoblom, R.F. Barnes, F. Wagner,Jr., P.R. Fields
I. Ahmad, R.F. Barnes, R.K. Sjoblom, P.R. Fields
G. Alenius, S.E. Arnell, C. Schale, E. Wallander
S. Amiel, H. Feldstein, M. Oron, E. Yellin
R.C. Barber, R.L. Bishop, J.O. Meredith, F.C.G. Southon, P. Williams,
H.E. Duckworth, P. van Rookhuyzen
G.C. Ball, W.G. Davies, J.S. Forster, J.C. Hardy
G.Y. Baier, V.S. Buttsev, K.Y. Gromov, V.G. Kalinnikov, K.O. Mortensen,
G.L. Nilsson, N.A. Tikhonov
S.A. Baranov, V.M. Shatinskii, V.M. Kulakov, Y.F. Radionov
W. Benenson, J. Driesbach, I.D. Proctor, G.F. Trentelman, B.M. Preedom
H. Behrens, M. Kobelt, W.G. Thies, H. Appel
L.M. Bollinger, G.E. Thomas
F.T. Bunus
R.F. Casten, P. Kleinheinz, P.J. Daly, B. Elbek
J.L. Campbell, L.A. McNellen
R.F. Casten, E.R. Flynn, O. Hansen, T.J. Mulligan
R. Chapman, W. McLatchie, J.E. Kitching
A. Charvet, R. Chery, D.H. Phuoc, R. Duffait, A. Emsallem, G. Marguier
W.F. Coetzee, M.A. Meyer, D. Reitmann
J.C. Cunnane, R. Hochel, C.W. Yates, P.J. Daly
C.N. Davids, D.L. Matthews, D. Whitmire
P. Debenham, N.H. Hintz
B.R. Erdal, L. Westgaard, J. Żylicz, E. Roeckl, ISOLDE
K. Eskola
L.C. Farwell, J.J. Kraushaar, H.W. Baer
R.B. Firestone, K. Kosanke, W.C. McHarris, W.H. Kelly
E.R. Flynn, J.D. Garrett
I. Forsblom, T. Weckstrom, T. Sundius, G. Bergstrom, S. Forss, G. Wansen
H. Gauvin, Y. Le Beyec, M. Lefort, N.T. Porile
H.J. Gils, R. Lohken, W. Wiesner
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
1972Go33
1972Go.A
1972Gr23
1972Gr34
1972Gr39
1972Ha74
1972He36
1972He.A
1972Ho18
1972Ho40
1972Hs01
1972Hu06
1972Ja.A
CHDBA 275,
291
PrvCom
91Ry01
YAFIA
15,
625
IANFA
36,
833
PRVCA
6,
1756
NUPAB
198,
353
ZEPYA
255,
385
AnRpt Grenoble
NUPAB
187,
599
NUPAB
194,
481
NUPAB
179,
80
NUPAB
189,
264
P-Teddington
236
1972Je02
1972Jo08
1972Ki06
1972Ko03
1972Ko50
1972La20
1972Lo26
1972Ma42
1972Ma.A
1972Mc25
1972Mi16
1972Mi26
1972Mo12
1972Mo33
NUPAB
ZEPYA
ZEPYA
PRVCA
NUPAB
ZEPYA
NUIMA
PHSTB
P-Budapest
ZEPYA
HPACA
JUPSA
PRVCA
NUPAB
185,
251,
251,
5,
198,
253,
105,
5,
255,
45,
33,
5,
195,
209
425
93
568
73
16
453
58
90
335
93
1505
1678
192
1972Mu02
1972Mu09
1972Mu.A
1972Na04
1972Ne05
1972Pa02
1972Pi07
1972Ra39
1972Ri08
1972Sc08
1972Sh08
1972Sh13
PRVCA
PRVCA
BAPSA
NCIAA
NUPAB
PRVCA
ZEPYA
NUPAB
PRVCA
ZEPYA
NUPAB
PRVCA
5,
6,
17,
8,
185,
5,
252,
197,
5,
249,
189,
6,
95
1802
557
305
213
485
206
129
2072
286
220
537
1972Sh.A
1972Si28
1972Sl03
1972Sv02
1972Sw01
1972Ta13
1972To05
1972To06
1972To07
1972Vi11
1972Wa04
1972Wa10
1972We.A
1972Wh02
1972Wh05
1972Zi02
PrvCom NDG
NUPAB
193,
NUPAB
186,
PHSTB
5,
NUPAB
185,
ZEPYA
251,
NUPAB
185,
PRVCA
5,
NUPAB
189,
RAACA
17,
JINCA
34,
NUPAB
188,
P-Teddington
PRVCA
5,
NUPAB
187,
NUPAB
181,
Jan
449
28
23
561
87
574
2060
609
213
13
129
94
513
12
465
603
J. Gorman, A. Rytz, H.V. Michel
J. Gorman, A. Rytz
L.V. Groshev, L.I. Govor, A.M. Demidov
L.V. Groshev, L.I. Govor, A.M. Demidov
M.B. Greenfield, C.R. Bingham, E. Newman, M.J. Saltmars
A. Hasselgren
A. Helppi, A. Pakkanen
M. Hermen, A. Gizon also Thesis Grenoble 1971
P. Hornshøj, K. Wilsky, P.G. Hansen, B. Jonson, O.B. Nielsen
G.A. Hokken, A.J.G. Hendricx, J. De Kogel
T.H. Hsu, R. Fournier, B. Hird, J. Kroon, G.C. Ball, F. Ingebretsen
F.R. Hudson, R.N. Glover
A.A. Jaffe, G.A. Bissinger, S.M. Shafroth, T.A. White, T.G. Dzubay, F. Everling, D.W. Miller, D.A. Outlaw
H.B. Jensen, H.B. Mak, C.A. Barnes
H.W. Jongsma, R. Kamermans, H. Verheul
A. Kiuru
J.J. Kolata, W.W. Daehnick
K. Komura, K. Sakamoto, S. Tanaka
R. Lasijo, R.K. Sheline, R.D. Griffioen, J.L. Dubbard
G.D. Lopez, G.E. Thomas
C.G. Mattsson, S.E. Arnell, L. Jonsson
P. Matusek, H. Ottmar, C. Weitkamp, H. Woods
J.C. McGeorge, D.W. Nix, R.W. Fink, J.H. Landrum
B. Michaud, J. Kern, L. Ribordy, L.A. Schaller
K. Miyano, H. Nakharr, G. Gil
R.A. Moyer
E. Monnand, R. Brissot, L.C. Carraz, J. Crançon, R. Ristori, F. Schussler,
A. Moussa
T. Mukoyama, S. Shimizu
T.J. Mulligan, E.R. Flynn, O. Hansen, R.F. Carsten, R.K. Sheline
S.F. Mughabghab, G.W. Cole, R.E. Chrien, O.A. Wasson, M.R. Bhat
T. Nagarajan, M. Ravindranath, K.V. Reddy
A.V. Nero
R.A. Paddock
M. Piiparinen
D. Rabenstein, D. Harrach, H. Vonach, G.G. Dussel, R.P.I. Perazzo
F.A. Rickey, E.T. Jurney, H.C. Britt
W.D. Schmidt-Ott, R.W. Fink
R.E. Shamu, E.M. Bernstein, D. Blondin, J.J. Ramirez
E.B. Shera, U. Gruber, B.P.K. Maier, H.R. Koch, O.W.B. Schult,
R.G. Lanier, N. Onishi, R.K. Sheline
E.B. Shera
M. Singh, J.W. Sunier, R.M. Devries, G.E. Johnson
W.F. Slot, G.H. Dulfer, H. Van der Molen, H. Verheul
B. Svahn, C. Bergman, H. Petterson
D.L. Swindle, N.A. Morcos, T.E. Ward, J.L. Meason
O. Tannila, J. Kantele
J.P. Torres, P. Paris
K.S. Toth, R.L. Hahn, M.A. Ijaz, R.F. Walker,Jr.
J.P. Torres, P. Paris, D. Lecouturier, P. Kilcher
J. Visser, L. Lindner
T.E. Ward, N.A. Morcos, P.K. Kuroda
E. Wallander, E. Selin
L. Westgaard, J. Żylicz, O.B. Nielsen, ISOLDE
D.H. White, R.E. Birkett
D.H. White, R.E. Howe
J. Zioni, A.A. Jaffe, E. Friedman, N. Haik, R. Schreckman, D. Nir
604
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
1973
1973Ah02
1973Ah04
1973Al20
PRVCA
NUPAB
IANFA
8,
208,
37,
737
287
1035
1973Ba34
PRLTA
31,
395
1973Ba35
1973Ba56
1973Ba72
1973Be09
1973Be23
1973Be33
JPAGB
PRVCA
NUPAB
PYLBB
PRVCA
PRLTA
6,
8,
217,
43,
8,
31,
1011
1438
116
117
210
641
1973Bo13
1973Bo20
1973Br06
1973Br12
1973Bu17
PRVCA
YAFIA
PRVCA
PRVCA
IANFA
7,
17,
7,
7,
37,
1686
457
1545
2545
938
1973Bu21
1973Ca10
1973Ch24
1973Cl12
IANFA
NUPAB
JINCA
NUPAB
37,
205,
35,
215,
1024
121
3061
429
1973Da01
1973Da05
1973Da22
1973De16
1973De22
1973Dr10
PRVCA
CJPHA
PRVCA
PRVCA
ZEPYA
AENGA
7,
51,
8,
7,
260,
35,
122
686
1029
2131
75
279
1973Ea01
1973Es01
1973Es02
1973Fi06
1973Go05
1973Go29
1973Go33
1973Go39
1973Go40
1973Ha02
NUPAB
PRVCA
PHFEA
NUPAB
NUPAB
CHDBA
PRVCA
CHDBA
NUPAB
NUPAB
208,
7,
8,
208,
201,
276,
8,
277,
217,
199,
119
280
357
269
326
669
1324
29
159
560
1973Ha11
1973Ha32
NUPAB
PRLTA
203,
31,
532
323
1973Ho09
1973Ja06
1973Ja10
1973Jo11
1973Ka07
1973Ka23
1973Ki11
1973Ko03
1973Ko10
1973Ku09
NUPAB
ZEPYA
ZEPYA
PHSTB
JUPSA
PRVCA
NUPAB
PRVCA
NUPAB
JOPQA
211,
258,
261,
8,
34,
8,
213,
7,
204,
34,
165
337
95
99
857
414
61
404
185
159
1973Mc04 PRVCA
7,
2097
I. Ahmad, J. Milsted, R.K. Sjoblom, J. Lerner, P.R. Fields
I. Ahmad, H. Diamond, J.M. Isted, J. Lerner, R.K. Sjoblom
V.S. Aleksandrov, B.S. Dzelepov, A.I. Medvedev, V.E. Ter-Nersesyants,
I.F. Uchevatkin, S.A. Shestopalova
G.C. Ball, J.G. Costa, W.G. Davies, J.S. Forster, J.C. Hardy, A.B. McDonald
D.G. Barnes, J.M. Calvert, T. Toy
J.B. Ball, J.J. Pinajian, J.S. Larsen, A.C. Rester
B.B. Back, E.R. Flynn, O. Hansen, R.F. Casten, J.D. Garrett
W. Benenson, E. Kashy, I.D. Proctor, B.M. Preedom
W. Benenson, E. Kashy, I.D. Proctor
C.E. Bemis,Jr., R.J. Silva, D.C. Hensley, O.L. Keller,Jr., J.R. Tarrant,
L.D. Hunt, P.F. Dittner, R.L. Hahn, C.D. Goodman
W.W. Bowman, D.R. Haenni, T.T. Sugihara
D.D. Bogdanov, V.A. Karnaukhov, L.A. Petrov
R.A. Britten, W.H. Johnson
E. Browne, F. Asaro
V.S. Buttsev, K.Y. Gromov, V.G. Kalinnikov, V.A. Morozov, T.M. Muminov, A.B. Khalikulov
V.S. Buttsev, K.Y. Gromov, V.G. Kalinnikov
M.H. Cardoso, P.F.A. Goudsmit, J. Konijn
K. Chayawattanangkur, G. Herrmann, N. Trautmann
G.J. Clark, J.M. Freeman, D.C. Robinson, J.S. Ryder, W.E. Burcham,
G.T.A. Squier
C.N. Davids, D.R. Goosman
J.M. D’Auria, R.D. Guy, S.C. Gujrathi
C.N. Davids, D.R. Goosman
J.H. Degnan, G.R. Rao
F.W.N. De Boer, P.F.A. Goudsmit, B.J. Meyer, and PrvCom AHW
V.B. Druin, Y.V. Lobanov, D.M. Nadkarni, Y.P. Kharitonov, Y.S. Korotkin,
S.P. Tretyakova, V.I. Krashonkin
D.A. Eastham, I.S. Grant
P. Eskola
P. Eskola, K. Eskola, M. Nurmia, A. Ghiorso
P.R. Fields, I. Ahmad, R.F. Barnes, R.K. Sjoblom, W.C. McHarris
S.C. Goverse, J. Van Pelt, J. Vandenberg, J.C. Klein, J. Blok
D.J. Gorman, H.V. Michel, F. Asaro, A. Rytz
D.R. Goosman, C.N. Davids, D.E. Alburger
D.J. Gorman, A. Rytz
J. Godart, A. Gizon
S.I. Hayakawa, S.K. Mark, J.K.P. Lee, J.E. Kitching, G.C. Ball,
W.G. Davies
J.K. Halbig, F.K. Wohn, W.L. Talbert,Jr., J.J. Eitter
O. Hausser, W. Witthuhn, T.K. Alexander, A.B. McDonald, J.C.D. Milton,
A. Olin
R. Hochel, P.J. Daly, K.J. Hofstetter
U. Jäger, H. Münzel, G. Pfennig
J.F.W. Jansen, A. Faas, W.J.B. Winter
A. Johansson, B. Nyman
K. Kawade, H. Yamamoto, K. Tsuchiya, T. Katoh
N. Kaffrell
K. Kimura
R.L. Kozub, D.H. Youngblood
S. Kochan, B. Rosner, I. Tserruya, R. Kalish
W. Kurcewicz, K. Stryczniewicz, J. Żylicz, R. Broda, S. Chojnacki,
W. Walus, I. Yutlandov
J.R. McPherson, F. Gabbard
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
1973Me09
1973Me28
1973Mo03
1973Mo18
1973Mo23
1973No09
1973Oe02
1973Ok.A
1973Oo01
1973Pr05
1973Ra13
1973Re03
1973Sc17
1973Sh.A
1973Si40
NUPAB
IJMPD
NUPAB
JINCA
PRVCA
NUPAB
ZEPYA
PrvCom
NUPAB
JINCA
PYLBB
PRVCA
PYLBB
PrvCom
NUPAB
204,
10,
202,
35,
8,
217,
259,
NDG
213,
35,
44,
7,
44,
NDG
216,
636
359
473
3659
1961
253
263
Aug
221
1057
255
1663
449
Jan
97
1973Sp06
1973To02
1973Va11
1973Ve08
1973Vi10
1973Wa18
1973Wi06
NUPAB
PRVCA
ZEPYA
NUPAB
NUPAB
PRVCA
PRLTA
215,
7,
259,
212,
217,
8,
30,
260
2010
45
493
372
340
866
1973Wo01 PRVCA
1973Ya02 NUPAB
7,
204,
160
33
605
B.J. Meyer, F.W.N. De Boer, P.F.A. Goudsmit
J.O. Meredith, F.C.G. Southon, R.C. Barber, P. Williams, H.E. Duckworth
M.A. Moinester, G. Finkel, J. Alster, P. Martin
N.A. Morcos, W.D. James, D.E. Adams, P.K. Kuroda
A. Moalem, B.H. Wildenthal
T. Nomura, K. Hiruta, T. Inamura, M. Odera
W. Oelert
G.D. O’Kelley, C.F. Goeking, L.L. Collins,Sr.
M.A. Oothoudt, N.M. Hintz
I.L. Preiss, J.J. Labrecque
S. Raman, H.J. Kim, T.A. Wakiewicz, M.J. Martin
I. Rezanka, I.M. Ladenbauer-Bellis, T. Tamura, W.B. Jones, F.M. Bernthal
H. Schmeing, J.C. Hardy, R.L. Graham, J.S. Geiger, K.P. Jackson
E.B. Shera in NDS974
R.J. Silva, P.F. Dittner, M.L. Mallory, O.L. Keller, K. Eskola, P. Eskola,
M. Nurmia, A. Ghiorso
A.M.J. Spits, J.A. Akkermans
K.S. Toth, R.L. Hahn, C.R. Bingham, M.A. Ijaz, R.F. Walker,Jr.
S.Y. Van der Werf
J. Vernotte, S. Galès, M. Langevin, J.M. Maison
V.E. Viola,Jr., M.M. Minor, C.T. Roche
T.E. Ward, Y.Y. Chu, J.B. Cunning
K.H. Willcox, N.A. Jelley, G.J. Wozniak, R.B. Weisenmiller, H.L. Harney,
J. Cerny
F.K. Wohn, J.K. Halbig, W.L. Talbert,Jr., J.R. McConnel
S.W. Yates, P.J. Daly, N.R. Johnson, N.K. Arras
1974
1974Aj01
1974An05
NUPAB
IANFA
227,
38,
1
48
1974An22
IANFA
38,
1741
1974An23
IANFA
38,
1748
1974Ar27
1974Ba90
IANFA
CJPHA
38,
52,
1569
2386
1974Be20
1974Bi08
1974Bo05
PRVCA
PRVCA
PRVCA
9,
10,
9,
2130
729
836
1974Bo26
1974Bu21
1974Bu22
1974By01
1974Ca.A
1974Ch17
1974Ch21
1974Co21
1974Co27
1974Co35
1974De09
1974De31
1974De47
NUIMA
117,
IANFA
38,
PRVCA
10,
NUPAB
223,
Th.-Amsterdam
JPSLB
35,
ZEPYA
267,
CJPHA
52,
PRVCA
10,
NUPAB
233,
NUPAB
225,
CJPHA
52,
NUPAB
236,
213
1566
2483
125
41
355
1215
1236
185
317
1416
349
F. Ajzenberg-Selove, T. Lauritsen
N.M. Antoneva, A.V. Barkov, A.V. Zolotavin, P.P. Dmitriev,
S.V. Kamynov, G.S. Katykhin, E.T. Kondrat, N.I. Krasnov, Y.N. Podkopayen, V.A. Sergienko, V.I. Fominikh
N.M. Antoneva, A.V. Barkov, V.M. Vinogradov, A.V. Zolotavin,
G.S. Katykhin, V.M. Makarov, A.G. Shablinskii
N.M. Antoneva, A.V. Barkov, V.M. Vinogradov, A.V. Zolotavin,
G.S. Katykhin, V.M. Makarov, A.G. Shablinskii
R. Arlt, K.Y. Gromov, A. Latuszynski, K.G. Ortlepp, A. Jasinski
R.C. Barber, J.W. Barnard, D.A. Burrel, J.O. Meredith, F.C.G. Southon,
P. Williams, H.E. Duckworth
W. Benenson, E. Kashy, D.H. Kong, A. Siou, A. Moalem, H. Nann
P.K. Bindal, D.H. Youngblood, L. Kozun
J.D. Bowman, A.M. Poskanzer, R.G. Korteling, G.W. ButlerJ.D. Bowman,
A.M. PoskaJ.D. Bowman, A.M. Poskanzer, R.G. Korteling, G.W. Butlernzer, R.G. Korteling, G.W. Butler
H.E. Bosch, J. Davidson, M.A. Fariolli, V. Silbergleit
V.P. Burminskii, B.G. Kiselev, O.D. Kovrigin
D.L. Bushnell, D.J. Buss, R.K. Smither
T. Byrski, F.A. Beck, P. Engelstein
M.H. Cardoso
A. Charvet, R. Chery, R. Duffait
A. Charvet, R. Chery, D.P. Phuoc, R. Duffait
A.H. Colenbrander, T.J. Kennett
J.R. Comfort, R.W. Finlay, C.M. McKenna, P.T. Debevec
F. Corvi, M. Stefanon
F.W.N. De Boer, P.F.A. Goudsmit, P. Koldewijn, B.J. Meyer
P. Debenham, W.R. Falk, M. Canty
F.W.N. De Boer, P.F.A. Goudsmit, B.J. Meijer, P. Koldewijn, J. Konijn,
R. Beetz
606
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
1974Di03
1974Di.A
1974Do09
1974Fl01
1974Fr01
1974Ge05
1974Gh04
PRVCA
10,
P-Amsterdam
NUPAB
229,
PRVCA
9,
PRVCA
9,
PRVCA
9,
PRLTA
33,
1974Gi09
1974Gl10
1974Go17
1974Go20
1974Gr11
1974Gr22
1974Gr29
1974Gr37
1974Gr41
1974Gu10
1974Ha02
1974Ho27
1974Hr01
1974Hu15
1974Ia01
1974Je01
1974Jo14
1974Ju.A
1974Ju.B
1974Ka05
1974Ke01
NUPAB
233,
81
AENGA
37,
78
PRVCA
10,
756
ZEPYA
269,
111
NUPAB
223,
66
PRVCA
10,
624
JINCA
36,
2409
NUIMA
121,
385
IANFA
38,
2499
YAFIA
19,
1167
PRVCA
9,
252
NUPAB
230,
380
NUPAB
219,
381
NUIMA
121,
307
CJPHA
52,
96
PRVCA
9,
2067
PRVCA
10,
2449
PrvCom
74AjLa
PrvCom AHW
ZEPYA
266,
21
NUPAB
221,
333
1974Ke13
1974Kn02
1974Ku01
1974Le02
1974Ma09
1974Me15
1974Mu10
1974Na07
1974Ne10
1974Ne14
1974No02
1974No07
1974Oe03
1974Po08
1974Pr15
1974Ra.A
1974Ro11
PRVCA
PRVCA
NUPAB
PRVCA
PRVCA
YAFIA
NUPAB
PRVCA
PRVCA
ZEPYA
PRVCA
NUIMA
NUPAB
PRVCA
IANFA
P-Bombay
ZEPYA
266,
1554
1467
201
1091
1633
437
437
1848
320
121
1168
189
413
803
2135
10
65
1974Ro16
1974Ro31
1974Ro44
1974Ru08
1974Sc02
1974Sc06
1974Sc19
1974Sc26
PRVCA
PRVCA
PRAMC
NUIMA
CJPHA
ZEPYA
PRVCA
PRLTA
9,
10,
3,
120,
52,
266,
10,
33,
1801
1181
186
333
131
129
296
1343
1974Se05
PRLTA
33,
233
10,
9,
218,
9,
9,
19,
224,
9,
10,
270,
9,
115,
230,
10,
38,
1172
114
47
210
760
2363
1490
M. Diksie, L. Yaffe, D.G. Sarantites
J.S. Dionisio, C. Vieu, V. Berg, C. Bourgeois
G. Doukellis, C. McKenna, R. Finlay, J. Rappaport, H.J. Kim
E.R. Flynn, J.D. Garrett
A.M. Friedman, K. Katori, D. Albroght, J.P. Schiffer
W. Gelletly, W.R. Kane, D.R. MacKenzie
A. Ghiorso, J.M. Nitschke, J.R. Alonso, C.T. Alonso, M. Nurmia,
G.T. Seaborg, E.K. Hulet, R.W. Lougheed
S. Gilad, S. Cochavi, M.A. Moinester, J. Alster, M. Buenard, P. Nartin
V.M. Glazov, R.I. Borisova, A.I. Shaviev
D.R. Goosman, D.E. Alburger
S.C. Goverse, J. Kuiper, J. Blok
R.C. Greenwood, C.W. Reich
R.D. Griffioen, R.K. Sheline
B. Grapengiesser, E. Lund, G. Rudstam
R.C. Greenwood, R.G. Helmer
E.P. Grigorev, A.V. Zolotavin, S.V. Kaminov
K. Gurach, A.P. Kabachenko, I.V. Kuznetsov, N.I. Tarantin
J.C. Hardy, H. Schmeing, W. Benenson, G.M. Crawley, E. Kashy, H. Nann
P. Hornshøj, P.G. Hansen, B. Jonson
B. Hrastnik, H. Seyfarth, A.M. Hassan, W. Delang, P. Gottel
E. Huenges, H. Vonach, J. Labetzki
R. Iafigliola, S.C. Gujrathi, B.L. Tracy, J.K.P. Lee
N.A. Jelley, K.H. Wilcox, R.B. Weisenmiller, G.J. Wozniak, J. Cerny
P.L. Jolivette, J.D. Goss, G.L. Marolt, A.A. Rollefson, C.P. Browne
E.T. Jurney
E.T. Jurney
N. Kaffrell, N. Trautmann, R. Denig
J. Kern, G. Mauron, B. Michaud, K. Schreckenbach, T. von Egidy,
W. Mampe, H.R. Koch, H.A. Baader, D. Breitig, U. Gruber
J. Kern, D. Duc
J.D. Knight, C.J. Orth, W.T. Leland, A.B. Tucker
I. Kumabe, S. Matsuki, S. Nakamura, M. Hyakutake, M. Matoba, T. Sato
Y. Le Beyec, M. Lefort, J. Livet, N.T. Porile, A. Siivola
R.G. Markham, H.W. Fulbright
R.J. Metskvarishvili, Z.N. Miminoshvili, M.A. Elizbarashvili
F. Münnich, D. Lode, H. Schrader, A. Hoglund, W. Pessara
H. Nann, W. Benenson, E. Kashy, P. Turek
K. Neubeck, H. Schober, H. Waffler
W. Neumann, E. Huster
T. Nomura, K. Hiruta, M. Yoshie, O. Hashimoto
J.A. Nolen,Jr., G. Hamilton, E. Kashy, D. Proctor
W. Oelert, G. Lindstrom, V. Riech
F.T. Porter, I. Ahmad, M.S. Freedman, J. Milsted, A.M. Friedman
P.T. Prokofev, L.I. Simonov
C.N. Rao, B.M. Rao, P.M. Rao, K.V. Reddy
E. Roeckl, D. Lode, K. Bächmann, B. Neidhart, G.K. Wolf, W. Lauppe,
N. Kaffrell, P. Patzelt
R.G.H. Robertson, S.M. Austin
E. Roeckl, P.F. Dittner, C. Détraz, R. Klapisch, C. Thibault, C. Rigaud
A. Roy, K.V.K. Iyengar, M.L. Jhingan, S.K. Bhattacherjee
G. Rudstam, S. Shalev, O.C. Jonsson
R.L. Schulte, J.D. King, W. Taylor
H.M. Schupferling, K.-W. Hoffmann
W.D. Schmidt-Ott, K.S. Toth, E. Newman, C.R. Bingham
D.K. Scott, B.G. Harvey, D.L. Hendrie, L. Krauss, C.F. Maguire, J. Mahoney, Y. Terrien, K. Yagi
K.K. Seth, A. Saha, W. Benenson, W.A. Langford, H. Nann, B.H. Wildenthal
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
1974Se11
1974To04
1974To07
1974Vi02
1974Vo08
NUPAB
ZEPYA
PRVCA
ZEPYA
IANFA
234,
268,
10,
269,
38,
130
289
2550
173
672
1974Vy01
IANFA
38,
701
1974Wa08 PRVCA
1974Wi17 PRVCA
1974Ya07 JUPSA
9,
10,
37,
1396
2184
10
607
R.G. Sextro, R.A. Gough, J. Cerny
F. Tolea, K.R. Baker, W.D. Schmidt-Ott, R.W. Fink
K.S. Toth, C.R. Bingham, W.D. Schmidt-Ott
M. Viitasalo, I. Forsblom
I. Votsilka, K.U. Zibert, B. Kracik, J. Liptak, A.F. Novgorodov, K.G. Ortlepp, M. Toshev, V. Habenicht
Ts. Vylov, N.A. Golovkov, K.Y. Gromov, I.I. Gromova, A. Kolachkovsky,
M.Y. Kuznetsova, Y.V. Norseev, V.G. Chumin
C.W. Wang, Y.C. Liu, E.K. Lin, C.C. Hsu, G.C. Kiang
B.H. Wildenthal, J.A. Rice, B.M. Preedom
H. Yamamoto, K. Kawade, H. Fukaya, T. Katoh
1975
1975Ad08
IANFA
39,
1681
1975Ad09
1975Ah01
1975Ah05
NUPAB
NUPAB
PRVCA
254,
239,
12,
63
1
541
1975Al.A
1975An07
P-Leningrad
NUPAB
242,
93
1975As04
NUPAB
247,
359
1975Ba25
1975Ba27
1975Ba65
1975Ba.B
1975Be09
1975Be21
1975Be28
1975Be38
1975Be.B
1975Bh01
1975Bo29
1975Br02
1975Br16
1975Br29
1975Bu01
1975Bu02
1975Bu.A
1975Ca06
1975Ch05
1975Ch21
1975De.A
1975Er.A
1975Fl07
1975Fr.A
YAFIA
21,
ZETFA
68,
YAFIA
22,
AnRpt CSNSM
ZENAA
30,
NUPAB
245,
NUPAB
246,
PYLBB
58,
P-Paris
PRVCA
12,
ZPAAD
273,
PRVCA
11,
NUPAB
245,
NCIAA
30,
PRVCA
11,
CJPHA
53,
BAPSA
20,
NUPAB
241,
NUPAB
238,
JPHGB
1,
P-Petten
PrvCom NDG
ZPAAD
272,
P-Paris
230
8
670
1975Fr.B
1975Ga25
1975Gr32
1975Ha43
1975He.C
AnRpt AFI
ANPHA
9,
NUPAB
252,
ZPAAD
274,
KFK-2223
146
241
260
335
1975Ho09
PYLBB
57,
147
1975Ho14
NUPAB
248,
406
356
515
317
46
54
1457
373
546
243
483
1401
948
625
341
333
657
609
Jul
219
126
I. Adam, G. Baier, K.Y. Gromov, T.A. Islamov, K.G. Ortlepp, K. Tiroff,
E. Herrmann, H. Strusnii
I. Adam, K.Y. Gromov
I. Ahmad, J. Milsted
I. Ahmad, F.T. Porter, M.S. Freedman, R.K. Sjoblom, J. Lerner,
R.F. Barnes, J. Milsted, P.R. Fields
A.A. Aleksandrov, et al
R.E. Anderson, R.L. Bunting, J.D. Burch, S.R. Chinn, J.J. Kraushaar,
R.J. Peterson, D.E. Prull, B.W. Ridley, R.A. Ristinen
M. Asghar, J.P. Gautheron, G. Bailleul, J.P. Bocquet, J. Greif, H. Schrader,
G. Siegert, C. Ristori, J. Crancon, G.I. Crawford
S.A. Baranov, V.M. Shatinskii, L.V. Chistyakov, V.M. Shubko
S.A. Baranov, V.M. Shatinskii
S.A. Baranov, V.M. Shatinskii
G. Bastin, C.F. Liang
M.J. Bechara, O. Dietsch
H. Behrens, M. Kobelt, L. Szybisz, W.G. Thies
H. Behrens, M. Kobelt, L. Szybisz, W.G. Thies
W. Benenson, A. Guilchard, E. Kashy, D. Mueller, H. Nann, L.W. Robinson
U. Bertsche, F. Rauch, K. Stelzer
M.R. Bhat, R.E. Chrien, G.W. Cole, O.A. Wasson
H.E. Bosch, J. Davidson, V. Silbergleit, C.A. Heras, S.M. Abecassis
D. Breitig, R.F. Casten, W.R. Kane, G.W. Cole, J.A. Cizewski
A.R. Brosi, B.H. Ketelle
A. Brondi, R. Moro, P. Pelter, F. Terassi
D.L. Bushnell, J. Hawkins, R. Goebbert, R.K. Smither
D.G. Burke, J.M. Balogh, and erratum CJPHA 63(1985)649
M.E. Bunker, B.S. Nielsen, J.W. Starner, B.J. Dropesky, W.R. Daniels
C. Cabot, C. Deprun, H. Gauvin, B. Lagarde, Y. Le Beyec, M. Lefort
A. Charvet, R. Chery, R. Duffait, M. Morgue
R. Chapman, G.D. Dracoulis
J. de Boer
J.R. Erskine
D. Flothman, H.J. Gils, W. Wiesner, R. Loehken
J.M. Freeman, R.J. Petty, S.H. Hoath, J.S. Ryder, W.E. Burcham,
G.T.A. Squier
K. Fransson, M. af Ugglas, P. Carle
H. Gauvin, Y. Le Beyec, J. Livet, J.L. Reyss
R.C. Greenwood, C.W. Reich, S.H. Vegors,Jr.
H.H. Hansen, D. Mouchet
D. Heck, J.A. Pinston, H. Börner, F. Braumandl, P. Jeuch, H.R. Koch,
W. Mampe, R. Rousille, K. Schreckenbach
P. Hornshøj, P. Tidemand-Petersson, R. Bethoux, A.A. Caretto, J.W. Grüter,
P.G. Hansen, B. Jonson, E. Hagberg, S. Mattsson
P. Hornshøj, P. Tidemand-Petersson, R. Kaczarowski, B. Kotlinska
608
1975Ka18
1975Ka25
1975Ke08
1975Ke09
1975Ke12
1975Kl06
1975Ko18
1975Ku14
1975Li14
1975Li22
1975Lo03
1975Lu02
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
PRVCA
PRVCA
PRVCA
ZPAAD
NUPAB
NUPAB
PRVCA
NUPAB
JUPSA
NUPAB
NUPAB
PRVCA
11,
12,
12,
274,
255,
245,
12,
247,
39,
253,
243,
11,
1959
1054
553
233
296
133
1511
152
1
165
413
1470
1975Ma04 NUPAB
237,
285
11,
1975Ma05
1975Ma.A
1975Me13
1975Me20
1975Me23
1975Mu09
1975Na.A
1975No.A
1975Pl06
1975Ra07
1975Ra08
1975Ra09
1975Re09
1975Ro05
1975Ro16
1975Sc07
1975Se.A
1975Sl.A
1975Sm02
1975Sq01
PRVCA
P-Petten
PYLBB
ZPAAD
PRVCA
PRVCA
P-Petten
P-Paris
IJARA
NUPAB
JPHGB
PRVCA
NUPAB
NUPAB
NUPAB
NUPAB
BAPSA
BAPSA
PRVCA
NUPAB
26,
242,
1,
11,
249,
240,
246,
242,
20,
20,
11,
242,
587
655
297
67
2010
51
566
140
579
189
461
1735
166
221
380
232
73
560
1392
62
1975St08
1975St12
1975Ta12
1975Th04
1975Th08
CJPHA
CZYPA
PRVCA
NUPAB
PRVCA
53,
25,
12,
242,
12,
922
626
108
1
644
1975To05
1975Un.A
1975Va.A
PRVCA
12,
P-Paris
P-Leningrad
533
81
156
1975Vy02
IANFA
39,
1671
1975We03
1975We10
1975We23
1975We24
1975We.A
1975Wi06
1975Wi08
1975Wi26
CJPHA
PHSTB
ZPAAD
PHFEA
P-Petten
PRVCA
ZPAAD
PYLBB
53,
11,
275,
10,
101
10
127
167
749
1477
291
142
1975Ze.A
JINR-P6-8929
58,
275,
12,
12,
11,
272,
59,
E. Kashy, W. Benenson, D. Mueller, R.G.H. Robertson, D.R. Goosman
D. Kaiser, W.H. Johnson,Jr.
G.G. Kennedy, S.C. Gujrathi, S.K. Mark
G.G. Kennedy, S.C. Gujrathi, S.K. Mark
J.J. Kent, S.L. Blatt
H.V. Klapdor, M. Schrader, G. Bergdolt, A.M. Bergdolt
R. Kouzes, W.H. Moore, and erratum PRVCA 13,890
A.W. Kuhfeld, N.M. Hintz
C.Y. Liu, T.H. Hsue, K. Lin, P.K. Tseng, C.C. Hsu, C.W. Wang
J.R. Lien, J.S. Vaagen, A. Graue
M.A. Lone, E.D. Earle, G.A. Bartholemew
D.H. Lueders, J.M. Daley, S.G. Buccino, F.E. Durham, C.E. Hollandsworth, W.P. Bucher, H.D. Jones
M.R. MacPhail, R.G. Summers-Gill, see also thesis Winnipeg, and PrvCom AHW September 1980
G.J. Matthews, F.M. Bernthal, J.D. Immele
P. Matusek
L.R. Medsker, H.T. Fortune
B.J. Meijer, J. Konijn
R.A. Meyer, R.G. Lanier, J.T. Larsen
D. Mueller, E. Kashy, W. Benenson, H. Nann
M.R. Najam, A.F.M. Ishaq, M. Anwar, A.M. Khan, J.A. Mirza
J. Nolen
J. Plch, J. Zderadicka, O. Dragoun
D. Rabenstein, D. Harrach
C.N. Rao, B.M. Rao, P.M. Rao, K.V. Reddy see 75Ra09
C.N. Rao, B.M. Rao, K.V. Reddy
W. Reiter, W.H. Breunlich, P. Hille
C. Rolfs, W.S. Rodney, S. Durrance, H. Winkler
R. Rousille, J.A. Pinston, H. Börner, H.R. Koch, D. Heck
H. Schmeing, J.C. Hardy, R.L. Graham, J.S. Geiger
F.J.D. Serduke, W. Henning
G.G. Slaughter, S. Raman
L.G. Smith, A.H. Wapstra
G.T.A. Squier, W.E. Burcham, J.M. Freedman, R.J. Petty, S.D. Hoath,
J.S. Ryder
W.R. Stott, J.C. Waddington, D.G. Burke, G. Løvhøiden
H. Strusny, H. Tyrroff, E. Herrmann, G. Musiol
H. Taketani, H.L. Sharma, N.M. Hintz
R.C. Thompson, J.S. Boyno, J.R. Huizenga, D.G. Burke, T.W. Elze
C. Thibault, R. Klapisch, C. Rigaud, A.M. Poskanzer, R. Prieels,
L. Lessard, W. Reisdorf
K.S. Toth, W.D. Schmidt-Ott, C.R. Bingham, M.A. Ijaz
UNISOR consortium
V.M. Vachte, N.A. Golovkov, B.S. Dzelepov, R.B. Ivanov, A. Lyushenski,
M.A. Michailova, A.B. Mozhuchin, B.G. Shumin
Ts. Vylov, I.I. Gromova, V.G. Kalinnikov, V. Kuznetsov, T.M. Muminov,
V.A. Morozov, V.I. Fominikh, R.R. Uzmanov, E.R. Shavgulidze
C. Weiffenbach, S.C. Gujrathi, J.K.P. Lee
T. Westrom, B. Fant, I. Forsblom, M. Viitasalo
L. Westgaard, K. Aleklett, G. Nyman, E. Roeckl
T. Weckstrom, I. Forsblom, P. Holmberg
C. Weitkamp, P. Matusek, H. Ottmar
W.M. Wilson, G.E. Thomas, H.E. Jackson
G. Wirth, N. Kaffrell, K. Chayawattanangkur, G. Herrmann, K.E. Seyb
K.H. Wilcox, R.B. Weisenmiller, G.J. Wozniak, N.A. Jelley, D. Ashery,
J. Cerny
A. Zelinsky, K. Zuber, Y. Zuber, V.V. Kuznetsov, A. Kolachkovsky, A. Lyatushinsky, Y.V. Norseev, H.G. Ortlepp, I. Penev, A.V. Potempa
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
609
1976
1976Aj03
PRVCA
14,
767
1976Al01
1976Al16
1976Ba99
1976Be02
1976Be08
1976Be11
NUPAB
NUIMA
AENGA
NUPAB
PRVCA
NUPAB
257,
136,
41,
256,
13,
260,
490
323
342
87
1479
269
1976Be.A
AnRpt OakRidge
1976Be.B
1976Bi09
AnRpt MSUCL
PRVCA
14,
11
1586
1976Ca10
1976Ca24
1976Ca25
1976Cr.B
1976Da20
1976Da.C
NUPAB
261,
PRVCA
14,
PRVCA
14,
JINR-P6-9711
PRVCA
14,
P-Cargese
445
1439
912
1976Di15
1976Di.A
NUIMA
139,
AnRpt OakRidge
181
1976Ed.A
1976El12
1976Fl02
1976Ga.A
1976Ge02
1976Ge14
1976Go02
P-Cargese
CJPHA
PRVCA
P-Baku
PRVCA
PRVCA
PRVCA
54,
13,
258
1493
568
13,
14,
13,
1434
1896
1601
1976Gr19
1976Gr20
PHSTB
APOBB
14,
7,
263
507
1976Gr.A
1976Ha29
P-Cargese
PYLBB
63,
428
27
1976Ha36
1976Ha39
ZPAAD
PRVCA
278,
14,
183
645
1976He04
1976He.B
1976Hi08
1976Hi10
NUPAB
NDSBA
CJPHA
PRLTA
258,
17,
54,
37,
83
287
1360
130
1976Hi14
1976Jo01
1976Jo.A
JPHGB
PRVCA
P-Cargese
2,
13,
L143
439
277
1976Ka19
1976Ka24
NUPAB
PRVCA
266,
14,
346
1773
2011
100
F. Ajzenberg-Selove, E.R. Flynn, O. Hansen, J.D. Sherman, N. Stern,
J.W. Sunier
M.M. Aleonard, P. Hubert, L. Sarger, P. Mennrath
D.E. Alburger
S.A. Baranov, et al
D. Berenyi, G. Hock, A. Menes, G. Szekely, Cs. Ujhelyi, B.A. Zon
W. Benenson, A. Guichard, E. Kashy, D. Mueller, H. Nann
G. Beyer, A. Jasinski, O. Knotek, H.G. Ortlepp, H.U. Siebert, R. Aelt,
E. Herrmann, G. Musiol, H. Tyrroff
C.E. Bemis,Jr., P.F. Dittner, R.J. Silva, D.C. Hensley, R.L. Hahn, J.R. Tarrant, L.D. Hunt, and PrvCom AHW July 1981
F.M. Bernthal
C.R. Bingham, L.L. Riedinger, F.E. Turner, B.D. Kern, J.L. Weil, K.J. Hofstetter, J. Lin, E.F. Zganjar, A.V. Ramayya, J.H. Hamilton, J.L. Wood,
G.M. Gowdy, R.W. Fink, E.H. Spejewski, W.D. Schmidt-Ott, R.L. Mlekodaj, H.K. Carter, K.S.R. Sastry
R.F. Casten, D. Burke, O. Hansen
R.F. Carlton, S. Raman, J.A. Harvey, G.G. Slaughter
R.F. Casten, W.R. Kane, J.R. Erskine, A.M. Friedman, D.S. Gale
T. Cretzu, V.V. Kuznetsov, G. Luzurej, G. Macarie, M. Finger
W.W. Daehnick, M.M. Spisak, R.M. Del Vecchio
J.M. D’Auria, J.W. Grüter, L. Westgaard, G. Nyman, P. Peuser, E. Roeckl,
H. Otto, ISOLDE
J.S. Dionisio, C. Vieu, C.M. Truong, G. Leur
P.F. Dittner, R.J. Silva, D.C. Hensley, R.L. Hahn, J.R. Tarrant, L.D. Hunt,
and PrvCom AHW July 1981
M.D. Edmiston, R.A. Warner, W.C. McHarris, W.H. Kelly
D. Elmore, W.P. Alford
E.R. Flynn, J.D. Sherman, N. Stein, D.K. Olsen, P.J. Riley
M. Gasior, B.G. Kalinnikov, T. Kretsu
W. Gelletly, W.R. Kane, R.F. Casten
R.J. Gehrke, R.G. Helmer, C.W. Reich, R.A. Anderl
G.M. Gowdy, A.C. Xenoulis, J.L. Wood, K.R. Baker, R.W. Fink, J.L. Weil,
B.D. Kern, K.J. Hofstetter, E.H. Spejewski, R.L. Mlekodaj, H.K. Carter,
W.D. Schmidt-Ott, J. Lin, C.B. Ringham, L.L. Riedinger, E.F. Zganjar,
K.S. Sastry, A.V. Ramayya, J.H. Hamilton
T. Grotdal, L. Guldberg, K. Nybø, T.F. Thorsteinsen
K.Y. Gromov, D.T. Dzelev, K. Zuber, Y. Zuber, T.A. Islamov,
V.V. Kuznetsov, H.G. Ortlepp, A.V. Potempa
J.W. Grüter, B. Jonson, O.B. Nielsen
J.C. Hardy, J.A. Macdonald, H. Schmeing, T. Faestermann, H.R. Andrews,
J.S. Geiger, R.L. Graham, K.P. Jackson
W. Hartl, J.W. Hammer
P.E. Haustein, E.M. Franz, S. Katcoff, N.A. Morcos, H.A. Smith,Jr.,
T.E. Ward
R.G. Helmer, R.J. Gehrke, R.C. Greenwood, C.W. Reich, L.D. McIsaac
E.A. Henry
C.R. Hirning, D.G. Burke
G.T. Hickey, D.C. Weisser, J. Cerny, G.M. Crawley, A.F. Zeller, T.R. Ophel,
D.F. Hebbard
G.T. Hickey, G.M. Crawley, D.C. Weisser, N. Shikazono
P.L. Jolivette, J.D. Goss, J.A. Bieszk, R.D. Hichwa, C.P. Browne
B. Jonson, E. Hagberg, P.G. Hansen, P. Hornshøj, P. Tidemand-Petersson,
ISOLDE
R. Kamermans, H.W. Jongsma, T.J. Ketel, R. van der Wey, H. Verheul
E. Kashy, W. Benenson, D. Mueller, H. Nann, L. Robinson
610
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
1976Ki12
1976Lu02
1976Lu04
1976Ma03
1976Ma16
1976Ma35
1976Na23
1976Nu01
1976Pi04
1976Pi13
NUPAB
PRVCA
NUIMA
PRVCA
PRVCA
PRVCA
PRVCA
PRVCA
NUPAB
NUPAB
272,
13,
134,
13,
13,
14,
14,
13,
264,
270,
381
1544
173
118
1117
1141
2338
2017
1
61
1976Ra33
1976Ra37
1976Ro04
1976Sc13
1976Sh24
CUSCA
ZPAAD
PRVCA
NUPAB
NUIMA
45,
279,
13,
263,
135,
606
301
1018
193
583
1976Sl06
1976Sp08
1976St11
1976Su.A
1976Su.B
1976To06
NUPAB
NUPAB
NUPAB
BAPSA
BAPSA
PYLBB
274,
265,
266,
21,
21,
63,
93
416
424
658
984
150
1976Tr01
1976Tr03
1976Tu.A
1976Vi02
1976Vi.A
PRVCA
13,
PYLBB
61,
Th.-Berkeley
PYLBB
60,
P-Cargese
50
353
261
462
K. Kimura, N. Takagi, M. Tanaka
E. Lund, G. Rudstam
E. Lund, G. Rudstam
J.F. Mateja, G.F. Neal, J.D. Goss, P.R. Chagnon, C.P. Browne
D.J. Martin, M.R. MacPhail
L.G. Mann, W.B. Walters, R.A. Meyer
H. Nann, D. Mueller, A. Saha, E. Kashy
L.L. Nunnely, W. Loveland
J.A. Pinston, R. Rousille, H. Börner, H.R. Koch
J.A. Pinston, R. Rousille, H. Börner, W.F. Davidson, P. Jeuch, H.R. Koch,
K. Schreckenbach
K.V. Ramania, G.K. Raju, K.V. Reddy
D.G. Raich, H.R. Bowman, R.E. Eppley, J.O. Rasmussen, I. Rezanka
R.G.H. Robertson, W. Benenson, E. Kashy, D. Mueller
M. Schrader, H. Reiss, G. Rosner, H.V. Klapdor
J.F. Sharpey-Schafer, A.M. Al Naser, A.H. Behbehani, L.L. Green,
A.N. James, C. Lister, P.J. Nolan
D.N. Slater, W. Booth
R.J. Sparks
W.F. Steele, P.A. Smith, J.E. Finck, G.M. Crawley
E. Sugarbaker, W.S. Gray
E. Sugarbaker, W.S. Gray
K.S. Toth, M.A. Ijaz, J. Lin, E.L. Robinson, B.O. Hannah, E.H. Spejewski,
J.D. Cole, J.H. Hamilton, A.V. Ramayya
R.E. Tribble, R.A. Kenefick, R.L. Spross
R.E. Tribble, J.D. Cossairt, R.A. Kenefick
D.G. Tuggle
D.J. Vieira, D.F. Sherman, M.S. Zisman, R.A. Gough, J. Cerny
C. Vieu, J.S. Dionisio, V. Berg, C. Bourgeois
1977
1977Al17
1977Ba10
NUPAB
CJPHA
285,
55,
1
200
1977Ba33
IANFA
41,
101
1977Ba69
1977Be09
YAFIA
PRVCA
26,
15,
461
705
1977Be13
1977Be36
PRVCA
PRVCA
15,
16,
1187
1146
1977Bh03
1977Bo02
ZPAAD
NUPAB
281,
275,
65
229
1977Bo28
1977Bo31
PYLBB
IANFA
71,
41,
67
1149
1977Bo32
IANFA
41,
1189
1977Bo.A
1977Ca09
1977Ca23
1977Co08
1977Cr05
1977Da22
1977De06
1977De25
PrvCom AHW
PRVCA
15,
ZPAAD
283,
PRVCA
15,
IANFA
41,
GCACA
41,
PRVCA
15,
ZPAAD
283,
Oct
883
221
1685
2032
1745
800
33
K. Aleklett, E. Lund, G. Nyman, G. Rudstam
J.W. Barnard, P. Williams, R.C. Barber, S.S. Hague, K.S. Kozier,
K.K. Sharma, H.E. Duckworth
I.F. Barchuk, G.V. Belykh, V.I. Golyshkin, A.F. Ogorodnik, M.M. Tuschinski
S.A. Baranov, V.M. Shatinskii
C.E. Bemis,Jr., R.L. Ferguson, F. Plasil, R.J. Silva, F. Pleasanton,
R.L. Hahn
W. Benenson, D. Mueller, E. Kashy, H. Nann, L.W. Robinson
C.E. Bemis,Jr., P.F. Dittner, R.J. Silva, R.L. Hahn, J.R. Tarrant, L.D. Hunt,
D.C. Hensley
T.S. Bhatia, H. Hafner, R. Haupt, R. Maschuw, G.J. Wagner
D.D. Bogdanov, A.V. Demyanov, V.A. Karnaukhov, L.A. Petrov, A. Plochocki, V.G. Subbotin, J. Voboril
D.D. Bogdanov, J. Vobořil, A.V. Demyanov, L.A. Petrov
N.A. Bonch-Osmolovskaya, V.M. Gorodzankin, K.Y. Gromov, T. Kretsu,
V.V. Kuznetsov, G. Makarie, A.S. Khamidov, M. Yatiski
B. Bogdan, M. Gasior, T. Kretsu, V.V. Kuznetsov, N.A. Lebedev,
G.I. Lizurei, G. Makarie, D.G. Popesku, A.S. Khamidov
V.R. Bom, D. De Bruin
R.F. Carlton, S. Raman, G.G. Slaughter
C. Cabot, S. Della Negra, C. Deprun, H. Gauvin, Y. Le Beyec
J.D. Cossairt, R.E. Tribble, R.A. Kenefick
T. Cretsu, G. Makarie, A.V. Potempa, E. Senyavski
D.W. Davis, J. Gray, G.L. Cumming, H. Baadsgaard
J. Deslauriers, S.C. Gujrathi, S.K. Mark
J. Deslauriers, S.C. Gujrathi, S.K. Mark
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
1977De32
1977Dr07
JPSLB
AENGA
38,
42,
393
314
1977Em02
1977Er02
1977Fl03
1977Fo02
1977Fo09
NUPAB
ZPAAD
PRVCA
ZPAAD
PYLBB
293,
280,
15,
281,
70,
379
79
879
89
408
1977Fr20
1977Gu02
ZPAAD
PRVCA
281,
15,
211
894
1977Ha48
NUPAB
293,
1
1977He26
1977Ho02
NUIMA
NUPAB
147,
276,
425
1
1977Ho09
1977Ho25
1977Ij01
1977Is01
1977Je03
1977Jo03
1977Ka08
1977Ke03
1977Ko04
1977Ko05
1977Ko15
1977Ko.A
1977Ko.B
1977Kr.A
JUPSA
42,
NUPAB
288,
PRVCA
15,
ZPAAD
281,
PRVCA
15,
PRVCA
15,
NUPAB
279,
PRVCA
15,
PRVCA
15,
ZPAAD
281,
PRVCA
16,
PrvCom AHW
P-Tashkent
JINR-P6-10748
1098
429
2251
365
1972
915
269
792
1947
409
588
Feb
65
1977Li16
1977Lu06
1977Ma12
1977Ma24
PHSTB
NUPAB
PRVCA
NUPAB
15,
286,
15,
288,
205
403
1708
1
1977Mc05
1977Mc09
1977Me04
1977Mi.A
1977Mo13
1977Mu03
1977Na17
1977Na24
1977No08
1977Nu01
1977Pa01
1977Pa13
1977Pa18
1977Pr07
1977Ra08
1977Ra17
1977Ra18
1977Re05
1977Re12
1977Re.A
1977Sc03
NUPAB
281,
PRVCA
16,
PRVCA
15,
KFK-2438
NUPAB
289,
PRVCA
15,
PRVCA
16,
NUIMA
144,
PYLBB
71,
PRVCA
15,
PRVCA
15,
PRVCA
15,
PRVCA
16,
PRVCA
16,
IJOPA
15,
JPHGB
3,
JPHGB
3,
PRVCA
15,
CUSCA
46,
Th.-Montreal
PYLBB
66,
325
1278
649
36
1282
1566
331
314
444
730
1811
370
1001
41
637
633
2108
95
133
611
S. Della Negra, B. Lagarde, Y. Le Beyec
A.A. Druzhinin, V.K. Grigorev, A.A. Lbov, S.P. Vesnovskii, N.G. Krylov,
V.N. Polynov
R.A. Emigh, R.E. Anderson
B. Erlandson, J. Lyttkens
E.R. Flynn, J.W. Sunier, F. Ajzenberg-Selove
B. Fogelberg, W. Maup
H.T. Fortune, R. Middleton, M.E. Coburn, G.E. Moore, S. Mordechai,
R.V. Kollarits, H. Nann, W. Chung, B.H. Wildenthal
T. Freie, H. Lorenz-Wirba, B. Cleff, H.P. Trautvetter, C. Rolfs
P. Guilbault, D. Ardouin, R. Tamisier, P. Avignon, M. Vergnes, G. Rotbard,
G. Berrier
E. Hagberg, P.G. Hansen, J.C. Hardy, P. Hornshøj, B. Jonson, S. Mattsson,
P. Tidemand-Petersson
J.C.P. Heggie, Z.E. Zwitkowski
C.L. Hollas, K.A. Aniol, D.W. Gebbie, M. Borsaru, J. Nurzinski, L.O. Barbopoulos
M. Hoshi, M. Fujiwara, Y. Yoshisama
P. Hornshøj, L. Hojsholt-Poulsen, N. Rud
M.A. Ijaz, C.R. Bingham, H.K. Carter, E.L. Robinson, K.S. Toth
A.F.M. Ishaq, S. Robertson, W.V. Prestwich, T.J. Kennett
C.M. Jensen, W.R.G. Lanier, G.L. Struble, L.G. Mann, S.G. Prussin
C.H. Johnson, J.K. Bair, C.M. Jones
K. Kawade, H. Yamamoto, Y. Ikeda, V.N. Bhoraskar, T. Katoh
G. Kennedy, J. Deslauriers, S.C. Gujrathi, S.K. Mark
J.J. Kolata, M. Oothoudt
G. Korschinek, E. Nolte, H. Hick, K. Miyano, W. Kutschera, H. Morinaga
B.K.S. Koene, R.E. Chrien
B.K. Koene, R.E. Chrien, M. Yachim
T. Kozlowski, T. Kormitski, Y. Lushtshnski, A. Yasinski
T. Kretsu, V.V. Kuznetsov, G. Luzurej, Chan Chen Mo, V.M. Gorodzankin,
G. Makarie
E. Lingeman
E. Lund, K. Aleklett, G. Rudstam
J.F. Mateja, C.P. Browne
J.A. Macdonald, J.C. Hardy, H. Schmeing, T. Faestermann, H.R. Andrews,
J.S. Geiger, R.L. Graham, K.P. Jackson
A.B. McDonald, E.D. Earle, M.A. Lone, F.C. Khanna, H.C. Lee
D.A. McClure, S. Raman, G.C. Slaughter
L.R. Medsker, L.H. Fry,Jr., J.L. Yntema
M. Mirkiditsian
S. Mordechai, M.E. Coburn, G.E. Moore, H.T. Fortune
D. Mueller, E. Kashy, W. Benenson
A.M. Nathan, D.E. Alburger, J.W. Olness, E.K. Warburton
H. Naylor, R.E. White
J.A. Nolen, T.S. Bhatia, H. Hafner, P. Doll, C.A. Wiedner, G.J. Wagner
L.L. Nunnelley, W.D. Loveland
L.A. Parks, C.N. Davids, R.C. Pardo
R.C. Pardo, C.N. Davids, M.J. Murphy, E.B. Norman, L.A. Parks
R.C. Pardo, C.N. Davids, M.J. Murphy, E.B. Norman, L.A. Parks
S.G. Prussin, R.G. Lanier, G.L. Struble, L.G. Mann, S.M. Schoenung
K.V. Ramaniah, G.R. Raju, K.V. Reddy
Venkata Ramaniahah, G. Kusa Raju, K. Venkata Reddy
Venkata Ramaniahah, K. Venkata Reddy
P.L. Reeder, J.F. Wright, L.J. Alquist
T.S. Reddy, R. Matthews, K.V. Reddy
D.M. Rehfield DABBB 38,4874(1978)
A.G. Schmidt, R.L. Mlekodaj, E.L. Robinson, F.T. Avignone, J. Lin,
G.M. Gowdy, J.L. Wood, R.W. Fink
612
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
1977Sc21
ZPAAD
283,
43
1977Sh04
CJPHA
55,
506
1977Sh06
1977Sh08
1977Sh12
PRVCA
PYLBB
CJPHA
15,
67,
55,
903
275
1360
1977So02
1977St15
1977St22
1977Tr03
1977Tr05
1977Tr07
1977Tu01
1977Vo02
CJPHA
PRVCA
CJPHA
PRVCA
PRVCA
PRVCA
ZPAAD
NUPAB
55,
16,
55,
15,
16,
16,
280,
278,
383
574
1687
2028
917
1835
309
189
1977Vy02
IANFA
41,
1634
1977Wh03 AUJPA
1977Ya07 JUPSA
30,
43,
365
8
F. Schussler, J. Blachot, E. Monnand, J.A. Pinston, B. Pfeiffer, K. Hawerkamp, R. Stippler
S.H. Sharma, K.S. Kozier, J.W. Barnard, R.C. Barber, S.S. Haque,
H.E. Duckworth
J.D. Sherman, D.L. Hendrie, M.S. Zisman
J.D. Sherman, E.R. Flynn, O. Hansen, N. Stein, J.W. Sunier
K.S. Sharma, J.O. Meredith, R.C. Barber, K.S. Kozier, S.S. Hague,
J.W. Barnard, F.C.G. Southon, P. Williams, H.E. Duckworth
F.C.G. Southon, J.O. Meredith, R.C. Barber, H.E. Duckworth
M.L. Stelts, J.C. Browne
O. Straume, D.G. Burke
R.E. Tribble, J.D. Cossairt, R.A. Kenefick
R.E. Tribble, J.D. Cossairt, D.P. May, R.A. Kenefick
R.E. Tribble, J.D. Cossairt, D.P. May, R.A. Kenefick
T. Tuurnala, K. Katajanheimo, E. Hammaren
H. Vonach, P. Glass, E. Huenges, P. Maier-Komor, H. Reoser, H.J. Scheerer,
H. Paul, D. Semrad
Ts. Vylov, N.A. Golovkov, B.S. Dzelepov, R.B. Ivanov, M.A. Mikhailova,
Y.V. Norseev, V.G. Shumin
R.E. White, H. Naylor
H. Yamamoto, K. Kawade, K. Ikeda, T. Katoh
1978
1978Aj01
1978Al18
1978Al23
1978Al29
1978An10
1978An14
PRVCA
PRVCA
PRVCA
PRVCA
NUPAB
PHSTB
17,
18,
18,
18,
303,
18,
960
462
1875
2727
154
165
1978Ar12
PRVCA
18,
1201
1978Az01
1978Ba44
PRVCA
PRLTA
17,
41,
443
738
1978Ba.C
1978Be09
P-Alma Ata
PRVCA
17,
123
529
1978Be22
1978Be26
ZPAAD
PRVCA
285,
17,
405
1939
1978Bh02
PYLBB
76,
562
1978Bo20
1978Bo32
NUPAB
NUPAB
303,
307,
145
421
1978Bo.A
1978Bu18
1978Ca11
1978Ch22
1978Co.A
1978Cr02
1978Cr03
1978Da04
P-Alma Ata
PRVCA
18,
ZPAAD
287,
MTRGA
14,
AnRpt Texas AM
IANFA
42,
ZPAAD
287,
PRVCA
17,
1978Da07
NUPAB
301,
397
1978Do06
ZPAAD
286,
107
54
693
71
157
56
45
1815
F. Ajzenberg-Selove, E.R. Flynn, J.W. Sunier, D.L. Hanson
K. Aleklett, E. Lund, G. Rudstam
D.E. Alburger
D.E. Alburger, S. Mordechai, H.T. Fortune, R. Middleton
K.A. Aniol, D.W. Gebbie, C.L. Hollas, J. Nurzinski
G. Andersson, M. Ashgar, A. Emsallem, E. Hagberg, B. Jonson,
P. Tidemand-Petersson
D. Ardouin, C. Lebrun, F. Guilbault, B. Remand, E.R. Flynn, D.L. Hanson,
S.D. Orbesen, M.N. Vergnes, G. Rotbard, K. Kumar
G. Azuelos, G.V. Rao, P. Taras
P.A. Baisden, R.E. Leber, M. Nurmia, J.M. Nitschke, M. Michel,
A. Ghiorso
S.A. Baranov, V.M. Shatinskii, L.V. Chistyakov, N.I. Aleshin
G. Berrier-Ronsin, M. Vergnes, G. Rotbard, J. Vernotte, J. Kalifa, R. Seltz,
H.L. Sharma
D. Benson,Jr., P. Kleinheinz, R.K. Sheline, E.B. Shera
W. Benenson, E. Kashy, A.G. Ledebuhr, R.C. Pardo, R.G.H. Robertson,
L.W. Robinson
T.S. Bhatia, H. Hafner, J.A. Nolen,Jr., W. Saathoff, R. Schuhmacher,
R.E. Tribble, G.J. Wagner, C.A. Wiedner
D.D. Bogdanov, A.V. Demyanov, V.A. Karnaukhov, L.A. Petrov, J. Voboril
D.D. Bogdanov, A.V. Demyanov, V.A. Karnaukhov, M. Nowicki,
L.A. Petrov, J. Voboril, A. Plochocki
D.D. Bogdanov, I. Bobordzil, A.V. Demianov, L.A. Petrov
D.G. Burke, G. Løvhøiden, E.R. Flynn, J.W. Sunier
C. Cabot, S. Della Negra, C. Deprun, H. Gauvin, Y. Le Beyec
P. Christmas, P. Cross
J.D. Cossairt, D.P. May
T. Cretzu, V.V. Kuznetsov, G. Luzurej, V.M. Gorodzankin, G. Macarie
J. Crançon, C. Ristori, H. Ohm, W. Rudolph, K.-L. Kratz, M. Asghar
C.N. Davids, D.F. Geesaman, S.L. Tabor, M.J. Murphy, E.B. Norman,
R.C. Pardo
J.M. D’Auria, J.W. Grüter, E. Hagberg, P.G. Hansen, J.C. Hardy,
P. Hornshøj, B. Jonson, S. Mattsson, H.L. Ravn, P. Tidemand-Petersson
P.H. Do, R. Chery, H.G. Börner, W.F. Davidson, J.A. Pinston, R. Rousille,
K. Schreckenbach, H.R. Koch, H. Seyfarth, D. Heck
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
1978Ek05
1978El11
1978Fi02
1978Ga07
HYIND
PRVCA
PRVCA
YAFIA
4,
18,
17,
27,
165
2713
718
894
1978Ge01
1978Gr10
1978Gr13
NUPAB
NUPAB
YAFIA
295,
303,
27,
221
265
1421
1978Gu14
1978Ha08
ZPAAD
PYLBB
287,
73,
271
139
1978Ha11
1978Hu06
1978Ik03
1978Ja06
NUPAB
CJPHA
JUPSA
JPHGB
296,
56,
45,
4,
251
936
725
579
1978Ka12
1978Ke06
PRVCA
PRVCA
17,
17,
1555
1929
1978Ke10
PRVCA
18,
1938
1978Ko24
1978Ko27
1978Ko28
1978Le.A
NUPAB
307,
NUPAB
309,
PRVCA
18,
Table of Isotopes
71
329
1587
1978Lo07
1978Lo13
1978Ma18
1978Ma23
NUPAB
JINCA
JUPSA
NUPAB
302,
40,
44,
301,
51
1865
1070
213
1978Ma24 NUPAB
1978Mo12 NUPAB
301,
305,
237
29
1978Mu05
1978No03
1978No05
1978Pa11
1978Pa12
PRVCA
PRVCA
PRVCA
PRVCA
PRVCA
17,
17,
18,
18,
18,
1574
2176
102
1249
1277
1978Pe08
1978Pf01
1978Ra15
1978Ra16
1978Re01
1978Ro01
1978Ro03
1978Ro14
NUPAB
PRLTA
PRVCA
PRVCA
ZPAAD
PRVCA
ZPAAD
PRVCA
302,
41,
18,
18,
284,
17,
284,
18,
1
63
1085
1158
403
4
407
86
1978Ro19
PYLBB
78B,
393
1978Sc26
ZPAAD
288,
189
1978Se04
1978Sh11
1978St25
1978Su03
1978Sz04
PRVCA
NUPAB
NUIMA
ZPAAD
PRVCA
17,
304,
155,
287,
17,
1919
40
253
287
2253
613
C. Ekstrom, S. Ingelman, G. Wannberg, M. Skarestad, ISOLDE
Y.A. Ellis, K.S. Toth, H.K. Carter
R.B. Firestone, R.A. Warner, W.C. McHarris, W.H. Kelly
Yu. P. Gangrskii, G.M. Marinescu, M.B. Miller, V.N. Samosyuk,
I.F. Kharisov
C.P. Gerner, J. Van Pelt, O.W. De Ridder, J. Blok
H.C. Griffin, I. Ahmad, A.M. Friedman, L.E. Glendenin
I.I. Gromova, T. Kretsu, V.V. Kuznetsov, G.I. Lizurei, N.A. Lebedev,
V.M. Gorozhankin, G. Macarie
H.H. Guven, B. Kardon, H. Seyfarth
E. Hagberg, P.G. Hansen, P. Hornshøj, B. Jonson, S. Mattsson,
P. Tidemand-Petersson, ISOLDE
S.I. Hayakama, I.R. Hyman, J.K.P. Lee
H. Huang, B.P. Pathek, J.K.P. Lee
Y. Ikeda, H. Yamamoto, K. Kawade, T. Katoh, K. Nagahara
A.N. James, J.F. Sharpey-Schafer, A.M. Al Naser, A.H. Behbehani,
C.J. Lister, P.J. Nolan, P.H. Barker, W.E. Burcham
R. Kamermans, J. Van Driel, H.P. Blok, P.J. Blankhorst
G.J. KeKelis, M.S. Zisman, D.K. Scott, R. Jahn, D.J. Vieira, J. Cerny,
F. Ajzenberg-Selove
B.D. Kern, F. Gabbard, R.G. Kruzek, M.R. McPherson, K.K. Sekharan,
F.D. Snyder
R.T. Kouzes, D. Mueller
R.T. Kouzes, P. Kutt, D. Mueller, R. Sherr
R.T. Kouzes, D. Mueller, C. Yu
C.M. Lederer, V.S. Shirley, E. Browne, J.M. Dairiki, R.E. Doebler,
A.A. Shihab-Eldin, L.J. Jardine, J.K. Tuli, A.B. Buyrn
G. Løvhøiden, O. Straume, D.G. Burke
R.W. Lougheed, J.F. Wild, E.K. Hulet, R.W. Hoff, J.H. Landrum
Z. Matumoto, T. Tamura
J.W. Maas, E. Somorjai, H.D. Graber, C.A. Vandenwijngaard,
C. Van der Leun, P.M. Endt
J.W. Maas, A.J.C. Holvast, A. Baghus, H.J.M. Aarts, P.M. Endt
L.A. Montestraque, M.C. Cobian Rozak, G. Szaloky, J.D. Zumbro,
S.E. Darden
M.J. Murphy, C.N. Davids, E.B. Norman, R.C. Pardo
E.B. Norman, C.N. Davids, M.J. Murphy, R.C. Pardo
E.B. Norman, C.N. Davids
R.C. Pardo, E. Kashy, W. Benenson, L.W. Robinson
I. Paschopoulos, E. Müller, H.J. Körner, I.C. Oelrich, K.E. Rehm,
H.J. Scheerer
J.G. Pengra, H. Genz, R.W. Fink
L.P. Pfeiffer, A.P. Mills,Jr., R.S. Raghavan, F. Achandros
G.R. Rao, G. Azuelos, J.C. Kim, J.P. Martin, P. Taras
S. Raman, R.F. Carlton, G.G. Slaughter, M.R. Meder
T.S. Reddy, R. Matthews, K.V. Reddy
R.G. HRobertson, E. Kashy, W. Benenson, A. Ledebuhr
A. Robertson, T.J. Kennett, W.V. Prestwich
G. Rotbard, L. Larana, M. Vergnes, G. Berrier, J. Kalifa, F. Guilbault,
R. Tamisier
E. Roeckl, R. Kirchner, O. Klepper, G. Nyman, W. Reisdorf, D. Schardt,
K. Wien, R. Fass, S. Mattsson
U.J. Schrewe, W.D. Schmidt-Ott, R.-D. von Dincklage, E. Georg, P. Lemmertz, H. Jungclas, D. Hirdes
R.R. Sercely, R.J. Peterson, E.R. Flynn
S. Shastry, R.A. Emigh, R.J. Peterson, R.E. Anderson
H.L. Stelts, R.E. Chrien
K. Sümmerer, N. Kaffrell, H. Otto, P. Peuser, N. Trautmann
A. Szanto De Toledo, H.V. Klapdor, H. Hafner, W. Saathoff, E.M. Szanto,
M. Schrader
614
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
1978Sz09
JPHGB
4,
L187
1978Ta10
1978Tu04
1978Va04
1978Ve10
PRVCA
PHSTB
NUPAB
JPSLB
18,
18,
295,
39,
1064
31
211
291
1978We12
1978We14
1978Wi04
1978Wo01
1978Wo15
1978Ya07
1978Ze04
1978Zg.A
PHSTB
NUPAB
PRVCA
PRVCA
PRVCA
PRVCA
PRVCA
PrvCom
18,
308,
18,
17,
18,
17,
18,
AHW
275
222
401
66
2328
2061
2122
Sep
A. Szanto De Toledo, H.V. Klapdor, H. Hafner, W. Saathoff, E.M. Szanto,
M. Schrader, H. Dias
R.W. Tarara, J.P. Zumbro, C.P. Browne
T. Tuurnala, R. Katajanheimo, O. Heinonen
J. Van Pelt, C.P. Gerner, O.W. De Ridder, J. Blok
L. Vergnes, G. Rotbard, J. Kalifa, G. Berrier, J. Vernotte, Y. Deschamps,
R. Selz
T. Weckstrom
D.C. Weisser, A.F. Zeller, T.R. Ophel, D.F. Hebbard
D.H. Wilkinson, A. Gallmann, D.E. Alburger
C. Woods
F.K. Wohn, W.L. Talbert,Jr.
Y. Yamazaki, R.K. Sheline, E.B. Shera corr PRVCA 18,2450
B. Zeidman, J.A. Nolen,Jr.
E.F. Zganjar, W.R. Kane, G.J. Smith, J.A. Cizewski
1979
1979Ad08
IANFA
43,
1089
1979Ah03
1979Aj02
1979Aj03
1979Al04
PRVCA
PRVCA
PRVCA
JPHGB
20,
19,
19,
5,
200
1742
2068
423
1979Al05
1979Al16
ZPAAD
ZPAAD
290,
291,
173
397
1979An36
IANFA
43,
1076
1979Ba06
1979Ba31
ZPAAD
NUPAB
289,
325,
325
305
1979Ba67
1979Be.A
AENGA
47,
P-Brookhaven
404
561
1979Bo37
1979Br05
1979Br19
1979Br25
1979Br26
1979Br.A
1979Br.B
1979Bu05
1979Ca02
ZENAA
34,
ZPAAD
289,
PRVCA
20,
NUIMA
166,
ZPAAD
292,
Th.-McMaster
AnRpt NotrDame
NUPAB
318,
NUPAB
316,
1536
289
1301
243
397
1979Da04
1979Da.A
1979De44
1979Do09
1979Du02
PRVCA
19,
P-Lansing
NUPAB
332,
PRVCA
20,
NUPAB
315,
1463
419
382
1112
317
1979Fi07
1979Fl02
PYLBB
PRVCA
89,
19,
77
61
36
355
I.A. Adam, A.V. Budzyak, M. Gonusek, V.M. Gorodzhankin, B.S. Dzelepov, V.G. Kalinnikov, A.V. Kudryavtseva, V.V. Kuznetsov, V.I. Stegaylov,
A. Shshalek
I. Ahmad, S.W. Yates, R.K. Sjoblom, A.M. Friedman
F. Ajzenberg-Selove, E.R. Flynn, D.L. Hanson, S. Orbesen
F. Ajzenberg-Selove, E.R. Flynn, D.L. Hansen, S. Orbesen
A.M. Al Naser, A.H. Behbehani, P.A. Butler, L.L. Green, A.N. James,
C.J. Lister, P.J. Nolan, N.R.F. Ramsmo, J.F. Sharpey-Schafer, H.M. Sheppard, L.H. Zyber, R. Zyber
K. Aleklett, E. Lund, G. Rudstam
G.D. Alkhazov, L.K. Batist, E.Y. Berlovich, Y.S. Blinnikov, Y.V. Yelkin,
K.A. Mezilev, Y.N. Novikov, V.N. Pantelejev, A.G. Poljakov,
N.D. Schigolev, V.N. Tatasov, V.P. Afanasjev, K.Y. Gromov, M. Jachim,
M. Janicki, V.G. Kalinnikov, J. Kormicki, A. Potempa, E. Rurarz,
F. Tarkanyi, Y.V. Yushkievich
N.M. Antoneva, V.M. Vinogradov, E.P. Grigorev, P.P. Dimitrev,
A.V. Zolotavin, G.S. Katichin, N.N. Krasnov, V.M. Makarov
J.N. Barkman, J.E. McFee, T.J. Kennett, W.V. Prestwich
G.C. Ball, W.G. Davies, J.S. Forster, H.R. Andrews, D. Horn,
W. McLatchie
S.A. Baranov, V.M. Shatinskii, L.V. Chistyakov
Z. Berant, Y. Birenbaum, R. Moreh, see NUIMA 166(1979)81, and
PrvCom AHW February 1980
T. Borello-Lewin, O. Dietsch
P. Brodeur, B.P. Pathek, S.K. Mark
R.E. Brown, J.A. Cizewski, E.R. Flynn, J.W. Sunier
F. Braumandl, K. Schreckenbach, T. von Egidy
F. Braumandl, T. von Egidy, D.D. Warner
P.M. Brewste
C.P. Browne, et al
D.G. Burke, G. Løvhøiden, E.R. Flynn, J.W. Sunier
R.F. Casten, M.R. MacPhail, W.R. Kane, D. Breitig, K. Schreckenbach,
J.A. Cizewski
C.N. Davids, C.A. Gagliardi, M.J. Murphy, E.B. Norman
C.N. Davids
K.R.S. Devan, C.E. Brient
R.E. Doebler, W.M. McHarris, W.H. Kelly
F. Dubbers, L. Funke, P. Kemnitz, K.D. Schilling, H. Strusny, E. Will,
G. Winter, M.K. Balodis
R.B. Firestone, R.C. Pardo, W.C. McHarris
E.R. Flynn, D.L. Hansen, R.A. Hardekopf
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
1979Fo10
1979Ge02
1979Ha09
1979Ha10
NUPAB
PRVCA
ZPAAD
NUPAB
323,
19,
290,
318,
205
2224
113
29
1979Ha26
PRVCA
19,
2332
1979Ha32
1979Ho10
PRVCA
ZPAAD
20,
291,
345
53
1979Ho27
1979Ik06
1979Ik07
1979Io01
NUPAB
JUPSA
JUPSA
NUPAB
330,
47,
47,
313,
429
1039
1389
283
1979Ja21
1979Ka.A
1979Ke02
NUPAB
325,
P-Lansing
ZPAAD
289,
337
39
407
1979Ke.D
1979Ko10
P-Brookhaven
CJPHA
57,
646
266
1979Pe17
1979Pi08
NUPAB
NUPAB
332,
321,
95
25
1979Pl06
NUPAB
332,
29
1979Ry.A
1979Sa.A
1979Sc09
P-Lansing
AnRpt KVI
NUPAB
318,
249
1979Sc11
ZPAAD
290,
359
1979Sc22
NUPAB
326,
65
1979Sw01 NUIMA
1979Ta.B BAPSA
1979To06 PRVCA
159,
24,
19,
407
836
2399
20,
19,
20,
1902
431
177
944
316,
5,
313,
13
1723
385
1979To18
1979Ve.A
1979Vi01
1979Vo05
PRVCA
P-Lansing
PRVCA
PRVCA
1979Wa04 NUPAB
1979Wa22 JPHGB
1979We02 NUPAB
253
615
B. Fogelberg, P. Carlé
D.F. Geesaman, R.L. McGrath, J.W. Noé, R.E. Malmin
H.H. Hansen, E. Cellen, G. Grosse, D. Mouchel, A. Larsen, R. Vaninbroukx
E. Hagberg, P.G. Hansen, P. Hornshøj, B. Jonson, S. Mattsson,
P. Tidemand-Petersson, ISOLDE
P.E. Haustein, H.-C. Hseuh, R.L. Klobuchar, E.M. Franz, S. Katcoff,
L.K. Peker
J.E. Halvarson, W.H. Johnson,Jr.
S. Hofmann, W. Faust, G. Münzenberg, W. Reisdorf, P. Armbruster,
K. Güttner, H. Ewald
J. Honkanen, M. Kortelahti, K. Valli, K. Eskola, A. Hautojärvi, K. Vierinen
Y. Ikeda, H. Yamamoto, K. Kawade, T. Takeuchi, T. Katoh, T. Nagahara
Y. Ikeda, H. Yamamoto, K. Kawade, T. Katoh, T. Nagahara
V.A. Ionescu, J. Kern, R.F. Casten, W.R. Kane, I. Ahmad, J. Erskine,
A.M. Friedman, K. Katori
J. Jänecke, F.D. Becchetti, C.E. Thorn
E. Kashy, W. Benenson, J.A. Nolen,Jr., R.G.H. Robertson
U. Keyser, H. Berg, F. Münnich, K. Hawerkamp, H. Schrader, B. Pfeiffer,
E. Monnand
M.J. Kenny, M.L. Stelts, R.E. Chrien
K.S. Kozier, K.S. Sharma, R.C. Barber, J.W. Barnard, R.J. Ellis,
V.P. Derenchuk
P. Peuser, H. Otto, N. Kaffrell, G. Nyman, E. Roeckl
J.A. Pinston, W. Mampe, R. Rousille, K. Schreckenbach, D. Heck,
H.G. Börner, H.R. Koch, S. Andre, D. Barnéoud
A. Plochocki, G.M. Gowdy, R. Kirchner, O. Klepper, W. Reisdorf,
E. Roeckl, P. Tidemand-Petersson, J. Żylicz, U.J. Schrewe, R. Kantus,
R.-D. von Dincklage, W.D. Schmidt-Ott
A. Rytz
A. Saha, R.H. Siemsen, J.W. Smits, J. Van Popta, and PrvCom AHW
K.-H. Schmidt, W. Faust, G. Münzenberg, H.-G. Clerc, W. Lang, K. Pielenz, D. Vermeulen, H. Wohlfarth, H. Ewald, K. Güttner
F. Schussler, J. Blachot, E. Monnand, B. Fogelberg, S.H. Feenstra,
J. van Klinken, G. Jung, K.D. Wünsch
D. Schardt, R. Kirchner, O. Klepper, W. Reisdorf, E. Roeckl, P. TidemandPetersson, G.T. Ewan, E. Hagberg, B. Jonson, S. Mattsson, G. Nyman
Z.E. Switkowski, R.J. Petty, J.C.P. Heggie, G.J. Clark
R.W. Tarara, J.D. Zumbro, C.P. Browne
K.S. Toth, M.A. Ijaz, C.R. Bingham, L.L. Riedinger, H.K. Carter,
D.C. Sousa
K.S. Toth, Y.A. Ellis, D.C. Sousa, H.K. Carter, D. Sen, E.F. Zganjar
J. Verplancke, D. Vandeplassche, M. Huyse, K. Cornelis, G. Lhersonneau
D.J. Vieira, R.A. Gough, J. Cerny
T. von Egidy, J.A. Cizewski, C.M. McCullagh, S.S. Malik, M.L. Stelts,
R.E. Chrien, D. Breitig, R.F. Casten, W.R. Kane, G.J. Smith
D.D. Warner, W.F. Davidson, H.G. Börner, R.F. Casten, A.I. Namenson
D.D. Warner, W.F. Davidson, W. Gelletly
D. Weber, G.M. Crawley, W. Benenson, E. Kashy, H. Nann
1980
1980Ad04
1980Al02
1980Al14
ZPAAD
PRVCA
ZPAAD
295,
21,
295,
251
705
305
1980Al15
1980An.A
1980Ba.A
ZPAAD
295,
P-Berkeley
Th.-Utrecht
331
134
M. Adachi, A. Muroi, T. Matsuzaki, H. Taketani
D.E. Alburger, P. Richards, T.H. Ku
G.D. Alkhazov, E.Y. Berlovich, K.A. Mezilev, Y.N. Novikov, V.N. Pantelejev, A.G. Poljakov, K.Y. Gromov, V.G. Kalinnikov, J. Kormicki,
A. Potempa, E. Rurarz, F. Tarkanyi
K. Aleklett, P. Hoff, E. Lund, G. Rudstam
M.S. Antony, A. Huck, G. Klotz, A. Knipper, C. Miehé, G. Walter
J.R. Balder
616
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
1980Br23
NUPAB
349,
61
1980Bu04
IANFA
44,
79
1980Bu15
PRVCA
22,
1180
1980Ca02
PRVCA
21,
65
1980De02
1980Di07
ZPAAD
PRVCA
294,
21,
35
2101
1980Du02
ZPAAD
294,
107
1980Ew03
1980Ga07
1980Gi04
1980Go11
ZPAAD
YAFIA
PRVCA
NUPAB
296,
31,
21,
344,
223
306
2041
1
1980Ha20
1980Ha36
1980Ho29
1980Is02
1980Ja.A
1980Ka19
PRVCA
PHSTB
CZYPA
CJPHA
AnRpt KVI
PRVCA
22,
22,
30,
58,
22,
247
439
763
168
31
997
1980Ko01
1980Ko25
NUPAB
CJPHA
334,
58,
35
1311
1980Li07
1980Lo10
1980Lu04
1980Ma40
NUPAB
PHSTB
ZPAAD
PRVCA
337,
22,
294,
22,
401
203
233
2449
1980Mu12 PRVCA
1980Na12 PYLBB
1980Na14 JPSLB
22,
96,
41,
2204
261
79
1980No01
1980Ox01
1980Pa02
1980Sa11
1980Sc09
PRVCA
ZPAAD
PRVCA
JPHGB
PYLBB
21,
294,
21,
6,
91,
1109
389
462
525
46
1980Sh06
1980Sh14
1980St10
1980Ta07
1980Tr04
1980Ve01
1980Ve05
1980Vi.A
1980Vy01
PYLBB
CJPHA
ZPAAD
PRVCA
PRVCA
ZPAAD
NUPAB
PrvCom
IANFA
91,
58,
295,
21,
22,
294,
344,
AHW
44,
211
837
259
1667
17
144
421
1980Ya07
JINCA
42,
1539
67
R.A. Braga, W.R. Western, J.L. Wood, R.W. Fink, R. Stone, C.R. Bingham,
L.L. Riedinger
A.V. Budzyak, T. Kretsu, V.V. Kuznetsov, N.A. Lebedev, G.I. Lizurei,
Y.V. Yushkvich, M. Yanitski
G.R. Burleson, G.S. Blanpied, G.H. Daw, A.J. Viescas, C.L. Morris, H.A. Thiessen, S.J. Greene, W.J. Braithwaite, W.B. Cottingame,
D.B. Holtkamp, I.B. Moore, C.F. Moore
R.F. Casten, G.J. Smith, M.R. MacPhail, D. Breitig, W.R. Kane,
M.L. Stelts, S.F. Mughabghab, J.A. Cizewski, H.G. Börner, W.F. Davidson,
K. Schreckenbach
R. Decker, K.D. Wünsch, H. Wollnik, E. Koglin, G. Siegert, G. Jung
A.C. Di Rienzo, H.A. Enge, D.B. Gazes, M.K. Salomaa, A. Sperduto,
W. Schier, H.E. Wegner
J.P. Dufour, A. Fleury, F. Hubert, Y. Llabador, M.B. Mahourat, R. Bimbert,
D. Gardes
G.T. Ewan, E. Hagberg, B. Jonson, S. Mattsson, P. Tidemand-Petersson
Yu. P. Gangrskii, M.B. Miller, L.V. Mikhailov, I.F. Kharisov
J. Gilat, S. Katcoff, L.K. Peker
H. Gokturk, N.K. Aras, P. Fettweis, P. Del Marmol, J. Vanhorenbeek,
K. Cornelis
H.I. Hayakawa, I. Hyman, J.K.P. Lee
R. Hanninen, G.U. Din
J. Hinzatko, K. Konesny, F. Becvar, E.A. Eissa
M.A. Islam, T.J. Kennett, S.A. Kerr, W.V. Prestwich
J. Jänecke, E.H.L. Aarts, A.G. Drentje, C. Gaarde, M.H. Harakeh
J. Kalifa, G. Berrier-Ronsin, M. Vergnes, G. Rotbard, J. Vernotte, Y. Deschamps, R. Seltz
J. Kopecky, R.E. Chrien, H. Liou
K.S. Kozier, K.S. Sharma, R.C. Barber, J.W. Barnard, R.J. Ellis,
V.P. Derenchuk, H.E. Duckworth
H.I. Liou, R.E. Chrien, J. Kopecky, J.A. Konter
G. Løvhøiden, D.G. Burke, E.R. Flynn, J.W. Sunier
E. Lund, P. Hoff, K. Aleklett, O. Glomset, G. Rudstam
W. Mayer, K.E. Rehm, H.J. Körner, W. Mayer, E. Müller, I. Oelrich,
H.J. Scheerer, R.E. Segel, P. Sperr, W. Wagner
M.J. Murphy, C.N. Davids, E.B. Norman
H. Nann, K.K. Seth, S.G. Iversen, M.O. Kaletka, D.B. Barlow, D. Smith
F. Naulin, C. Détraz, M. Bernas, D. Guillemaud, E. Kashy, M. Langevin,
F. Pougheon, P. Roussel, M. Roy-Stephan
E.B. Norman
K. Oxorn, B. Singh, S.K. Mark
R.C. Pardo, L.W. Robinson, W. Benenson, E. Kashy, R.M. Ronnigen
J. Sala-Lizzaraga, J. Byrne
U.J. Schrewe, P. Tidemand-Petersson, G.M. Gowdy, R. Kirchner, O. Klepper, A. Plochocki, W. Reisdorf, E. Roeckl, J.L. Wood, J. Żylicz, R. Fass,
D. Schardt
K.S. Sharma, R.J. Ellis, V.P. Derenchuk, R.C. Barber, H.E. Duckworth
M.A.M. Shababuddin, D.G. Burke
O. Straume, G. Løvhøiden, D.G. Burke
E.M. Takagui, O. Dietzsch
R.E. Tribble, D.M. Tanner, A.F. Zeller
D. Vermeulen, H.-G. Clerc, W. Lang, K.H. Schmidt, G. Münzenberg
R. Vennink, J. Kopecky, P.M. Endt, P.W.W. Glaudemans
V.D. Vitman, F.V. Moroz, Yu. Ya. Sergeev, V.K. Tarasov
Ts. Vylov, S. Omanov, V. Csaleksandrov, N.B. Badalov, A. Budzyak,
V.V. Kuznetsov, A.I. Muminov, Han Ken Mo
H. Yamamoto, Y. Ikeda, K. Kawade, T. Katoh, T. Nagahara
1981
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
1981Ad02
NUPAB
356,
129
1981Aj02
1981Al03
1981Al20
1981Ar13
PRVCA
PRVCA
ZPAAD
PYLBB
24,
23,
302,
104,
1762
473
241
186
1981Ar.A
JINR-P6-81-524
1981Ba53
1981Be03
IANFA
PRVCA
45,
23,
727
555
1981Be40
PRVCA
24,
756
1981Bj01
NUPAB
359,
1
1981Bo30
1981Bo.B
1981Bu.A
ZPAAD
302,
AnRpt Julich
P-Samarkand
121
76
621
1981Ci01
PRVCA
23,
1453
1981Co17
1981De22
1981De25
PRVCA
ZPAAD
ZPAAD
24,
300,
301,
911
251
165
1981De38
1981Dr07
ZPAAD
ZPAAD
303,
302,
151
361
1981Eb01
1981El03
1981En07
1981Ew01
ZPAAD
PRVCA
NUPAB
NUPAB
299,
23,
372,
352,
209
480
125
13
1981Fl02
PRVCA
24,
902
1981Ga36
IANFA
45,
1861
1981Gi01
PYLBB
98,
29
1981Ha08
NUPAB
357,
356
1981Ha44
NUPAB
371,
349
1981Ho10
ZPAAD
299,
281
1981Ho17
1981Ho18
1981Ho.A
ZPAAD
300,
NUIMA
186,
P-Helsingor
289
257
190
1981Ho.B
PrvCom
AHW
Oct
1981Hs02
1981Hu03
PRVCA
NUPAB
23,
352,
1217
247
1981Jo.A
P-Helsingor
265
617
I. Adam, M. Honusek, Z. Hons, V.V. Kuznetsov, T.M. Muminov, R.R. Usmanov, A. Budzyak
F. Ajzenberg-Selove, R.E. Brown, E.R. Flynn, J.W. Sunier
D.E. Alburger, D.J. Millener, D.H. Wilkinson
K. Aleklett, P. Hoff, E. Lund, G. Rudstam
Y. Arai, M. Fujioka, E. Tanaka, J. Shinozuka, H. Miyatake, M. Yoshii,
T. Ishimatsu, see also NUPAB 420(84)193
K.P. Artamonova, A. Budzyak, E.P. Grigorev, A. Dzumamuratov, A.V. Zolotavin, A.I. Ivanov, V.G. Kalinnikov, V.V. Kuznetsov,
V.O. Sergeev, R. Usmanov
I.F. Barchuck, V.I. Goyshkin, E.N. Gorban, A.F. Ogorodnik
C.E. Bemis,Jr., P.F. Dittner, R.L. Ferguson, D.C. Hensley, F. Plasil, F. Pleasonton
M. Bernas, J.C. Peng, H. Doubre, M. Langevin, M.J. Le Vine, F. Pougheon,
P. Roussel
T. Bjornstad, H.A. Gustafsson, P.G. Hansen, B. Jonson, V. Lindfors,
S. Mattsson, A.M. Poskanzer, H.L. Ravn, ISOLDE
J. Bonn, P. Hartmann, D. Weskott
M. Bogdanovic, T.D. MacMahon, H. Seyfarth
M. Budzinski, K. Ya. Gromov, V.V. Kuznetsov, T.M. Muminov, P.R. Usmanov, T. Chazratov
J.A. Cizewski, E.R. Flynn, R.E. Brown, D.L. Hanson, S.D. Orbesen,
J.W. Sunier
T. Cousins, T.J. Kennett, W.V. Prestwich
S. Della Negra, C. Deprun, D. Jacquet, Y. Le Beyec
R. Decker, K.D. Wünsch, H. Wollnik, G. Jung, J. Münzel, G. Siegert,
E. Koglin
J. Deslauriers, S.C. Gujrathi, S.K. Mark
S. Drissi, S. Andre, J. Genevey, V. Barci, A. Gizon, J. Gizon, J.A. Pinston,
J. Jastrzebski, R. Kossakowski, Z. Preibisz
I.D.U. Ebong, R.R. Roy
Y.A. Ellis-Akovali, K.S. Toth, C.R. Bingham, H.K. Carter, D.C. Sousa
G. Engler, R.E. Chrien, H.I. Liou
G.T. Ewan, E. Hagberg, P.G. Hansen, B. Jonson, S. Mattsson, H.L. Ravn,
P. Tidemand-Petersson
E.R. Flynn, F. Ajzenberg-Selove, R.E. Brown, J.A. Cizewski, J.W. Sunier,
and erratum PRVCA 25(1982)2851
N. Ganbaatar, J. Kormicki, K.A. Mezilev, Y.N. Novikov, Y.P. Prokofiev,
A. Potempa, F. Tarkani
F. Girshik, K. Krien, R.A. Naumann, G.L. Struble, R.G. Lanier, L.G. Mann,
J.A. Cizewski, E.R. Flynn, T. Nail, R.K. Sheline
J.C. Hardy, G.C. Ball, W.G. Davies, J.S. Forster, H. Schmeing, E.T.H. Clifford
J.C. Hardy, T. Faestermann, H. Schmeing, J.A. Macdonald, H.R. Andrews,
J.S. Geiger, R.L. Graham, K.P. Jackson
S. Hofmann, G. Münzenberg, F. Heßberger, W. Reisdorf, P. Armbruster,
B. Thuma
P. Hoff, K. Aleklett, E. Lund, G. Rudstam
P. Hornshøj, H.L. Nielsen, N. Rud, H.L. Ravn
S. Hofmann, G. Münzenberg, W. Faust, F. Heßberger, W. Reisdorf,
J.R.H. Schneider, P. Armbruster, K. Güttner, B. Thuma
C. Hofmeyr, D. Warner, H.G. Börner, G. Barreau, R.F. Casten, M. Stelts,
J.S. Dionisio
H.-C. Hseuh, E.-M. Franz, P.E. Haustein, S. Katcoff, L.K. Peker
M. Huyse, K. Cornelis, G. Lhersonneau, J. Verplancke, W.B. Wolters,
K. Heyde, P. Van Isacker, M. Warnquier, G. Wenes, H. Vincx
B. Jonson, H. Å. Gustafsson, P.G. Hansen, P. Hoff, P.O. Larsson, S. Mattsson , G. Nyman, H.L. Ravn, D. Schardt
618
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
1981Jo.B
1981Ke02
1981Ke03
1981Ke11
1981Ko.A
1981La11
P-Helsingor
CJPHA
59,
ZPAAD
299,
CJPHA
59,
PrvCom NDG
NUPAB
366,
640
93
323
1212
Oct
449
1981Le23
1981Li12
1981Lo.A
1981Ma30
1981Me17
1981Mi12
PRVCA
PRVCA
P-Grenoble
NUPAB
RAACA
ZPAAD
370,
29,
301,
2370
260
383
1
93
199
1981Mu06 ZPAAD
300,
107
1981Mu12 ZPAAD
302,
7
24,
24,
1981Na.A
P-Helsingor
376
1981Ni08
1981Ox01
1981Pa17
RAACA
ZPAAD
ZPAAD
29,
303,
302,
113
63
117
1981Ri04
1981Ro02
1981Sa09
1981Sc17
PRVCA
PRVCA
PRVCA
NUPAB
23,
23,
23,
368,
2342
973
1713
153
1981Se11
PYLBB
103,
409
1981Se.A
1981Sm02
1981So06
1981St18
1981Su.A
1981Th04
P-Helsingor
PYLBB
102,
PRVCA
24,
PRVCA
24,
Leninst-YF-644
PRVCA
23,
655
114
1615
1785
1981To02
NUPAB
356,
26
1981Va27
IANFA
45,
1861
1981Vo03
NUPAB
365,
26
1981Wa11 NUPAB
362,
1
1981We12 NUPAB
1981Wh03 PYLBB
1981Ya06 JINCA
368,
105,
43,
117
116
855
2720
B. Jonson, O.B. Nielsen, L. Westgaard, J. Żylicz
T.J. Kennett, M.A. Islam, W.V. Prestwich
T.J. Kennett, W.V. Prestwich, M.A. Islam
T.J. Kennett, W.V. Prestwich, M.A. Islam
B.K. Koene, R.E. Chrien, M.L. Stets, L.K. Peker
M. Langevin, C. Détraz, D. Guillemaud, F. Naulin, M. Epherre,
R. Klapisch, S.K.T. Mark, M. de Saint Simon, C. Thibault, F. Touchard
M.E. Leino, S. Yashita, A. Ghiorso
C.J. Lister, P.E. Haustein, D.E. Alburger, J.W. Olness
M.A. Lone
S. Matsuki, N. Sakamoto, K. Ogino, Y. Kadota, T. Tanabe, Y. Okuma
D.H. Meikrantz, R.J. Gehrke, L.D. McIsaac, J.D. Baker, R.C. Greenwood
P. Misaelides, P. Tidemand-Petersson, U.J. Schrewe, I.S. Grant, R. Kirchner, O. Klepper, I.C. Malcolm, P.J. Nolan, E. Roeckl, W.-D. Schmidt-Ott,
J.L. Wood
G. Münzenberg, S. Hofmann, F.P. Heßberger, W. Reisdorf, K.H. Schmidt,
J.R.H. Schneider, P. Armbruster, C.C. Sahm, B. Thuma
G. Münzenberg, S. Hofmann, W. Faust, F.P. Heßberger, W. Reisdorf, K.H. Schmidt, T. Kitahara, P. Armbruster, K. Güttner, B. Thuma, D. Vermeulen
F. Naulin, C. Détraz, M. Roy-Stephan, M. Bernas, J. de Boer, D. Guillemaud, M. Langevin, F. Pougheon, P. Roussel
K. Nishiizumi, R. Gensho, M. Honda
K. Oxorn, S.K. Mark
A.D. Panagiotou, P.K. Kananis, E.N. Gazis, M. Bernas, C. Détraz,
M. Langevin, D. Guillemaud, E. Plagnol
B.G. Ritchie, K.S. Toth, H.K. Carter, R.L. Mlekodaj, E.H. Speje
R.G.H. Robertson, J.A. Nolen,Jr., T. Chapuran, R. Vodhanel
T. Saito, T. Toriyama, M. Kanbe, K. Hisatake
D. Schardt, T. Batsch, R. Kirchner, O. Klepper, W. Kurcewicz, E. Roeckl,
P. Tidemand-Petersson
U. Sennhauser, L. Felawka, T. Kozlowski, H.K. Walter, F.W. Schlepuetz,
R. Engfer, E.A. Hermes, P. Heusi, H.P. Isaak, H.S. Pruys, A. Zglinski,
W.H.A. Hesseling
K.T. Seth
L.G. Smith, E. Koets, A.H. Wapstra
K. Sofia, B.N. Subba Rao, J.E. Cramfort
P. Stephans, E. Mordechai, H.T. Fortune
L.A. Sushkov, V.L. Alekseev, L.D. Kabina, I.A. Kondurov, D.D. Uorner
C. Thibault, F. Touchard, S. Buttgenbach, R. Klapisch, M. de Saint Simon,
H.T. Duong, P. Jacquinot, P. Juncar, S. Liberman, P. Pillet, J. Pinard,
J.L. Vialle, A. Pesnelle, G. Huber
K.S. Toth, Y.A. Ellis-Akovali, D.M. Moltz, C.R. Bingham, H.K. Carter,
D.C. Sousa
V.M. Vakhtel, N.A. Golovkov, R.B. Ivanov, M.I. Mikhailova, A.F. Novgorodov, Y.V. Norseev, V.G. Chumin, Y.V. Yushkevich
T. von Egidy, G. Barreau, H.G. Börner, W.F. Davidson, J. Larysz,
D.D. Warner, P.H.M. Van Assche, K. Nybo, T.F. Thorsteinsen,
G. Lovhoiden, E.R. Flynn, J.A. Cizewski, R.K. Sheline, D. Decman,
D.G. Burke, G. Sletten, N. Kaffrell, W. Kurcewicz, T. Bjornstad, G. Nyman
C. Wagemans, E. Allaert, A. De Clerq, P. D’Hondt, A. De Ruytter, G. Barreau, A. Emsallem
H. Weigmann, C. Wagemans, A. Emsallem, M. Ashgar
R.E. White, H. Naylor, P.H. Barker, D.M.J. Lovelock, R.M. Smythe
H. Yamamoto, Y. Ikeda, K. Kawade, T. Katoh, T. Nagahara
1982
1982Ah01
NUPAB
373,
434
I. Ahmad, E.P. Horwitz
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
1982Al07
ZPAAD
305,
185
1982Al19
1982Al29
1982An12
1982Au01
1982Ba15
1982Ba28
NUIMA
PRVCA
JPHGB
NUPAB
IANFA
NUPAB
197,
26,
8,
378,
46,
380,
383
1157
1659
443
63
189
1982Ba69
1982Be20
1982Be21
IANFA
NCIAA
PRVCA
46,
33,
25,
2077
273
2848
1982Be.A
1982Bo04
1982Br23
P-Kiev
PRVCA
PRVCA
25,
26,
127
941
2166
1982Cr01
PYLBB
109,
8
1982De03
PRVCA
25,
146
1982De06
1982De11
1982De36
1982De43
1982Di05
1982En03
1982Ew01
1982Fi10
PRVCA
ANPHA
ZPAAD
ZPAAD
NUPAB
PRVCA
NUPAB
NUPAB
25,
7,
307,
308,
378,
25,
380,
385,
504
149
305
243
273
1830
423
505
1982Fl09
1982Gi.A
1982Gr.A
1982Hi14
PRVCA
25,
Th.-Mainz
P-Amsterdam
ZPAAD
309,
2851
1982Ho07
1982Is05
1982Jo03
PRVCA
PRVCA
JPHGB
25,
25,
8,
2232
3184
1405
1982Ka.A
1982Ko06
1982Kr05
PrvCom
PRVCA
ZPAAD
AHW
25,
304,
Jul
1076
307
1982Kr12
NUPAB
386,
245
1982Ku15
ZPAAD
308,
21
1982La22
1982Mi14
1982Mo04
1982Mo10
NUIMA
NATUA
PRVCA
PYLBB
196,
300,
25,
113,
559
414
1276
16
1982Mo12 PRVCA
25,
3218
27
619
G.D. Alkhazov, K.A. Mezilev, Yu. N. Novikov, V.N. Panteleyev,
A.G. Polyakov, V.P. Afanasyev, N. Ganbaatar, K. Ya. Gromov, V.G. Kalinnikov, J. Kormicki, A. Latuszynski, A. Potempa, J. Sieniawski, F. Tarkanyi,
Yu. V. Yushkevich
P.F. AAlkemade, C. Alderliesten, P. De Wit, C. Van der Leun
K. Aleklett, P. Hoff, E. Lund, G. Rudstam
M.S. Antony
G. Audi, M. Epherre, C. Thibault, A.H. Wapstra, K. Bos
I.F. Barchuk, V.I. Golyshkin, E.N. Gorban
A. Backlin, G. Hedin, B. Fogelberg, M. Saraceno, R.C. Greenwood,
C.W. Reich, H.R. Koch, H.A. Baader, H.D. Breitig, O.W.B. Schult,
K. Schreckenbach, T. von Egidy, W. Mampe
I.F. Barchuk, V.I. Golyshkin, E.N. Gorbinj
E. Bellotti, E. Fiorini, C. Liguori, A. Pullia, A. Sarracino, L. Zanotti
G. Berrier-Ronsin, M. Vergnes, G. Rotbard, J. Vernotte, S. Fortier,
J.M. Maison, R. Tamisier
R.B. Begdzanov, K. Sh. Azimov
J.D. Bowman, R.E. Eppley, E.K. Hyde
D.S. Brenner, M.K. Martel, A. Aprahamian, R.E. Chrien, R.L. Gill,
H.I. Liou, M. Shmid, M.L. Stelts, A. Wolf, F.K. Wohn, D.M. Rehfield,
H. Dejbakhsh, C. Chung
G.M. Crawley, W. Benenson, G. Bertsch, S. Gales, D. Weber, B. Zwieglinsky
P. De Gelder, D. De Frenne, E. Jacobs, K. Heyde, S. Fortier, J.M. Maison,
M.N. Rao, C.P. Massolo
J. Deslauriers, S.C. Gujrathi, S.K. Mark
S. Della Negra, C. Deprun, D. Jacquet, Y. Le Beyec
S. Della Negra, H. Gauvin, D. Jacquet, Y. Le Beyec
S. Della Negra, D. Jacquet, Y. Le Beyec
W.R. Dixon, R.S. Storey, A.F. Bielajew
H.A. Enge, M. Salomaa, A. Sperduto, J. Ball, W. Schier, A. Graue, A. Graue
G.T. Ewan, E. Hagberg, B. Jonson, S. Mattsson, P. Tidemand-Petersson
L.K. Fifield, J.L. Durell, M.A.C. Hotchkis, J.R. Leigh, T.R. Ophel,
D.C. Weisser
E.R. Flynn, F. Ajzenberg-Selove, R.E. Brown, J.A. Cizewski, J.W. Sunier
H. Gietz
K.Y. Gromov, et al
R. Hingmann, H.-G. Clerc, C.C. Sahm, D. Vermeulen, K.H. Schmidt,
J.G. Keller
R.W. Hoff, W.F. Davidson, D.D. Warner, H.G. Börner, T. von Egidy
M.A. Islam, T.J. Kennett, W.V. Prestwich
M.G. Johnson, I.S. Grant, P. Misealides, P.J. Nolan, P. Peuser, R. Kirchner,
O. Klepper, E. Roeckl, P. Tidemand-Petersson
W. Kane, et al
R.T. Kouzes, M.M. Lowry, C.L. Bennett, and PrvCom AHW May 1988
H. Kräwinkel, H.W. Becker, L. Buchmann, J. Görres, K.U. Kettner,
W.E. Kieser, R. Santo, P. Schmalbrock, H.P. Trautvetter, A. Vlieks,C. Rolfs,
J.W. Hammer, R.E. Azuma, W.S. Rodney
B. Krusche, K.P. Lieb, H. Daniel, T. von Egidy, G. Barreau, H.G. Börner,
R. Brissot, C. Hofmeyr, R. Rascher
W. Kurcewicz, E.F. Zganjar, R. Kirchner, O. Klepper, E. Roeckl, P. Komninos, E. Nolte, D. Schardt, P. Tidemand-Petersson
R.G. Lanier, L.G. Mann, G.L. Stuble
J.-F. Minster, J.-L. Birck, C.J. Allègre
S. Mordechai, S. Lafrance, H.T. Fortune
D.M. Moltz, K.S. Toth, F.T. Avignone III, H. Noma, B.G. Ritchie,
B.D. Kern
C.L. Morris, H.T. Fortune, L.C. Bland, R. Gilman, S.J. Greene, W.B. Cottingame, D.B. Holtkamp, G.R. Burleson, C.F. Moore
620
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
1982Mo23
1982No06
1982No08
1982Oh04
1982Ol01
1982Pa24
1982Pl05
PRVCA
ZPAAD
ZPAAD
JUPSA
NUPAB
ZPAAD
NUPAB
26,
305,
306,
51,
373,
308,
388,
1914
289
223
43
13
345
93
1982Ra13
1982Ra.A
1982Sc03
ZPAAD
PrvCom
NUPAB
305,
AHW
376,
359
Nov
144
1982Sc14
PRVCA
25,
2888
1982Sc15
PRVCA
25,
3091
1982Sc25
1982Sg01
1982So.A
1982So.B
ZPAAD
308,
CJPHA
60,
P-Kiev
AnRpt Julich
183
361
51
54
1982Th01
1982Ti02
PRVCA
NUPAB
25,
376,
331
421
1982To02
PYLBB
108,
169
1982To14
1982Va13
1982Vy02
PYLBB
NUPAB
IANFA
117,
380,
46,
11
261
16
1982Vy03
1982Vy06
IANFA
IANFA
46,
46,
834
2066
1982Vy07
IANFA
46,
2239
1982Vy10
YAFIA
36,
812
1982Zu02
1982Zu04
PRVCA
PRVCA
26,
26,
965
2668
D.M. Moltz, K.S. Toth, R.E. Tribble, R.E. Neese, J.P. Sullivan
E. Nolte, H. Hick
E. Nolte, S.Z. Gui, G. Colombo, G. Korschinek, K. Eskola
M. Ohshima, Z. Matumoto, T. Tamura
J.W. Olness, E.K. Warburton, D.E. Alburger, C.J. Lister, D.J. Millener
B. Pahlmann, U. Keyser, F. Münnich, B. Pfeiffer, see also 87Gr. A
A. Plochocki, J. Żylicz, R. Kirchner, O. Klepper, E. Roeckl, P. TidemandPetersson, I.S. Grant, P. Misealides
M.S. Rapaport, G. Engler, A. Gayer, I. Yoresh
A. Raemy, J.C. Dousse, J. Kern, W. Schwitz
K. Schreckenbach, A.I. Namenson, W.F. Davidson, T. von Egidy,
H.G. Börner, J.A. Pinston, R.K. Smither, D.D. Warner, R.F. Casten,
M.L. White, W. Stofl
H.H. Schmidt, P. Hungerford, H. Daniel, T. von Egidy, S.A. Kerr, R. Brissot, G. Barreau, H.G. Börner, C. Hofmeyr, K.P. Lieb
U.J. Schrewe, E. Hagberg, H. Schmeing, J.C. Hardy, V.T. Koslowsky,
K.S. Sharma, E.T.H. Clifford
H.J. Scheerer, D. Pereira, A. Chalupka, R. Gyufko
A.P. Sguigna, A.J. Larabee, J.C. Waddington
L.M. Solin, V.A. Yakovlev, V.N. Kushmin, Yu. A. Nemilov
F. Soramel-Stanco, R. Julin, B. Rubio, A. Ercan, P. Kleinheinz, J. Tain,
G.P.A. Berg, W. Huerliman, I. Katayama, S.A. Martin, J. Messburger,
J.G.M. Roemer, B. Styczen, H.J. Scheerer
C.E. Thorn, W.F. Piel,Jr., M.J. LeVine, P.D. Bond, A. Gallmann
T.A.A. Tielens, J. Kopecky, F. Stecher-Rasmussen, W. Ratinsky, K. Abrahams, P.M. Endt
F. Touchard, P. Guimbal, S. Buttgenbach, R. Klapisch, M. de Saint Simon,
J.M. Serre, C. Thibault, H.T. Duong, P. Juncar, S. Liberman, J. Pinard,
J.L. Vialle
K.S. Toth, Y.A. Ellis-Akovali, D.M. Moltz, R.L. Mlekodaj
C. Van der Leun, C. Alderliesten
Ts. Vylov, V.M. Gorodzhankin, K. Ya. Gromov, V.G. Kalinnikov, T. Kretsu,
V.V. Kuznetsov
Ts. Vylov, V.M. Gorodzhankin, K. Ya. Gromov, V.V. Kuznetsov
Ts. Vylov, V.G. Kalinnikov, V.V. Kuznetsov, Z.N. Li, A.A. Solnyshkin,
Y.U. Yuskevich
Ts. Vylov, V.M. Gorodzhankin, K.Y. Gromov, V.V. Kuznetsov, T. Kretsu,
N.A. Lebedev, Yu. V. Yushkevich
Ts. Vylov, V.M. Gorozhankin, K. Ya. Gromov, A.I. Ivanov, I.F. Uchevatkin,
V.G. Chumin
J.D. Zumbro, C.P. Browne, J.F. Mateja, H.T. Fortune, R. Middleton
J.D. Zumbro, A.A. Rollefson, R.W. Tarara, C.P. Browne
1983
1983Ad05
1983Al06
CZYPA
ZPAAD
33,
310,
465
247
1983Al.A
1983Al.B
PrvCom AHW
P-Moscow
Jan
87
1983An15
1983Ay01
1983Be18
1983Be.C
1983Bl16
1983Bo29
JPHGB
NUPAB
NUPAB
PrvCom
ZPAAD
PYLBB
9,
404,
399,
GAu
314,
130,
L245
1
131
Sep
199
167
J. Adam, V. Hnatowicz, A. Kugler
G.D. Alkhazov, K.A. Mezilev, Yu. N. Novikov, N. Ganbaatar, K. Ya. Gromov, V.G. Kalinnikov, A. Potempa, E. Sieniawski, F. Tarkanyi
G.D. Alkhazov
G.D. Alkhazov, A.A. Akhmonen, L. Kh. Batist, Yu. S. Blinnikov, N. Ganbataar, K. Ya. Gromov, Yu. V. Elkin, V.G. Kalinnikov, K.A. Mezilev,
F.V. Moroz, Yu. N. Novikov, A.M. Nurmukhamedov, V.N. Panteleev,
A.G. Polyakov, A. Potempa, E. Senyavski, V.K. Tarasov, F. Tarkani
M.S. Antony, J. Britz, J.B. Buep, A. Papp
J. Äystö, J. Honkanen, W. Trzaska, K. Eskola, K. Vierinen, S. Messelt
H. Behrens, P. Christmas
M. Bernas, et al
J. Blomqvist, A. Kerek, B. Fogelberg
P.D. Bond, R.F. Casten, D.D. Warner, D. Horn
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
1983Bu03
1983Ca04
1983Ch08
1983Ch39
CJPHA
PRVCA
ZPAAD
PRVCA
61,
27,
310,
28,
460
1310
135
2099
1983Ch47
1983Ci01
1983De03
1983De04
NIMAE
PRVCA
PRVCA
NUPAB
215,
27,
27,
394,
397
1040
892
378
1983De17
1983De20
ZPAAD
NUPAB
312,
401,
209
397
1983De28
NUPAB
404,
225
1983De29
1983Do11
1983En03
1983Fe06
1983Fl06
1983Fo.B
1983Ga.A
NUPAB
404,
ZPAAD
313,
NSENA
85,
ZPAAD
314,
PRVCA
28,
PrvCom AHW
P-Moscow
250
207
139
159
575
Jun
90
1983Ge08
1983Gn01
1983Gr01
1983Ha06
1983Ha35
1983Hi08
NIMAE
NUPAB
PYLBB
NUPAB
IJARA
NUPAB
211,
406,
120,
395,
34,
404,
89
29
63
152
1241
51
1983Ho08
NUPAB
398,
130
1983Hu11
ZPAAD
313,
325
1983Hu12
ZPAAD
313,
337
1983Hu13
ZPAAD
313,
349
1983Ia02
1983Jo04
CJCHA
NUPAB
61,
396,
694
479c
1983Ke.A
P-Florence
1983La23
PYLBB
130,
251
1983Le.A
1983Li11
Th.-Helsinki
PRVCA
28,
2127
1983Mo09
1983Ni05
1983Og.A
1983Pa.A
1983Po10
1983Pu01
1983Ra04
1983Ra.A
1983Re05
PRVCA
28,
ZPAAD
312,
JINR-D7-83-644
Th.-Berkeley
NUPAB
411,
NUPAB
399,
PRVCA
27,
P-Florence
PRVCA
27,
B118
623
265
65
190
1188
I-1
3002
621
D.G. Burke, I. Nowikov, Y.K. Peng, J.C. Yanch
R.F. Casten, D.D. Warner, G.M. Gowdy, N. Rofail, K.P. Lieb
A. Chalupka, H. Vonach, E. Hueges, H.J. Scheerer
C. Chung, W.B. Walters, D.S. Brenner, A. Aprahamian, R.L. Gill,
M. Shmid, R.E. Chrien, L.-J. Yuan, A. Wolf, Z. Berant
P. Christmas, S.M. Judge, T.B. Ryves, D. Smith, G. Winkler
J.A. Cizewski, D.G. Burke, E.R. Flynn, R.E. Brown, J.W. Sunier
R.A. Dewberry, R.T. Kouzes, R.A. Neumann
C. Détraz, M. Langevin, M.C. Goffri-Kouassi, D. Guillemaud, M. Epherre,
G. Audi, C. Thibault, F. Touchard
D.J. Decman, R.K. Sheline, Y. Tanaka, E.T. Jurney
P. De Gelder, D. De Frenne, K. Heyde, N. Kaffrell, A.M. VanDenBerg,
N. Blasi, M.N. Harakah, W. Sterrenburg
M.G. Delfini, J. Kopecky, J.B.M. de Haas, H.I. Liou, R.E. Chrien,
P.M. Endt
M.G. Delfini, J. Kopecky, R.E. Chrien, H.I. Liou, P.M. Endt
Zs. Dombrádi, A. Krasznahorkay, J. Gulyás
T.R. England, W.B. Wilson, R.E. Schenter, F.M. Mann
P. Fettweiss, J.C. Dehaes
E.R. Flynn, R.E. Brown, F. Ajzenberg-Selove, J.A. Cizewski
I. Förster
N. Ganbaatar, Ya. Kormitski, K.A. Mezilev, Yu. N. Novikov, A.M. Nurmukhamedov, A. Potempa, E. Senyavski, F. Tarkani
W. Gelletly
B.E. Gnade, R.E. Fink, J.L. Wood
H. Grawe, H. Haas
E. Hagberg, J.C. Hardy, H. Schmeing, E.T.H. Clifford, V.T. Koslowsky
H.H. Hansen
R. Hingmann, H.-G. Clerc, C.-C. Sahm, D. Vermeulen, K.-H. Schmidt,
J.G. Kekeller
M.A.C. Hotchkis, L.K. Fifield, J.R. Leigh, T.R. Ophel, G.D. Putt,
D.C. Weiser
P. Hungerford, T. von Egidy, H.H. Schmidt, S.A. Kerr, H.G. Börner,
E. Monnand
P. Hungerford, T. von Egidy, H.H. Schmidt, S.A. Kerr, H.G. Börner,
E. Monnand
P. Hungerford, T. von Egidy, H.H. Schmidt, S.A. Kerr, H.G. Börner,
E. Monnand
R. Iafigliola, M. Chatterjee, H. Dautet, J.K.P. Lee
B. Jonson, J.U. Andersen, G.J. Beyer, G. Charpak, A. De Rújula, B. Elbek,
H.A. Gustavson, P.G. Hansen, P. Knudsen, E. Laegsgaard, J. Pedersen,
H.L. Ravn
S.A. Kerr, F. Hoyler, K. Schreckenbach, H.G. Börner, G.G. Colvin, see
also P-Knoxville(1984)416
M. Langevin, C. Détraz, D. Guillemaud-Mueller, A.C. Mueller,
C. Thibault, F. Touchard, G. Klotz, C. Miehé, G. Walter, M. Epherre,
C. Richard-Serre
M. Leino (Report HU-P-D37)
C.J. Lister, B.J. Varley, D.E. Alburger, P.E. Haustein, S.K. Saha, J.W. Olness, H.G. Price, A.D. Irving
S. Mordechai, S. LaFrance, H.T. Fortune
J.M. Nitschke, M.D. Cable, W.-D. Zeitz
Yu. Ts. Oganessian
R.F. Parry DABBB 44,2472(1984)
M.G. Porquet, C. Bourgeois, P. Kilcher, J. Sauvage-Letessier, ISOCELE
G.P. Putt, L.K. Field, M.A.C. Hotchkis, T.R. Ophel, D.C. Weisser
S. Raman, E.T. Jurney, D.A. Outlaw, I.S. Towner
K.V. Ramaniah, S.B. Reddy, V.V. Rama Murti, K.L. Narasimham
P.L. Reeder, R.A. Warner, R.L. Gill
622
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
1983Ro08
NUPAB
401,
41
1983Ru06
NUPAB
399,
163
1983Ru08
1983Sa44
1983Sc18
NUPAB
RRALA
ZPAAD
407,
58,
310,
60
263
295
1983Sc24
ZPAAD
312,
21
1983Se17
1983Sh06
1983Sh31
IANFA
ZPAAD
PRVCA
47,
311,
28,
885
71
1712
1983Ta.A
1983Ti02
1983To01
1983To20
BAPSA
NUPAB
PRVCA
NUPAB
28,
403,
27,
411,
658
13
889
209
1983Ts01
1983Ve06
PRVCA
IANFA
27,
47,
2397
834
1983Ve.A
P-Moscow
1983Vi.A
1983Vo10
1983Vo.A
1983Wa27
P-Moscow
ZPAAD
313,
PrvCom AHW
NUPAB
411,
99
575
167
Jul
81
1983We07 ZPAAD
313,
173
1983Wi14
NUPAB
411,
151
1983Wi.B PrvCom
1983Wo01 PRVCA
1983Wo04 PRVCA
AHW
27,
27,
Jun
27
1745
1983Wo10 PRLTA
1983Zu01 NUPAB
51,
393,
873
15
M. Rotbard, M. Vergnes, J. Vernotte, G. Berrier-Ronsin, J. Kalifa,
R. Tamisier
E. Runte, W.-D. Schmidt-Ott, P. Tidemand-Petersson, R. Kirchner, O. Klepper, W. Kurcewicz, E. Roeckl, N. Kaffrell, P. Peuser,
K. Rykaczewski, M. Bernas, P. Dessagne, M. Langevin
J.F.G.A. Ruyl, P.M. Endt
J. Sato, Y. Ohoka, T. Hirose
U.J. Schrewe, E. Hagberg, H. Schmeing, J.C. Hardy, V.T. Koslowsky,
K.S. Sharma
J.R.H. Schneider, S. Hofmann, F.P. Heßberger, G. Münzenberg, W. Reisdorf, P. Armbruster
V.A. Sergienko, A.V. Borontsovskii, M.A. Nain
K. Shizuma, H. Lawin, K. Sistemich
B. Sherrill, K. Beard, W. Benenson, B.A. Brown, E. Kashy, W.E. Ormand,
H. Nann, J.J. Kehayias, A.D. Bacher, T.E. Ward
R.W. Tarara, C.P. Browne, see BAPSA 28,968
T.A.A. Tielens, J. Kopecky, K. Abrahams, P.M. Endt
K.S. Toth
Y. Tokunaga, H. Seyfarth, O.W.B. Schult, H.G. Börner, Ch. Hofmeyr,
G. Barreau, R. Brissot, Ch. Monkemeyer, U. Kaup
J.S. Tsai, T.J. Kennett, W.V. Prestwich
G.V. Veselov, N. Ganbaatar, Ya. Kormitski, Yu. N. Novikov, A. Potempa,
E. Senyavski, V.A. Sergienko, F. Tarkani
G.V. Veselov, N. Ganbaatar, K.A. Mezilev, Yu. N. Novikov, A. Potempa,
V.A. Sergienko, F. Tarkanyi, A.G. Teterin
V.D. Vitman, F.V. Moroz, S. Yu. Orlov, V.K. Tarasov
E. Voth, W.D. Schmidt-Ott, H. Behrens
H. Vonach
F.B. Waanders, J.P.L. Reinecke, H.N. Jacobs, J.J.A. Smit, M.A. Meyer,
P.M. Endt
B. Weiss, C.F. Liang, P. Paris, A. Peghaire, A. Gizon, and PrvCom GAu
Oct 1983
C.A. Wiedner, R. Haupt, W. Saathoff, J. Haas, R. Gyufko, K.R. Cordell,
S.T. Thornton, R.A. Cecil, R.L. Parks
C.-A. Wiedner, et al
C.J. Woodward, R.E. Tribble, D.M. Tanner
J.M. Wouters, H.M. Thierens, J. Äystö, M.D. Cable, P.E. Haustein,
R.F. Parry, J. Cerny
F.K. Wohn, J.C. Hill, R.F. Petry, H. Dejbakhsh, Z. Berant, R.L. Gill
J.D. Zumbro, R.W. Tarara
1984
1984Ah02
1984Al08
NUPAB
YAFIA
413,
39,
423
513
1984Al36
IANFA
48,
834
1984An03
1984An17
1984Ay01
NCIAA
NCIAA
PYLBB
79,
81,
138,
100
414
369
1984Be10
NUPAB
413,
363
1984Bh02
1984Bl.A
NCIAA
79,
P-Darmstadt
471
134
1984Br.A
AnRpt IPN
13
I. Ahmad, J.L. Lerner
D.V. Aleksandrov, E.A. Ganza, Yu. A. Glukhov, B.G. Novatskiı̆,
A.A. Ogloblin, D.N. Stepanov
G.D. Alkhazov, N. Ganbaatar, K. Ya. Gromov, V.K. Kalinnikov,
K.A. Mezilev, Yu. N. Novikov, A.M. Nurmhukhamedov, A. Potempa,
F. Tarkani
M.S. Antony, J. Britz, J.B. Bueb, A. Pape
M.S. Antony, J. Britz, J. Bueb, A. Pape
J. Äystö, J. Arje, V. Koponen, P. Taskinen, H. Hyvonen, A. Hautojarvi,
K. Vierinen
M. Bernas, Ph. Dessagne, M. Langevin, J. Payet, F. Pougheon, P. Roussel,
W.-D. Schmidt-Ott, P. Tidemand-Petersson, M. Girod
P. Bhattacharya
F. Blönnigen, G. Bewersdorf, C. Geisse, W. Lippert, B. Pfeiffer,
U. Stöhlker, H. Wollnik
F. Bragança Gil, C. Bourgeois, P. Kilcher, M.G. Porquet, B. Roussière,
J. Sauvage, ISOCELE
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
1984Bu14
1984Ca32
PRVCA
PRVCA
29,
30,
2339
1671
1984Co19
ZPAAD
319,
107
1984Da.A
P-Darmstadt
257
1984De15
1984De16
NUPAB
NUPAB
419,
419,
101
165
1984De33
NUPAB
426,
399
1984El05
1984Fa04
PYLBB
PYLBB
141,
137,
306
23
1984Fi02
NUPAB
417,
534
1984Fi05
1984Fo19
1984Fo.A
PRVCA
29,
NUPAB
429,
P-Knoxville
2118
205
427
1984Gi09
PRVCA
30,
958
1984Gu19
NUPAB
426,
37
1984Ha20
PYLBB
138,
260
1984Ha27
1984Ha31
NUPAB
ZPAAD
420,
317,
351
193
1984Ha.A
1984He.A
1984Ho02
P-Darmstadt
Th.-Montreal
PRVCA
29,
89
618
1984Ho.A
P-Darmstadt
184
1984Ho.B
1984Ia.A
1984Is09
Th.-Canberra
P-Darmstadt
KURAA
17,
141
132
1984Ka.A
P-Alma Ata
128
1984Ke11
1984Ke15
1984Ko10
1984Ko29
1984Kr05
CJPHA
PRVCA
PRVCA
NUPAB
NUPAB
1984Kr.B
P-Darmstadt
127
1984La03
NUPAB
414,
151
1984La06
NUPAB
413,
236
1984La27
PYLBB
146,
176
1984Li05
1984Li.A
NUPAB
417,
AnRpt Berkeley
365
62,
30,
29,
427,
417,
861
1840
2343
413
231
623
D.G. Burke
F. Calaprice, G.T. Ewan, R.-D. von Dincklage, B. Jonson, O.C. Jonsson,
H.L. Ravn
M.D. Cohler, D.L. Watson, R. Wadsworth, S.M. Lane, M.J. Smithson,
R.E. Brown, J.-C. Peng, N. Stein, J.W. Sunier, D.M. Drake
H. Dautet, N. Campeau, J.K.P. Lee, C. Bourgeois, B. Roussière, A. Houdayer
J.B.M. De Hass, K. Abrahams, T.A.A. Tielens, H. Postma, W.J. Huiskamp
D.J. Decman, H. Grawe, H. Kluge, K.H. Maier, A. Maj, M. Menningen,
N. Roy, W. Wiegner
Ph. Dessagne, M. Bernas, M. Langevin, G.C. Morrison, J. Payet,
F. Pougheon, P. Roussel
R.J. Ellis, K.S. Sharma, R.C. Barber, S.R. Loewen, H.E. Duckworth
T. Faestermann, A. Gillitzer, K. Hartel, P. Kienle, E. Nolte, and AMCO7,p.177,184
L.K. Fifield, M.A.C. Hotchkis, P.V. Drumm, T.R. Ophel, G.D. Putt,
D.C. Weisser
B.W. Filippone, C.N. Davids, R.C. Pardo, J. Äystö
B. Fogelberg, J. Blomqvist
I. Förster, H.G. Börner, P. von Brentano, G.G. Colvin, A.M.I. Haque,
S.A. Kerr, R. Rascher, R. Richter, K. Schreckenbach
R. Gilman, H.T. Fortune, L.C. Bland, R.R. Kiziah, C.F. Moore, P.A. Seidl,
C.L. Morris, W.B. Cottingame
D. Guillemaud-Mueller, C. Détraz, M. Langevin, F. Naulin, M. de Saint Simon, C. Thibault, F. Touchard, M. Epherre
B.J. Hall, R.J. Ellis, G.R. Dyck, C.A. Lander, R. Beach, K.S. Sharma,
R.C. Barber, H.E. Duckworth
R. Hanninen
R. Haupt, C.-A. Wiedner, G.J. Wagner, K. Wannebo, T.S. Bhatia, H. Hafner,
R. Maschuw, W. Saathoff, S.T. Thornton
W. Hampel, R. Schlotz
D.W. Hetherington
R.W. Hoff, T. von Egidy, R.W. Lougheed, D.H. White, H.G. Börner,
K. Schreckenbach, G. Barreau, D.D. Warner
S. Hofmann, Y.K. Agarwal, P. Armbruster, F.P. Heßberger, P.O. Larsson, G. Münzenberg, K. Poppensieker, W. Reisdorf, J.R.H. Schneider,
H.J. Schött
M.A.C. Hotchkis
R. Iafigliola, H. Dautet, S.W. Xu, J.K.P. Lee, R. Chrien, R. Gill, M. Shmid
T. Ishii, H. Yamamoto, M. Yoshida, K. Kawade, H. Miyade, Y. Iwata,
T. Katoh, J.-Z. Ruan, Y. Fumakoshi, Y. Kawase, K. Okano
V.G. Kalinnikov, V.V. Kuznetsov, V.I. Stegailov,
see also PYurmala(1987)p119
T.J. Kennett, W.V. Prestwich, J.S. Tai
T.J. Kennett, M.A. Islam, W.V. Prestwich
R.T. Kouzes, M.M. Lowry, C.L. Bennett, and PrvCom AHW May 1988
J. Kopecky, M.G. Delfini, R.E. Chrien
B. Krusche, K.P. Lieb, L. Ziegler, H. Daniel, T. von Egidy, R. Rascher,
H.G. Börner, G. Barreau, D.D. Warner
K.-L. Kratz, A. Schröder, H. Ohm, H. Gabelmann, W. Ziegert,
B. Steinmüller, B. Pfeiffer
M. Langevin, C. Détraz, D. Guillemaud-Mueller, A.C. Mueller,
C. Thibault, F. Touchard, M. Epherre
R.G. Lanier, R.K. Sheline, G.L. Struble, L.G. Mann, J.A. Cizewski, and erratum NUPAB 427,650
M. Langevin, C. Détraz, M. Epherre, D. Guillemaud-Mueller, B. Jonson,
C. Thibault, ISOLDE
Y.-F. Liu, K.J. Moody, D. Lee, Y. Morita, G.T. Seaborg, H.R. von Gunten
W.X. Li, K.E. Gregorich, R.B. Welch, W. Kot, D. Lee, G.T. Seaborg
624
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
1984Lu02 ZPAAD
1984Ma49 ZPAAD
315,
319,
295
287
1984Mu07 ZPAAD
315,
145
1984Ni03
1984Ni16
1984No05
1984Og02
ZPAAD
PZETA
NUPAB
ZPAAD
316,
39,
423,
319,
249
441
197
215
1984Og03
RAACA
37,
113
1984Ox01
1984Pi03
1984Po09
1984Ra09
1984Ro.A
ZPAAD
NUPAB
RRALA
PRVCA
BAPSA
316,
414,
35,
30,
29,
97
219
23
26
1041
1984Ru06
1984Ru.A
NUPAB
419,
P-Darmstadt
439
196
1984Ry02
1984Sc06
NIMAE
ZPAAD
223,
315,
325
49
1984Sc13
1984Sc18
1984Sc.A
1984Sc.B
ZPAAD
316,
ZPAAD
317,
GSI-84-3
P-Darmstadt
19
305
1984Sc.C
P-Darmstadt
229
1984Sh31
1984So03
1984Th08
1984To07
AENGA
PRVCA
PRVCA
PRVCA
56,
29,
30,
30,
245
1556
1442
712
1984To09
PRLTA
53,
1623
1984To11
NUPAB
430,
269
1984Vo01
JPHGB
10,
221
1984Vo07
PRVCA
29,
1243
1984Ya.A
Th.-Berkeley
203
E. Lund, B. Fogelberg
W.A. Mayer, W. Henning, R. Holzwarth, H.J. Körner, G. Korschinek,
W.U. Mayer, G. Rosner, H.J. Scheerer
G. Münzenberg, W. Reisdorf, S. Hofmann, Y.K. Agarwal, F.P. Heßberger,
K. Poppensieker, J.R.H. Schneider, W.F.W. Schneider, K.-H. Schmidt,
H.J. Schött, P. Armbruster, C.-C. Sahm, D. Vermeulen
J.M. Nitschke, P.A. Wilmarth, P.K. Lemmertz, W.-D. Zeitz, J.A. Honkanen
E.N. Nikolaev, Yu. I. Neronov, M.V. Gorshkov, V.L. Talroze
G.J.L. Nooren, C. van der Leun
Yu. Ts. Oganessian, A.G. Demin, M. Hussonnois, S.P. Tretyakova,
Yu. P. Kharitonov, V.K. Utyonkov, I.V. Shirokovsky, O. Constantinescu,
H. Bruchertseifer, Yu. S. Korotkin
Yu. Ts. Oganessian, M. Hussonnois, A.G. Demin, Yu. P. Kharitonov,
H. Bruchertseifer, O. Constantinescu, Yu. S. Korotkin, S.P. Tretyakova,
V.K. Utyonkov, I.V. Shirokovsky, J. Estevez
K. Oxorn, S.K. Mark
Š. Piskoř, P. Franc, J. Kremenek, W. Schäferlingová
P. Polak, L. Lindner
S. Raman, W. Ratynski, E.T. Jurney, M.E. Bunker, J.W. Starner
G. Rotbard, M. Vergnes, J. Vernotte, G. Berrier Ronsin, S. Gales,
G.M. Crawley
J.F.A.G. Ruyl, J.B.M. de Haas, P.M. Endt, L. Zybert
B. Rubio, R. Julin, A. Ercan, K. Zuber, P. Kleinheinz, J.L. Tain,
G.P.A. Berg, G. Hlawatsch, I. Katayama, J. Meissburger, D. Paul, J.G. Roemer, J. Blomqvist
A. Rytz, R.A.P. Wiltshire
U.J. Schrewe, E. Hagberg, H. Schmeing, J.C. Hardy, V.T. Koslowsky,
K.S. Sharma
K.-H. Schmidt, C.-C. Sahm, K. Pielenz, H.-G. Clerc
U.J. Schrewe, E. Voth, U. Bosch, W.-D. Schmidt-Ott, H. Behrens
J. Schneider Thesis
U.J. Schrewe, P. Tidemand-Petersson, H. Behrens, H. Dornhöfer,
R. Michaelsen, E. Runte, W.-D. Schmidt-Ott, E. Voth
D. Schardt, P.O. Larsson, R. Kirchner, O. Klepper, V.T. Koslowsky,
E. Roeckl, K. Rykaczewski, P. Kleinheinz, K. Zuber
V.M. Shatinsky
P.C. Sood
C.E. Thorn, J.W. Olness, E.K. Warburton, S. Raman
K.S. Toth, D.M. Moltz, E.C. Schloemer, M.D. Cable, F.T. Avignone III,
Y.A. Ellis-Akovali
K.S. Toth, Y.A. Ellis-Akovali, C.R. Bingham, D.M. Moltz, D.C. Sousa,
H.K. Carter, R.L. Mlekodaj, E.H. Spejewski
Y. Tokunaga, H. Seyfarth, O.W.B. Schult, S. Brant, V. Paar, D. Vretenar, H.G. Börner, G. Barreau, H. Faust, Ch. Hofmeyr, K. Schreckenbach,
R.A. Meyer
T. von Egidy, H. Daniel, P. Hungerford, H.H. Schmidt, K.P. Lieb, B. Krusche, S.A. Kerr, G. Barreau, H.G. Börner, R. Brissot, C. Hofmeyr,
R. Rascher
T. von Egidy, R.W. Hoff, R.W. Lougheed, D.H. White, H.G. Börner,
K. Schreckenbach, D.D. Warner, G. Barreau, E. Hungerford
S. Yashita LBL-15562 ; Diss. Abstr. 45B(1984)872
1985
1985Ad.A
1985Af.A
P-Leningrad
P-Leningrad
1985Ah.1
P-Bombay
93
1083
Dz. Adam, T. Dzelev, D. Zakoutski, B. Kratsik, I. Penev
V.P. Afanasiev, Yu. S. Blinnikov, N. Ganbaatar, V. Dzeleznyakov,
V.G. Kalinikov, Ya. Kormitski, K.A. Mezilev, Yu. N. Novikov, A.M. Nurmudzamedov, V.N. Panteleev, A.G. Polyakov, A. Potempa, F. Tarkani
S.A. Ahmad, et al, and 89Ot.1
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
1985Al08
NUPAB
438,
482
1985Al11
PRLTA
55,
799
1985Al13
1985Al17
1985An17
1985Ap01
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G.D. Alkhazov, A.A. Bykov, V.D. Wittmann, V.E. Starodubsky, S.Y. Orlov,
V.N. Panteleyev, A.G. Polyakov, V.K. Tarasov
T. Altzitzoglou, F. Calaprice, M. Dewey, M. Lowry, L. Piilonen, J. Brorson,
S. Hagen, F. Loeser
G.D. Alkhazov, A.A. Bykov, V.D. Wittmann, S. Yu. Orlov, V.K. Tarasov
D.E. Alburger, J.B. Cumming
M.S. Antony, J. Britz, J.B. Bueb, V.B. Ndocko-Ndongué
A.M. Apalikov, S.D. Boris, A.I. Golutvin, L.P. Laptin, V.A. Lyubimov, N.F. Myasoedov, V.V. Nagovitsyn, E.G. Novikov, V.Z. Nozik,
V.A. Soloshchenko, I.N. Tikhomirov, E.F. Tretyakov
G. Audi, R.L. Graham, J.S. Geiger
J. Äystö, X.J. Xu, D.M. Moltz, J.E. Reiff, J. Cerny, B.H. Wildenthal
A. Baas-May, J.V. Kratz, N. Trautmann
F.J. Bergmeister, K.P. Lieb, K. Pampus, M. Uhrmacher
W. Benenson, K. Beard, C. Bloch, B. Sherrill, B.A. Brown, A.D. Panagiotou, J. van der Plicht, J.S. Winsfield, C.E. Thorn
S. Boris, A. Golutvin, L. Laptin, V. Lubimov, V. Nagovizin, E. Novikov,
V. Nozik, V. Soloshenko, I. Tihomirov, E. Tretjakov
J.A. Bounds, C.R. Bingham, P. Juncar, H.K. Carter, G.A. Leander,
R.L. Mlekodaj, E.H. Spejewski, W.M. Fairbank,Jr.
U. Bosch, W.-D. Schmidt-Ott, P. Tidemand-Petersson, E. Runte, W. Hillebrandt, M. Lechle, F.-K. Thielemann, R. Kirchner, O. Klepper, E. Roeckl,
K. Rykaczewski, D. Schardt, N. Kaffrell, M. Bernas, Ph. Dessagne,
W. Kurcewicz
M. Brauner, D. Rychel, R. Gyufko, C.A. Wiedner, S.T. Thornton
E. Coenen, K. Deneffe, M. Huyse, P. Van Duppen, J.L. Wood
G.G. Colvin
K. Deneffe, E. Coenen, M. Huyse, P. Van Duppen, J. Vanhorenbeeck,
P. del Marmol, P. Fettweis
D.J. Decman, H. Grawe, H. Kluge, K.H. Maier, A. Maj, N. Roy, Y.K. Agarwal, K.P. Blume, M. Guttormsen, H. Hubel, J. Recht
V.P. Derenchuk, R.J. Ellis, K.S. Sharma, R.C. Barber, H.E. Duckworth
P.V. Drumm, L.K. Fifield, R.A. Bark, M.A.C. Hotchkis, C.L. Woods,
P. Maier-Komor
G.R. Dyck, R.J. Ellis, K.S. Sharma, C.A. Lander, M.H. Sidky, R.C. Barber,
H.E. Duckworth
R.J. Ellis, R.C. Barber, G.R. Dyck, B.J. Hall, K.S. Sharma, C.A. Lander,
H.E. Duckworth, and PrvCom AHW October 1991
L.K. Fifield, C.L. Woods, R.A. Bark, P.V. Drumm, M.A.C. Hotchkis
L.K. Fifield, P.V. Drumm, M.A.C. Hotchkis, T.R. Ophel, C.L. Woods
R. Franke, H. Kockskamper, B. Steinheuer, K. Wingender, W. von Witsch
W. Gelletly, J.R. Larysz, H.G. Börner, R.F. Casten, W.F. Davidson,
W. Mampe, K. Schreckenbach, D.D. Warner
F.X. Hartmann, R.A. Naumann
F.P. Heßberger, G. Münzenberg, S. Hofmann, W. Reisdorf, K.-H. Schmidt,
H.J. Schmidt, P. Armbruster, R. Hingmann, B. Thuma, D. Vermeulen
F.P. Heßberger, G. Münzenberg, S. Hofmann, Y.K. Agarwal, K. Poppensieker, W. Reisdorf, K.-H. Schmidt, J.R.H. Schneider, W.F.W. Schneider,
H.J. Schött, P. Armbruster, B. Thuma, C.-C. Sahm, D. Vermeulen
F.P. Heßberger
R. Hingmann, W. Kuehn, V. Metag, R. Novotny, A. Ruckelshausen,
H. Stroeher, F.P. Heßberger, S. Hofmann, G. Münzenberg, W. Reisdorf
E. Hourani, M. Hussonnois, L. Stab, L. Brillard, S. Gales, J.P. Schapira
C. Hofmeyr, C. Franklyn, G. Barreau, H.G. Börner, R. Brissot, H. Faust,
K. Schreckenbach
A. Huck, G. Klotz, A. Knipper, C. Miehé, C. Richard-Serre, G. Walter,
A. Poves, H.L. Ravn, G. Marguier
T.J. Kennett, W.V. Prestwich, J.S. Tsai
T.J. Kennett, W.V. Prestwich, J.S. Tsai
626
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
1985Kh04
1985Ko47
1985Kr06
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12,
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155
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595
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225
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343
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342
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ZPAAD
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S. Khan, Th. Kihm, K.T. Knöpfle, G. Mairle, V. Bechtold, L. Friedrich
P.J.J. Kok, K. Abrahams, H. Postma, W.J. Huiskamp
B. Krusche, Ch. Winter, K.P. Lieb, P. Hungerford, H.H. Schmidt,
T. von Egidy, H.J. Scheerer, S.A. Kerr, H.G. Börner
R.M. Lambrecht, S. Mirzadeh
R.S. Lee, J.H. Hamilton, A.V. Ramayya, A.P. de Lima, D.L. Sastry, K.S.R. Sastry, E.H. Spejewski, R.L. Mlekodaj, H.K. Carter, W.D. Schmidt-Ott, J. Lin, C.R. Bingham, L.L. Riedinger, E.F. Zganjar,
J.L. Weil, B.D. Kern, A.C. Xenoulis, R.W. Fink, Sun Xi-jun, Guo Junsheng, Cho Chi-cheng, Pan Zong-you, Guo Ying-xian
E. Lippmaa, R. Pikver, E. Suurmaa, J. Past, J. Puskar, I. Koppel, A. Tammik
T.D. MacMahon, G.R. Massoumi, T. Mitsunari, M. Thein, O. Chalhoub,
D. Breitig, H.A. Baader, U. Heim, H.R. Koch, L. Wimmwer, H. Seyfarth, K. Schreckenbach, G.B. Orr, G.J. Smith, W.R. Kane, I.A. Kondurov,
P.A. Sushkov, Yu. E. Loginov, D. Rabenstein, M. Bogdanovic
J. Markey, F. Boehm
G. Münzenberg, S. Hofmann, H. Folger, F.P. Heßberger, J. Keller, K. Poppensieker, B. Quint, W. Reisdorf, K.-H. Schmidt, H.J. Schött, P. Armbruster, M.E. Leino, R. Hingmann
E.B. Norman
T. Ohi, M. Nakajima, H. Tamura, T. Matsuzaki, T. Yamazaki,
O. Hashimoto, R.S. Hayano
B. Pfeiffer, K.-L. Kratz, H. Gabelmann, W. Ziegert, V. Harms, B. Leist,
and 93Ru01
A.A. Pilt, J.A. Cameron, R.B. Schubank, E.E. Habib
P.L. Reeder, R.A. Warner, R.M. Liebsch, R.L. Gill, A. Piotrowski
J.P.L. Reinecke, F.B. Waanders, P. Oberholzer, P.J.C. Janse van Rensburg,
J.A. Cilliers, J.J.A. Smit, M.A. Meyer, P.M. Endt
P.L. Reeder, et al, and 93Ru01
K. Rykaczewski, I.S. Grant, R. Kirchner, O. Klepper, V.T. Koslowsky,
P.O. Larsson, E. Nolte, G. Nyman, E. Roeckl, D. Schardt, L. Spanier,
P. Tidemand-Petersson, E.F. Zganjar, J. Żylicz
M. Samri, J.G. Costa, G. Klotz, D. Magnac, R. Selz, J.P. Zirnfeld
U.J. Schrewe, H. Dornhoefer, E. Runte, W.D. Schmidt-Ott, T. TidemandPetersson
H. Schölermann, B.R.L. Siebert
C. Signarbieux, G. Simon, J. Trochon, F. Brisard and PrvCom GAu Jan
1988
L.P. Somerville, M.J. Nurmia, J.M. Nitschke, A. Ghiorso, E.K. Hulet,
R.W. Lougheed
R.E. Stone, C.E. Bingham, L.L. Riedinger, R.W. Lide, H.K. Carter,
R.L. Mlekosdaj, E.H. Spejewski
V.L. Talrose, E.N. Nikolaev
P. Tidemand-Petersson, E. Runte, W.-D. Schmidt-Ott, U.J. Schrewe
P. Tidemand-Petersson, R. Kirchner, O. Klepper, E. Roeckl, D. Schardt,
A. Plochocki, J. Żylicz
Y. Tokunaga, H. Seyfarth, R.A. Meyer, O.W.B. Schult, H.G. Börner,
G. Barreau, H.R. Faust, K. Schreckenbach, S. Brant, V. Paar, M. Vouk,
D. Vretenar
J.S. Tsai, T.J. Kennett, W.V. Prestwich
J.S. Tsai, W.V. Prestwich, T.J. Kennett
M. Uhrmacher, K. Pampus, F.J. Bergmeister, D. Purschke, K.P. Lieb
P. Van Duppen, E. Coenen, K. Deneffe, M. Huyse, J.L. Wood
E.V. Vasileva, et al
R.-D. von Dincklage, J. Gerl, H.L. Ravn, G.J. Beyer
R.-D. von Dincklage, H.J. Hay, H.L. Ravn
T. von Egidy, H.G. Börner, F. Hoyler
R.E. White, P.H. Barker, D.M.J. Lovelock
P.A. Wilmarth, J.M. Nitschke, P.K. Lemmertz, R.B. Firestone
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
1985Wo01 PYLBB
150,
79
1985Wo04 NUPAB
437,
454
627
P.J. Woods, R. Chapman, J.L. Durell, J.N. Mo, N.E. Sanderson, R.A. Cunningham, B.R. Fulton
C.L. Woods, L.K. Fifield, R.A. Bark, P.V. Drumm, M.A.C. Hotchkis
1986
1986Ad07
1986Ag.A
1986Au02
IANFA
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P-Charkov
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855
98
491
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1986Ba72
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NUPAB
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362
1898
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1773
463
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325,
149
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373
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591
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1986De14
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ZPAAD
324,
PRLTA
56,
AnRpt McGill
NUPAB
454,
NUPAB
454,
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34,
NUPAB
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2316
485
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1874
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819
231
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56,
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1394
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437
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452,
173
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ZPAAD
NATUA
249,
324,
320,
366
271
246
1986Lo16
JCOMA
122,
461
1986Ma40 PRVCA
34,
729
J. Adam, V. Vagner, M. Gonusek, B. Kratick
V.A. Ageev, V.S. Belyavenko, V.A. Dzeltonodzskii, A.A. Klyushnikov
G. Audi, A. Coc, M. Epherre, G. Le Scornet, C. Thibault, F. Touchard,
ISOLDE
S.W. Barwick, P.B. Price, H.L. Ravn, E. Hourani, M. Hussonnois
K.A. Baskova, G.I. Borisov, A.B. Vovk, T.M. Gerus, L.I. Go
A.V. Belozyorov, C. Borcea, Z. Dlouhy, A.M. Kalinin, R. Kalpakchieva,
Nguyen Hoai Chau, Yu. Ts. Oganessian, Yu. E. Penionzhkevich
V.S. Belyavenko, G.P. Borozenets, I.N. Vishnevsky, V.A. Zheltonozhsky
T. Björnstad, M.J.G. Borge, J. Blomqvist, R.D. von Dincklage, G.T. Ewan,
P. Hoff, B. Jonson, K. Kawade, A. Kerek, O. Klepper, G. Løvhøiden,
S. Mattsson, G. Nyman, H.L. Ravn, G. Rudstam, K. Sistemich, O. Tengblad, ISOLDE
V.R. Bom, P.C. Coops, R.W. Hollander, E. Coenen, K. Deneffe, P. Van Duppen, M. Huyse
M.J.G. Borge, M. Epherre-Rey-Campagnolle, D. Guillemaud-Mueller,
B. Jonson, M. Langevin, G. Nyman, C. Thibault, ISOLDE
M.J.G. Borge, A. De Rújula, P.G. Hansen, B. Jonson, G. Nyman,
H.L. Ravn, K. Riisager, ISOLDE
B.L. Burks, R.L. Varner, E.J. Ludwig
E. Coenen, K. Deneffe, M. Huyse, P. Van Duppen, J.L. Wood
M.S. Curtin, L.H. Harwood, J.A. Nolen, B. Sherrill, Z.Q. Xie, B.A. Brown
H. Dautet, R. Turcotte, S.K. Mark
H.P.L. De Esch, C. van der Leun
H.P.L. De Esch, J.B.J.M. Lanen, C. van der Leun
B. Ekström, B. Fogelberg, P. Hoff, E. Lund, A. Sangiyavanish
L.K. Fifield, C.L. Woods, W.N. Catford, R.A. Bark, P.V. Drumm,
K.T. Keoghan
C.A. Gagliardi, D.R. Semon, R.E. Tribble, L.A. Van Ausdeln
R.L. Gill, R.F. Casten, D.D. Warner, A. Piotrowski, H. Mach, J.C. Hill,
K.K. Wohn, J.A. Winger, R. Moreh
G.L. Greene, E.G. Kessler,Jr., R.D. Deslattes, H. Börner
A.M.I. Hague, R.F. Casten, I. Förster, A. Gelberg, R. Rascher, R. Richter,
P. von Brentano, G. Barreau, H.G. Börner, S.A. Kerr, K. Schreckenbach,
D.D. Warner
E.K. Hulet, J.F. Wild, R.J. Dougan, R.W. Lougheed, J.H. Landrum,
A.D. Dougan, M. Schädel, R.L. Hahn, P.A. Baisden, C.M. Henderson,
R.J. Dupzyk, K. Sümmerer, G.R. Bethune
E.K. Hulet, R.W. Lougheed, J.F. Wild, R.J. Dougan, K.J. Moody,
R.L. Hahn, C.M. Henderson, R.J. Dupzyk, G.R. Bethune
N. Kaffrell, P. Hill, J. Rogowski, H. Tetzlaff, N. Trautmann, E. Jacobs,
P. De Gelder, D. De Frenne, K. Heyde, G. Skarnemark, J. Alstad, N. Blasi,
M.N. Harakeh, W.A. Sterrenburg, K. Wolfsberg
J.G. Keller, K.-H. Schmidt, F.P. Heßberger, G. Münzenberg, W. Reisdorf,
H.-G. Clerc, C.-C. Sahm, and PrvCom K.-H. Schmidt to AHW November
1992
T.J. Kennett, W.V. Prestwich, J.S. Tsai
P.J.J. Kok, J.B.M. de Haas, K. Abrahams, H. Postma, W.J. Huiskamp
M. Lindner, D.A. Leich, R.J. Borg, G.P. Russ, J.M. Bazan, D.S. Simons,
A.R. Date
R.W. Lougheed, E.K. Hulet, R.J. Dougan, J.F. Wild, R.J. Dupzyk,
C.M. Henderson, K.J. Moody, R.L. Hahn, K. Summerer, G. Bethune
L.G. Mann, R.G. Lanier, G.L. Struble, R.A. Naumann, R.T. Kouzes
628
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
1986Ma42 PRVCA
1986Mi08 PRVCA
34,
33,
1117
1736
1986Mi14
1986Pr03
PRVCA
NUPAB
33,
455,
2204
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ZPAAD
325,
324,
321
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324,
119
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253,
454,
47
267
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12,
411
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173,
324,
397
283
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178,
150
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CJPHA
ZPAAD
64,
325,
1569
247
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PRVCA
33,
1141
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1986Ve.B
P-Charkov
P-Charkov
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PRLTA
107
138
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3253
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1986Wi15 ZPAAD
1986Wi16 NUPAB
94,
325,
460,
27
485
501
1986Wo07 PYLBB
182,
297
1986Ya17
181,
169
PYLBB
H. Mach, R.L. Gill, D.D. Warner, A. Piotrowski, R. Moreh
C. Miehé, Ph. Dessagne, P. Baumann, A. Huck, G. Klotz, A. Knipper,
G. Walter, C. Richard-Serre
D. Miljanic, S. Blagus, M. Zadro
P.T. Prokofjev, V.A. Bondarenko, T.V. Guseva, N.D. Kramer, L.I. Simonova, J.J. Tambergs, K. Schreckenbach, W.F. Davidson, J.A. Pinston,
D.D. Warner, P.H.M. van Assche, A.M.J. Spits
W.V. Prestwich, T.J. Kennett, J.S. Tsai
B. Rubio, A. Ercan, G. de Angelis, P. Kleinheinz, J.L. Tain,
B. Brinkmoeller, D. Paul, J. Meissburger, L.G. Mann, D.J. Decman,
T.N. Massey, G.L. Struble, H.J. Scheerer, J. Blomqvist
E. Runte, T. Hild, W.-D. Schmidt-Ott, U.J. Schrewe, P. TidemandPetersson, R. Michaelsen
A. Rytz, R.A.P. Wiltshire, M. King
H.H. Schmidt, T. von Egidy, H.J. Scheerer, P. Hungerford, H.G. Börner,
S.A. Kerr, K. Schreckenbach, R.F. Casten, W.R. Kane, D.D. Warner,
A. Chalupka, M.K. Balodis, T.V. Guseva, P.T. Prokofjev, J.J. Tambergs
H.H. Schmidt, W. Stöffl, T. von Egidy, P. Hungerford, H.J. Scheerer,
K. Schreckenbach, H.G. Börner, D.D. Warner, R.E. Chrien, R.C. Greenwood, C.W. Reich
K.K. Seth, S. Iversen, M. Kaletka, D. Barlow, A. Saha, R. Soundranayagam
R.J. Smith, P.J. Woods, R. Chapman, J.L. Durell, J.N. Mo, B.R. Fulton,
R.A. Cunningham
K.S. Toth, Y.A. Ellis-Akovali, J.M. Nitschke, P.A. Wilmarth, P.K. Lemmertz, D.M. Moltz, F.T. Avignone III
J.S. Tsai, W.V. Prestwich, T.J. Kennett
G. Ulm, S.K. Bhattacherjee, P. Dabkiewicz, G. Huber, H.-J. Kluge, T. Kuhl,
H. Lochmann, E.-W. Otten, K. Wendt, S.A. Ahmad, W. Klempt, R. Neugart, ISOLDE
G. Vandenput, P.H.M. van Assche, L. Jacobs, J.M. van den Cruyce,
R.K. Smither, K. Schreckenbach, T. von Egidy, D. Breitig, H.A. Baader,
H.R. Koch
G.V. Veselov, K.A. Mezilev, Yu. N. Novikov, A.V. Lopov, V.A. Sergienko
G.V. Veselov, K.A. Mezilev, Yu. N. Novikov, A.V. Lopov, Yu. Ya. Sergeev,
V.A. Sergienko, V.I. Tichonov
D.J. Vieira, J.M. Wouters, K. Vaziri, R.H. Krauss,Jr., H. Wollnik, G.W. Butler, F.K. Wohn, A.H. Wapstra
R.A. Warner, P.L. Reeder
P.A. Wilmarth, J.M. Nitschke, R.B. Firestone, J. Gilat
Ch. Winter, B. Krusche, K.P. Lieb, H.H. Schmidt, T. von Egidy, P. Hungerford, F. Hoyler, H.G. Börner
P.J. Woods, R. Chapman, J.L. Durell, J.N. Mo, R.J. Smith, B.R. Fulton,
R.A. Cunningham, P.V. Drumm, L.K. Fifield
S. Yasumi, M. Ando, H. Maezawa, H. Kitamura, T. Ohta, F. Ochiai,
A. Mikuni, M. Maruyama, M. Fujioka, K. Ishii, T. Shinozuka, K. Sera,
T. Omori, G. Izawa, M. Yagi, K. Masumoto, K. Shima, T. Mukoyama,
Y. Inagaki, I. Sugai, A. Masuda, O. Kawakami
1987
1987Aj.A
1987Ba52
PrvCom
NUPAB
1987Bo07
PRLTA
AHW
472,
Jul
445
58,
2019
F. Ajzenberg-Selove
M.K. Balodis, P.T. Prokofjev, N.D. Kramer, L.I. Simonova, K. Schreckenbach, W.F. Davidson, J.A. Pinston, P. Hungerford, H.H. Schmidt,
H.J. Scheerer, T. von Egidy, P.H.M. van Assche, A.M.J. Spits, R.F. Casten,
W.R. Kane, D.D. Warner, J. Kern
S. Boris, A. Golutvin, L. Laptin, V. Lubimov, V. Nagovizin, V. Nozik,
E. Novikov, V. Soloshenko, I. Tihomirov, E. Tretjakov, N. Myasoedov
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
1987Bo24
NUPAB
470,
13
1987Bo29
HYIND
34,
25
1987Br05
1987Br.B
1987Co08
NUPAB
465,
AnRpt Julich
NUPAB
465,
221
9
240
1987De04
1987De33
1987De.A
ZPAAD
326,
JPHGB
13,
AnRpt Leuven
155
1283
47
1987Eb02
NUPAB
464,
9
1987El02
JPHGB
13,
93
1987El09
PRVCA
36,
1529
1987Fa.A
1987Fo20
1987Ga.A
1987Ge01
P-Rosseau
NUPAB
475,
P-Yurmala
JPHGB
13,
675
301
86
69
1987Gi02
1987Gi05
ZPAAD
PYLBB
326,
192,
107
39
1987Go25
PZETA
45,
205
1987Gr18
ZPAAD
327,
383
1987Gr.A
1987Ha.A
1987He10
P-Rosseau
AnRpt Tohoku
EULEE
3,
30
43
895
1987He21
1987He28
1987Ho01
NUPAB
NUPAB
PRVCA
474,
474,
35,
484
77
315
1987Ho06
1987Ju02
1987Ju04
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ARISE
ARISE
38,
38,
38,
195
193
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1987Ka29
NUPAB
470,
141
1987Ke09
1987Ki.A
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65,
1111
517
1987Ko34
NUPAB
472,
419
1987Li09
PYLBB
191,
245
1987Li.A
P-Rosseau
521
629
M. Bogdanović, R. Brissot, G. Barreau, K. Schreckenbach, S. Kerr,
H.G. Börner, I.A. Kondurov, Yu. E. Loginov, V.V. Martynov, P.A. Sushkov,
H. Seyfarth, T. von Egidy, P. Hungerford, H.H. Schmidt, H.J. Scheerer,
A. Chalupka, W. Kane, G. Alaga
W. Borchers, R. Neugart, E.W. Otten, H.T. Duong, G. Ulm, K. Wendt,
ISOLDE, and 89Ot.1
A. Bruce, D. Hicks, D.D. Wagner
B. Brinkmoeller, H.P. Morsch, R. Siebert, P. Decowski, M. Rogge, P. Turek
G.G. Colvin, H.G. Börner, P. Geltenbort, F. Hoyler, S.A. Kerr, K. Schreckenbach, J.A. Cizewski, and PrvCom AHW December 1988
J. Deslauriers, S.C. Gujrathi, S.K. Mark
C.T.A.M. De Laat, P. Polak, A. Taal, J. Konijn, W. Lourens, A.H. Wapstra
P. Dendooven, M. Huyse, G. Reusen, J. Wouters, P. Van Duppen, I. Ahmad,
R. Holzmann, R.V.F. Janssens
J. Eberz, U. Dinger, G. Huber, H. Lochmann, R. Menges, R. Neugart,
R. Kirchner, O. Klepper, T. Kuhl, D. Marx, G. Ulm, K. Wendt, ISOLDE
A.M.Y. El-Lawindy, J.D. Burrows, P.A. Butler, J.R. Cresswell, V. Holliday, G.D. Jones, R. Tanner, R. Wadsworth, D.L. Watson, K.A. Connell,
J. Simpsom, C. Lauterbach, J.R. Mines
Y.A. Ellis-Akovali, K.S. Toth, H.K. Carter, C.R. Bingham, I.C. Girit,
M.O. Kortelahti
T. Faestermann, A. Gillitzer, K. Hartel, W. Henning, P. Kienle
B. Fogelberg, A.M. Bruce, D.D. Warner
N. Ganbaatar, G.V. Veselov, K.A. Mezilev, V.G. Kalinnikov
W. Gelletly, J.R. Larysz, H.G. Börner, R.F. Casten, W.F. Davidson,
W. Mampe, K. Schreckenbach, D.D. Warner
A. Gillitzer, T. Faestermann, K. Hartel, P. Kienle, E. Nolte
A. Gillibert, W. Mittig, L. Bianchi, A. Cunsolo, B. Fernandez, A. Foti,
J. Gastebois, C. Gregoire, Y. Schutz, C. Stephan
M.G. Gornov, Y.B. Gurov, V.P. Koptev, P.V. Morokhov, K.O. Oganesyan,
B.P. Osipenko, V.A. Pechkurov, V.I. Savel’ev, F.M. Sergeev, A.A. Khomutov, B.A. Chernyshev, R.R. Shafigullin, A.V. Shishkov
M. Graefenstedt, U. Keyser, F. Münnich, F. Schreiber, H.R. Faust,
H. Weikard
M. Graefenstedt, U. Keyser, F. Münnich, F. Schreiber
H. Hama, et al
F.P. Heßberger, S. Hofmann, G. Münzenberg, A.B. Quint, K. Sümmerer,
P. Armbruster
K. Heiguchi, S. Mitarai, B.J. Min, T. Kuroyanagi
R.G. Helmer, M.A. Lee, C.W. Reich, I. Ahmad
M.A.C. Hotchkis, J.E. Reiff, D.J. Vieira, F. Blönnigen, T.F. Lang,
D.M. Moltz, X. Xu, J. Cerny
D.D. Hoppes, B.M. Coursey, F.J. Schima, D. Yang
S.M. Judge, A.M. Privitera, M.J. Woods
S.M. Judge, P. Christmas, P. Cross, D. Smith, W.D. Hamilton, and PrvCom
AHW February 1989
N. Kaffrell, P. Hill, J. Rogowski, H. Tetzlaff, N. Trautmann, E. Jacobs,
P. De Gelder, D. De Frenne, K. Heyde, S. Borjesson, G. Skarnemark,
J. Alstad, N. Blasi, M.N. Harakeh, W.A. Sterrenburg, K. Wolfsberg
T.J. Kennett, W.V. Prestwich, J.S. Tsai
P. Kilcher, J. Sauvage, C. Bourgeois, F. Le Blanc, J. Oms, B. Roussière,
J. Munsch, J. Obert, A. Caruette, A. Ferro, G. Boissier, J. Fournet-Fayas,
M. Ducourtieux, G. Landois, R. Sellem, D. Sznadjderman, ISOCELE,
A. Wojtasiewicz, M.C. Abreu, A. Ben Braham, K. Fransson, M.G. Porquet
V.T. Koslowsky, J.C. Hardy, E. Hagberg, R.E. Azuma, G.C. Ball,
E.T.H. Clifford, W.G. Davies, H. Schmeing, U.J. Schrewe, K.S. Sharma
C.F. Liang, P. Paris, P. Kleinheinz, B. Rubio, M. Piiparinen, D. Schardt,
A. Plochocki, R. Barden
C.F. Liang, P. Paris, Ch. Briançon
630
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
1987Me08 ZPAAD
327,
171
1987Mo06 PRVCA
35,
1275
1987Mu15 ZPAAD
328,
49
35,
126
1617
1987Ne.A
1987Pe06
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PRVCA
1987Po04
ZPAAD
327,
17
1987Ra06
1987Ra12
1987Ru05
PRVCA
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ZPAAD
36,
26,
328,
303
72
373
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1987Se04
1987Se05
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PRLTA
464,
58,
381
1930
1987Se07
NUPAB
467,
93
1987Se.A
1987Sp02
1987Sp09
1987Sp.A
1987St04
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PRVAA
35,
NUPAB
474,
P-Leuven
ZPAAD
326,
324
679
359
S559
139
1987St11
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2033
1987St.A
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1987To02
1987To05
1987To09
1987Va09
1987Ve.A
1987Vi01
1987Wh01
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35,
PRVCA
35,
PRVCA
35,
PRVCA
35,
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463,
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35,
1987Wi15
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473,
129
1987Zi02
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466,
280
477
35,
489
310
620
2330
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146
605
81
F. Meissner, E. Runte, V. Freystein, T. Hild, W.-D. Schmidt-ott,
H. Salewski, R. Michaelsen
D.M. Moltz, A.C. Betker, J.P. Sullivan, R.H. Burch, C.A. Gagliardi,
R.E. Tribble, K.S. Toth, F.T. Avignone III
G. Münzenberg, P. Armbruster, G. Berthes, H. Folger, F.P. Heßberger,
S. Hofmann, J. Keller, K. Poppensieker, A.B. Quint, W. Reisdorf, K.H. Schmidt, H.-J. Schött, K. Sümmerer, I. Zychor, M.E. Leino, R. Hingmann, U. Gollerthan, E. Hanelt
R. Neugart, E. Arnold, W. Borchers, W. Neu, G. Ulm, K. Wendt
K.I. Pearce, N.M. Clarke, R.J. Griffiths, P.J. Simmonds, A.C. Dodd,
D. Barker, J.B.A. England, M.C. Mannion, C.A. Ogilvie
F. Pougheon, J.C. Jacmart, E. Quiniou, R. Anne, D. Bazin, V. Borrel,
J. Galin, D. Guerreau, D. Guillemaud-Mueller, A.C. Mueller, E. Roeckl,
M.G. Saint-Laurent, C. Détraz
M.S. Rapaport, C.F. Liang, P. Paris, and PrvCom GAu July 1988
H.L. Ravn
E. Runte, F. Meissner, V. Freystein, T. Hild, H. Salewski, W.-D. SchmidtOtt, R. Michaelsen
D. Schardt, R. Barden, R. Kirchner, O. Klepper, A. Plochocki, E. Roeckl,
P. Kleinheinz, M. Piiparinen, B. Rubio, K. Zuber, C.F. Liang, P. Paris,
A. Huck, G. Walter, G. Marguier, H. Gabelmann, J. Blomqvist
P.B. Semmes, R.A. Braga, R.W. Fink, J.L. Wood, J.D. Cole
K.K. Seth, M. Artuso, D. Barlow, S. Iversen, M. Kaletka, H. Nann,
B. Parker, R. Soundranayagam
T. Sekine, J. Cerny, R. Kirchner, O. Klepper, V.T. Koslowsky, A. Plochocki,
E. Roeckl, D. Schardt, B. Sherrill, B.A. Brown
K.K. Seth
P.T. Springer, C.L. Bennett, P.A. Baisden
L. Spanier, K. Aleklett, B. Ekström, B. Fogelberg
A.M.J. Spits, S.J. Robinson
E. Stiliaris, H.G. Bohlen, X.S. Chen, B. Gebauer, A. Miczaika,
W. von Oertzen, W. Weller, T. Wilpert
G.S.F. Stephans, H.T. Fortune, L.C. Bland, M. Carchidi, R. Gilman,
G.P. Gilfoyle, J.W. Sweet
J. Styczen, P. Kleinheinz, W. Starzecki, B. Rubio, G. de Angelis, H.J. Hahn,
C.F. Liang, P. Paris, R. Reinhardt, P. von Brentano, J. Blomqvist
K.S. Toth, D.C. Sousa, J.M. Nitschke, P.A. Wilmarth
K.S. Toth, D.C. Sousa, J.M. Nitschke, P.A. Wilmarth
K.S. Toth, D.M. Moltz, F. Blönnigen, F.T. Avignone,III
P. Van Duppen, E. Coenen, K. Deneffe, M. Huyse, J.L. Wood
G.V. Veselov, K.A. Mezilev, Yu. N. Novikov, A.V. Lopov, V.A. Sergienko
K. Vierinen
D.H. White, H.G. Börner, R.W. Hoff, K. Schreckenbach, W.F. Davidson,
T. von Egidy, D.D. Warner, P. Jeuch, G. Barreau, W.R. Kane, M.L. Stelts,
R.E. Chrien, R.F. Casten, R.G. Lanier, R.W. Lougheed, R.T. Kouzes,
R.A. Naumann, R. Dewberry
Ch. Winter, B. Krusche, K.P. Lieb, T. Weber, G. Hlawatsch, T. von Egidy,
F. Hoyler
F. Zijderhand, R.C. Makkus, C. van der Leun
1988
1988Ah02
NUPAB
483,
244
1988Aj01
1988Ax01
NUPAB
PYLBB
490,
210,
1
249
1988Ay01
PYLBB
201,
211
S.A. Ahmad, W. Klempt, R. Neugart, E.W. Otten, P.-G. Reinhard, G. Ulm,
K. Wendt, ISOLDE
F. Ajzenberg-Selove
H. Axelsson, M. Cronqvist, A. De Rújula, P.G. Hansen, L. Johannsen,
B. Jonson, R.A. Naumann, G. Nyman, J.W. Petersen, H.L. Ravn, K. Riisager, J.A. Scircle, ISOLDE
J. Äystö, P. Taskinen, M. Yoshii, J. Honkanen, P. Jauho, H. Penttilä,
C.N. Davids
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
1988Ay02
NUPAB
480,
104
1988Ba10
ZPAAD
329,
319
1988Ba42
ZPAAD
330,
341
1988Be.A
P-StMalo
1988Bo06
NUPAB
477,
89
1988Bo28
ZPAAD
331,
21
1988Bo39
NUPAB
490,
287
1988Bu08
1988Ca21
NUPAB
NUPAB
483,
489,
221
347
1988Cl04
JPHGB
14,
1399
1988Co18
1988CoTa
1988De03
1988Du09
JPHGB
CODBA
NUPAB
PYLBB
14,
63,
476,
206,
1411
1
316
195
1988Fi04
NUPAB
484,
117
1988Fo05
1988Gi04
1988Gr30
PYLBB
PRVCA
RAACA
209,
37,
43,
173
2600
223
1988Ho.A
AnRpt Daresb
49
1988Ka14
ZPAAD
330,
55
1988Ka32
JUPSA
57,
2873
1988Ke09
1988Ku14
CJPHA
NUPAB
66,
484,
947
264
1988Li11 NUPAB
481,
1988Ma.A P-BadHonnef
477
391
1988Me.A Th.-Mainz
1988Mi13 PRVCA
1988Mo18 PRVCA
38,
38,
895
737
330,
63
PRVCA
37,
PRVCA
37,
Th.-Canberra
2694
860
1988Mu08 ZPAAD
1988Ni02
1988No02
1988Or.A
A1
631
J. Äystö, C.N. Davids, J. Hattula, J. Honkanen, P. Jauho, R. Julin, S. Juutinen, J. Kumpalainen, T. Loenroth, A. Pakkanen, A. Passoja, H. Penttilä,
P. Taskinen, E. Verho, A. Virtanen, M. Yoshi
R. Barden, R. Kirchner, O. Klepper, A. Plochocki, G.-E. Rathke, E. Roeckl,
K. Rykaczewski, D. Schardt, J. Żylicz
D. Barnéoud, J. Blachot, J. Genevey, A. Gizon, R. Béraud, R. Duffait,
A. Emsallem, M. Meyer, N. Redon, D. Rolando-Eugio
R. Béraud, R. Duffait, A. Emsallem, M. Meyer, N. Redon, D. RolandoEugio, D. Barnéoud, J. Blachot, J. Genevey, A. Gizon
U. Bosch, W.-D. Schmidt-Ott, E. Runte, P. Tidemand-Petersson,
P. Koschel, F. Meissner, R. Kirchner, O. Klepper, E. Roeckl,
K. Rykaczewski, D. Schardt
V.R. Bom, R.W. Hollander, E. Coenen, K. Deneffe, P. Van Duppen,
M. Huyse
M.J.G. Borge, H. Cronberg, M. Cronqvist, H. Gabelmann, P.G. Hansen,
L. Johannsen, B. Jonson, S. Mattsson, G. Nyman, A. Richter, K. Riisager,
O. Tengblad, M. Tomaselli
D.G. Burke, G. Løvhøiden, T.F. Thorsteinsen
W.N. Catford, L.K. Fifield, T.R. Ophel, N.A. Orr, D.C. Weisser,
C.L. Woods
N.M. Clarke, P.R. Hayes, M.B. Becha, K.I. Pearce, R.J. Griffiths,
J.B.A. England, L. Zybert, C.N. Pinder, G.M. Field, R.S. Mackintosh
G.G. Colvin, S.J. Robinson, F. Hoyler
E.R. Cohen, B.N. Taylor
H.P.L. De Esch, C. van der Leun
J.P. Dufour, R. Del Moral, F. Hubert, D. Jean, M.S. Pravikoff, A. Fleury,
A.C. Mueller, K.-H. Schmidt, K. Sümmerer, E. Hanelt, J. Frehaut, M. Beau,
G. Giraudet
L.K. Fifield, R. Chapman, J.L. Durell, J.N. Mo, R.J. Smith, P.J. Woods,
B.R. Fulton, R.A. Cunningham, P.V. Drumm
B. Fogelberg, Ye Zongyuan, L. Spanier
M. Girod, Ph. Dessagne, M. Bernas, M. Langevin, F. Pougheon, P. Roussel
K.E. Gregorich, R.A. Henderson, D.M. Lee, M.J. Nurmia, R.M. Chasteler,
H.L. Hall, D.A. Bennett, C.M. Gannett, R.B. Chadwick, J.D. Leyba,
D.C. Hoffman, G. Herrmann
M.A.C. Hotchkis, R. Chapman, J.H. McNeill, R.A. Cunningham,
R.D. Page, P.J. Woods, G.D. Jones
T. Karlewski, N. Hildebrand, M. Brügger, N. Kaffrell, N. Trautmann,
G. Herrmann
H. Kawakami, S. Kato, F. Naito, K. Nisimura, T. Ohshima, S. Shibata,
T. Suzuki, K. Ukai, N. Morikawa, N. Nogawa, T. Nagafuchi, H. Taketani,
M. Iwahashi, K. Hisatake, Y. Fukushima, T. Matsuda, T. Taniguchi
T.J. Kennett, W.V. Prestwich, J.S. Tsai
T. Kuroyanagi, S. Mitarai, B.J. Min, H. Tomura, Y. Haruta, K. Heiguchi,
S. Suematsu, Y. Onizuka
W.J. Lin, O.K. Manuel, G.L. Cumming, D. Krstic, R.I. Thorpe
H. Mach, E.K. Warburton, R.L. Gill, R.F. Casten, A. Wolf, Z. Berant,
J.A. Winger, K. Sistemich, G. Molnár, S.M. Yates
R. Menges, et al, and 89Ot.1
L.W. Mitchell, P.H. Fisher
M.F. Mohar, E. Adamides, W. Benenson, C. Bloch, B.A. Brown, J. Clayton, E. Kashy, M. Lowe, J.A. Nolen,Jr., W.E. Ormand, J. van der Plicht,
B. Sherrill, J. Stevenson, J.S. Winfield
A.C. Mueller, D. Bazin, W.D. Schmidt-Ott, R. Anne, D. Guerreau,
D. Guillemaud-Mueller, M.G. Saint-Laurent, V. Borrel, J.C. Jacmart,
F. Pougheon, A. Richard
J.M. Nitschke, P.A. Wilmarth, J. Gilat, K.S. Toth, F.T. Avignone III
E.B. Norman, K.T. Lesko, A.E. Champagne
N.A. Orr
632
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
1988Pe13
1988Qu.A
PRVCA
38,
AnRpt GSI
931
16
1988Sa06
1988Sa18
ZPAAD
PRVCA
329,
37,
169
2371
1988Vi02
PRVCA
38,
1509
1988Wi05
1988Wo02
1988Wo07
1988Wo09
ZPAAD
NUPAB
NUPAB
ZPAAD
329,
476,
484,
331,
503
392
145
229
H. Penttilä, P. Taskinen, P. Jauho, V. Koponen, C.N. Davids, J. Äystö
A.B. Quint, W. Morawek, K.-H. Schmidt, P. Armbruster, F.P. Heßberger,
S. Hofmann, G. Münzenberg, W. Reisdorf, H. Stelzer, H.-G. Clerc, C.C. Sahm
H. Salewski, W.-D. Schmidt-Ott
J.-L. Salicio, S. Drissi, M. Gasser, J. Kern, H.G. Börner, G.G. Colvin,
K. Schreckenbach, R.W. Hoff, R.W. Lougheed
K.S. Vierinen, A.A. Shihab-Eldin, J.M. Nitschke, P.A. Wilmarth,
R.M. Chasteler, R.B. Firestone, K.S. Toth
P.A. Wilmarth, J.M. Nitschke, K. Vierinen, K.S. Toth, M. Kortelahti
C.L. Woods, W.N. Catford, L.K. Fifield, N.A. Orr, R.J. Sadleir
C.L. Woods, W.N. Catford, L.K. Fifield, N.A. Orr
J.M. Wouters, R.H. Kraus,Jr., D.J. Vieira, G.W. Butler, K.E.G. Lobner
1989
1989Al33
IANFA
53,
2089
1989An02
NUPAB
491,
290
1989An13
YAFIA
50,
619
1989An.A
P-Dubna
1989Ba22
PYLBB
223,
273
1989Ba28
1989Ba42
1989Ba50
PRVCA
NUPAB
PYLBB
40,
500,
228,
940
1
458
1989Ba.B
AnRpt CRN
1989Bo.A
1989Bu09
PrvCom
ZPAAD
GAu
333,
Dec
131
1989Ca25
1989Ch01
NUPAB
PRVCA
503,
39,
263
248
1989Cl02
NUPAB
493,
293
1989Dr03
1989Fi01
NUPAB
PRVCA
496,
39,
530
219
1989Gr03
1989Gr23
NUPAB
ZPAAD
491,
334,
373
239
1989Gu03
ZPAAD
332,
189
1989Ha27
NUPAB
500,
90
1989Ha.A
1989Ha.B
PENUC
PENUC
III,
III,
99
157
508
76
G.D. Alkhazov, B.N. Belyayev, V.D. Domkin, Yu. G. Korobulin,
V.V. Lukashevich, V.S. Mukhin
E. Andersen, M.J.G. Borge, D.G. Burke, H. Gietz, P. Hill, N. Kaffrell,
W. Kurcewicz, G. Løvhøiden, S. Mattsson, R.A. Naumann, K. Nybø,
G. Nyman, T.F. Thorsteinsen, ISOLDE
A.N. Andreyev, D.D. Bogdanov, A.V. Yerimin, A.P. Kabachenko,
O.A. Orlova, G.M. Ter-Akopian, V.I. Chepigin
A.N. Andreyev, D.D. Bogdanov, V.I. Chepigin, A.P. Kabachenko,
O.A. Orlova, S. Sharo, G.M. Ter-Akopian, A.V. Yeremin, and 89An13
A.S. Barabash, V.V. Kuzminov, V.M. Lobashev, V.M. Novikov,
B.M. Ovchinnikov, A.A. Pomansky
S.C. Baker, M.J. Brown, P.H. Barker
E.L. Bakkum, C. van der Leun
P. Baumann, A. Huck, G. Klotz, A. Knipper, G. Walter, G. Marguier,
H.L. Ravn, C. Richard-Serre, A. Poves, J. Retamosa
P. Baumann, A. Huck, G. Klotz, A. Knipper, G. Marguier, H. Ravn,
C. Richard-Serre, G. Walter
H.G. Bohlen
D.G. Burke, H. Folger, H. Gabelmann, E. Hagebø, P. Hill, P. Hoff, O. Jonsson, N. Kaffrell, W. Kurcewicz, G. Løvhøiden, K. Nybø, G. Nyman,
H. Ravn, K. Riisager, J. Rogowski, K. Steffensen, T.F. Thorsteinsen,
ISOLDE
W.N. Catford, L.K. Fifield, N.A. Orr, C.L. Woods
A.E. Champagne, R.T. Kouzes, A.B. McDonald, M.M. Lowry, D.R. Benton, K.P. Coulter, Z.Q. Mao
E.T.H. Clifford, E. Hagberg, J.C. Hardy, H. Schmeing, R.E. Azuma,
H.C. Evans, V.T. Koslowsky, U.J. Schrewe, K.S. Sharma, I.S. Towner
P.V. Drumm, L.K. Fifield, R.A. Bark, M.A.C. Hotchkis, C.L. Woods
R.B. Firestone, J.M. Nitschke, P.A. Wilmarth, K. Vierinen, J. Gilat,
K.S. Toth, Y.A. Akovali
M. Graefenstedt, U. Keyser, F. Münnich, F. Schreiber, ISOLDE
M. Graefenstedt, P. Jürgens, U. Keyser, F. Münnich, F. Schreiber, K. Balog,
T. Winkelmann, H.R. Faust
D. Guillemaud-Mueller, Y.E. Penionzhkevich, R. Anne, A.G. Artukh,
D. Bazin, V. Borrel, C. Détraz, D. Guerreau, B.A. Gvozdev, J.C. Jacmart,
D.X. Jiang, A.M. Kalinin, V.V. Kamanin, V.B. Kutner, M. Lewitowicz,
S.M. Lukyanov, A.C. Mueller, N. Hoai Chau, F. Pougheon, A. Richard,
M.G. Saint-Laurent, W.D. Schmidt-Ott (see also 93Po.A)
Y. Hatsukawa, T. Ohtsuki, K. Sueki, H. Nakahara, I. Kohno, M. Magara,
N. Shinohara, H.L. Hall, R.A. Henderson, C.M. Gannett, J.A. Leyba,
R.B. Chadwick, K.E. Gregorich, D. Lee, M.J. Nurmia, D.C. Hoffman
J.C. Hardy, E. Hagberg
P.G. Hansen, B. Jonson
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
1989He03
NIMAE
274,
522
1989He13
ZPAAD
333,
111
1989Hi04
NUPAB
492,
237
1989Ho08
1989Ho12
ZPAAD
ZPAAD
332,
333,
407
107
1989Ho13
NUPAB
496,
462
1989Ho15
1989Hu03
1989Je07
1989Ka04
NUPAB
PRVCA
NUPAB
PRVCA
500,
39,
503,
39,
111
997
77
818
1989Ki11
1989Ko02
NUPAB
PRVCA
496,
39,
429
636
1989Ko07
1989Ko22
ZPAAD
ZPAAD
332,
333,
229
339
1989Kr12
NUPAB
503,
113
1989Le16
NUPAB
496,
477
1989Li30
1989Lo07
1989Ma05
1989Me02
GCACA
NUPAB
JPGPE
ZPAAD
53,
494,
15,
332,
1597
157
173
153
1989Mi03
PRVCA
39,
992
1989Mi16
NUPAB
501,
437
1989Mi17
NUPAB
501,
557
1989Mi.A P-Dubna
1989Mu09 ZPAAD
333,
66
163
1989Mu16 NUPAB
1989Or03 NUPAB
502,
491,
571
443
1989Or04
1989Ot.A
1989Po09
NUPAB
THISc
NUPAB
491,
8,
499,
457
517
495
1989Po10
NUPAB
500,
287
1989Pr.A
PENUC
II,
205
633
F.P. Heßberger, S. Hofmann, G. Münzenberg, K.-H. Schmidt, P. Armbruster, R. Hingmann
F.P. Heßberger, H. Gäggeler, P. Armbruster, W. Brüchle, H. Folger,
S. Hofmann, D. Jost, J.V. Kratz, M.E. Leino, G. Münzenberg, V. Ninov,
M. Schädel, U. Scherer, K. Sümmerer, A. Türler, D. Ackermann
T. Hild, W.-D. Schmidt-Ott, V. Freystein, F. Meissner, E. Runte,
H. Salewski, R. Michaelsen
P. Hoff, B. Ekström, B. Fogelberg PrvCom of L. Spanier et al to ref.
S. Hofmann, P. Armbruster, G. Berthes, T. Faestermann, A. Gillitzer,
F.P. Heßberger, W. Kurcewicz, G. Münzenberg, K. Poppensieker,
H.J. Schött, I. Zychor
J. Honkanen, V. Koponen, P. Taskinen, J. Aysto, K. Eskola, S. Messelt,
K. Ogawa
C. Hofmeyr
H. Huck, A. Jech, G. Marti, M.L. Perez, J.J. Rossi, H.M. Sofia
C. Jeanperrin, L.H. Rosier, B. Ramstein, E.I. Obiajunwa
S. Kato, S. Kubono, M.H. Tanaka, M. Yasue, T. Nomura, Y. Fuchi,
S. Ohkawa, T. Miyachi, K. Iwata, T. Suehiro, Y. Yoshida
S.W. Kikstra, C. van der Leun, S. Raman, E.T. Jurney, I.S. Towner
M.O. Kortelahti, K.S. Toth, K.S. Vierinen, J.M. Nitschke, P.A. Wilmarth,
R.B. Firestone, R.M. Chasteler, A.A. Shihab-Eldin
M.O. Kortelahti, H.K. Carter, R.A. Braga, R.W. Fink, B.D. Kern
V. Koponen, J. Äystö, J. Honkanen, P. Jauho, H. Penttilä, J. Suhonen,
P. Taskinen, K. Rykaczewski, J. Żylicz, C.N. Davids
A. Krasznahorkay, Zs. Dombrádi, J. Timár, Z. Gácsi, T. Kibédi, A. Passoja,
R. Julin, J. Kumpulainen, S. Brant, V. Paar
M. Lewitowicz, Yu. E. Penionzhkevich, A.G. Artukh, A.M. Kalinin,
V.V. Kamanin, S.M. Lukyanov, Nguyen Hoai Chau, A.C. Mueller,
D. Guillemaud-Mueller, R. Anne, D. Bazin, C. Détraz, D. Guerreau,
M.G. Saint-Laurent, V. Borrel, J.C. Jacmart, F. Pougheon, A. Richard,
W.D. Schmidt-Ott
M. Lindner, D.A. Leich, G.P. Russ, J.M. Bazan, R.J. Borg
G. Løvhøiden, T.F. Thorsteinsen, E. Andersen, M.F. Kiziltan, D.G. Burke
A.M. Mandal, S.K. Saha, S.M. Sahakundu, A.P. Patro
F. Meissner, W.-D. Schmidt-Ott, V. Freystein, T. Hild, E. Runte,
H. Salewski, R. Michaelsen
Ch. Miehé, Ph. Dessagne, P. Baumann, A. Huck, G. Klotz, A. Knipper,
G. Walter, G. Marguier
S. Michaelsen, Ch. Winter, K.P. Lieb, B. Krusche, S. Robinson,
T. von Egidy
H. Miyatake, T. Nomura, S. Kubono, J. Tanaka, M. Oyaizu, H. Okawa,
N. Ikeda, K. Sueki, H. Kudo, K. Morita, T. Shinozuka
V.L. Mikheev, et al
G. Münzenberg, P. Armbruster, S. Hofmann, F.P. Heßberger, H. Folger, J.G. Keller, V. Ninov, K. Poppensieker, A.B. Quint, W. Reisdorf,
K.-H. Schmidt, J.R.H. Schneider, H.J. Schött, K. Sümmerer, I. Zychor,
M.E. Leino, D. Ackermann, U. Gollerthan, E. Hanelt, W. Morawek, D. Vermeulen, Y. Fujita, T. Schwab
G. Münzenberg
N.A. Orr, W.N. Catford, L.K. Fifield, M.A.C. Hotchkis, T.R. Ophel,
D.C. Weisser, C.L. Woods
N.A. Orr, L.K. Fifield, W.N. Catford, C.L. Woods
E.W. Otten
M.G. Porquet, C. Bourgeois, P. Kilcher, B. Roussière, J. Sauvage,
H. Dautet, J.K.P. Lee, ISOCELE
F. Pougheon, V. Borrel, J.C. Jacmart, R. Anne, C. Détraz, D. GuillemaudMueller, A.C. Mueller, D. Bazin, R. Del Moral, J.P. Dufour, F. Hubert,
M.S. Pravikoff, G. Audi, E. Roeckl, B.A. Brown
P.B. Price, S.W. Barwick
634
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
1989Re.A
1989Ri03
P-Miami
NUPAB
499,
221
1989Ry02
ZPAAD
332,
275
1989Sa01
1989Sa11
JPGPE
NUPAB
15,
494,
73
36
1989Sc24
1989Sc31
NUPAB
NUPAB
501,
504,
86
1
1989Sc.A
1989Sh10
NDSAA
NIMAE
57,
275,
515
123
1989Si04 PRVDA
1989Sm06 SAPHD
1989St05 PRVCA
39,
12,
39,
1825
74
1503
1989St06
1989Su.A
PRVCA
BAPSA
39,
34,
1963
1819
1989Ta11
1989To01
1989Vi04
1989Wa10
1989Wi05
ZPAAD
PRVCA
NUPAB
PRVCA
NUPAB
333,
39,
499,
39,
491,
29
1150
1
1647
395
1989Yu01
1989Zh04
PRVCA
PRVCA
39,
39,
256
1985
1989Zl.A
PrvCom
GAu
May
P.L. Reeder, et al
R. Richter, I. Förster, A. Gelberg, A.M.I. Haque, P. von Brentano, R.F. Casten, H.G. Börner, G.G. Colvin, K. Schreckenbach, G. Barreau, S.A. Kerr,
H.H. Schmidt, P. Hungerford, H.J. Scheerer, T. von Egidy, R. Rascher
K. Rykaczewski, A. Plochocki, I.S. Grant, H. Gabelmann, R. Barden,
D. Schardt, J. Żylicz, G. Nyman, ISOLDE
S.K. Saha, S.M. Sahakundu
S.L. Sakharov, I.A. Kondurov, Yu. E. Loginov, V.V. Martynov, A.A. Radionov, P.A. Sushkov, Yu. L. Khazov, A.I. Egorov, V.K. Isupov,
H.G. Börner, F. Hoyler, S. Kerr, K. Schreckenbach, G. Hlawatsch,
T. von Egidy, H. Lindner
H. Schölermann, R. Böttger
H.H. Schmidt, P. Hungerford, T. von Egidy, H.J. Scheerer, H.G. Börner,
S.A. Kerr, K. Schreckenbach, F. Hoyler, G.G. Colvin, A.M. Bruce,
R.F. Casten, D.D. Warner, I.L. Kugava, V.A. Bondarenko, N.D. Kramer,
P.T. Prokofjef, A. Chalupka
M.R. Schmorak
K.S. Sharma, H. Schmeing, H.C. Evans, E. Hagberg, J.C. Hardy,
V.T. Koslowsky
J.J. Simpson, A. Hime
J.J.A. Smit, Z.H.J. Pretorius, F.B. Waanders, J.P.L. Reinecke, J. Keilonen
S.T. Staggs, R.G.H. Robertson, D.L. Wark, P.P. Nguyen, J.F. Wilkerson,
T.J. Bowles
C.A. Stone, S.H. Faller, W.B. Walters
B. Sur, E.B. Norman, K.T. Lesko, E. Browne, R.M. Larimer, H.L. Hall,
J.D. Leyba, D.C. Hoffman
J.L. Tain, B. Rubio, P. Kleinheinz, D. Schardt, R. Barden, J. Blomqvist
K.S. Toth, D.M. Moltz, J.D. Robertson
K.S. Vierinen, J.M. Nitschke, P.A. Wilmarth, R.B. Firestone, J. Gilat
S. Wang, D. Snowden-Ifft, P.B. Price, K.J. Moody, E.K. Hulet
Ch. Winter, B. Krusche, K.P. Lieb, S. Michaelsen, G. Hlawatsch, H. Linder,
T. von Egidy, F. Hoyler, R.F. Casten
S. Yuan, T. Zhang, S. Xu, W. Li, L. Zhang, M. Liu, X. Ou, W. Li
Z. Zhao, M. Gai, B.J. Lund, S.L. Rugari, D. Mikolas, B.A. Brown,
J.A. Nolen,Jr., M. Samuel
I. Žlimen
1990
1990Aj01
1990Ak04
NUPAB
PRVCA
506,
42,
1
1130
1990Am04 PZETA
51,
607
1990Am05 YAFIA
52,
1231
1990An19
ZPAAD
337,
229
1990An22
ZPAAD
337,
231
1990Au.A
1990Ba02
1990Be.A
1990Be.B
PrvCom GAu
PRVCA
41,
PrvCom AHW
P-Leningrad
Feb
246
Jun
132
1990Bo16
PYLBB
179
241,
F. Ajzenberg-Selove, and PrvCom AHW
Y.A. Akovali, K.S. Toth, C.R. Bingham, M.B. Kassim, M. Zhang,
H.K. Carter, W.D. Hamilton, J. Kormicki
A.I. Amelin, M.G. Gornow, Yu. B. Gurov, A.I. Ilin, V.P. Koplev, P.V. Morokhov, K.O. Oganesyan, V.A. Pechkurov, V.I. Saveliev, E.M. Sergeyev,
B.A. Chern’yshev, R.R. Shafigulin, A.V. Shishkov
A.I. Amelin, M.G. Gornov, Y.B. Gurov, A.L. Il’in, P.V. Morokhov,
V.A. Pechkurov, V.I. Savelev, F.M. Sergeev, S.A. Smirnov, B.A. Chernyshev, R.R. Shafigullin, A.V. Shishkov
A.N. Andreyev, D.D. Bogdanov, V.I. Chepigin, A.P. Kabachenko, S. Sharo,
G.M. Ter-Akopian, A.V. Yeremin
A.N. Andreyev, D.D. Bogdanov, V.I. Chepigin, A.P. Kabachenko, S. Sharo,
G.M. Ter-Akopian, A.V. Yeremin, O.N. Malyshev
G. Audi, and PrvCom to 99Sa. A
P.H. Barker, G.D. Leonard
C.E. Bemis
E.A. Belomytseva, G.V. Veselov, K.A. Mezilev, Yu. N. Novikov,
A.G. Polyakov, A.V. Popov, Yu. Ya. Sergeev, V.A. Sergienko, V.I. Tichonov
R. Bonetti, E. Fioretto, C. Migliorino, A. Pasinetti, F. Barranco, E. Vigezzi,
R.A. Broglia
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
1990Bo39
1990Bo52
YAFIA
IANFA
52,
54,
358
1787
1990Bu17
1990Bu28
PRVCA
YAFIA
42,
52,
499
305
1990Ch34
PRVCA
42,
1171
1990Ch37
PRVCA
42,
1796
1990De43
NUPAB
519,
529
1990Dy04
PYLBB
245,
343
1990En02
1990Endt
1990Fo07
1990Ge05
1990Ge12
1990Gr10
NUPAB
NUPAB
ZPAAD
PRVCA
ZDACE
ZPAAD
510,
521,
337,
41,
17,
336,
209
1
251
2878
119
247
1990Ha02
PRVCA
41,
618
1990He11
1990Ho02
PRVCA
PRVCA
41,
41,
2325
484
1990Ho03
PRVCA
41,
631
1990Ho10
NUPAB
512,
189
1990Is02
1990Is03
1990Is07
1990Is09
1990Ka01
PRVCA
ZPAAD
PRVCA
CJPHA
PRVCA
41,
335,
42,
68,
41,
1272
173
207
1237
1276
1990Ka10
PRVCA
41,
2004
1990Ka19
PRVCA
42,
563
1990Ka21
NUPAB
514,
173
1990Ka27
PRVCA
42,
1918
1990Ki07
NUPAB
512,
425
1990Ko25
PRVCA
42,
1267
1990Le03
ZPAAD
335,
117
1990Li40
NIMAE
297,
217
635
D.D. Bogdanov, V.P. Bugrov, S.G. Kadmenskiı̃
S.T. Boneva, E.V. Vasileva, V.D. Kulik, L.K. Khem, Yu. P. Popov,
A.M. Sukhovoi, V.A. Khitrov,Yu. V. Kholnov
D.G. Burke, P.E. Garrett, Tao Qu, R.A. Naumann
E. Bukhner, I.N. Vishnevsky, F.A. Danevich, Yu. G. Zdesenko, H.V. Klapdor, B.N. Kropivyansky, V.N. Kuts, A. Piepke, V.I. Tretyak, G. Heusser,
J. Schneider, H. Strecker
R.M. Chasteler, J.M. Nitschke, R.B. Firestone, K.S. Vierinen,
P.A. Wilmarth
R.M. Chasteler, J.M. Nitschke, R.B. Firestone, K.S. Vierinen,
P.A. Wilmarth
C. Détraz, R. Anne, P. Bricault, D. Guillemaud-Mueller, M. Lewitowicz, A.C. Mueller, Yu Hu Zhang, V. Borrel, J.C. Jacmart, F. Pougheon,
A. Richard, D. Bazin, J.P. Dufour, A. Fleury, F. Hubert, M.S. Pravikoff
G.R. Dyck, M.H. Sidky, J.G. Hykawy, C.A. Lander, K.S. Sharma, R.C. Barber, H.E. Duckworth
P.M. Endt, C. Alderliesten, F. Zijderhand, A.A. Wolters, A.G.M. van Hees
P.M. Endt
B. Fogelberg, Y. Zongyuan, B. Ekström, E. Lund, K. Aleklett, L. Sihver
R.J. Gehrke, C. Casey, R.K. Murray
Ch. Gerz, D. Wilsdorf, G. Werth
M. Graefenstedt, P. Jürgens, U. Keyser, F. Münnich, F. Schreiber, K. Balog,
T. Winkelmann, H.R. Faust, B. Pfeiffer
H.L. Hall, K.E. Gregorich, R.A. Henderson, C.M. Gannett, R.B. Chadwick,
J.D. Leyba, K.R. Czerwinski, B. Kadkhodayan, S.A. Kreek, D.M. Lee,
M.J. Nurmia, D.C. Hoffman, C.E.A. Palmer, P.A. Baisden
M. Hellström, B. Fogelberg, L. Spanier, H. Mach
R.W. Hoff, S. Drissi, J. Kern, W. Strassmann, H.G. Börner, K. Schreckenbach, G. Barreau, W.D. Ruhter, L.G. Mann, D.H. White, J.H. Landrum,
R.J. Dupzyk, R.F. Casten, W.R. Kane, D.D. Warner
D.C. Hoffman, D.M. Lee, K.E. Gregorich, M.J. Nurmia, R.B. Chadwick,
K.B. Chen, K.R. Czerwinski, C.M. Gannett, H.L. Hall, R.A. Henderson,
B. Kadkhodayan, S.A. Kreek, J.D. Leyba
F. Hoyler, J. Jolie, G.G. Colvin, H.G. Börner, K. Schreckenbach,
P. Van Isacker, P. Fettweis, H. Göktürk, J.C. Dehaes, R.F. Casten,
D.D. Warner, A.M. Bruce
M.A. Islam, T.J. Kennett, W.V. Prestwich
M.A. Islam, T.J. Kennett, W.V. Prestwich
M.A. Islam, T.J. Kennett, W.V. Prestwich
M.A. Islam, T.J. Kennett, W.V. Prestwich
S. Kato, S. Kubono, M.H. Tanaka, M. Yasue, T. Nomura, Y. Fuchi, Y. Funatsu, S. Ohkawa, T. Miyachi, K. Iwata, T. Suehiro, Y. Yoshida, O. Nitoh
S. Kato, S. Kubono, T. Nomura, Y. Fuchi, Y. Funatsu, S. Ohkawa, T. Miyachi, T. Suehiro, Y. Yoshida
S. Kato, S. Kubono, M.H. Tanaka, T. Nomura, Y. Fuchi, Y. Funatsu,
S. Ohkawa, T. Miyachi, T. Suehiro, Y. Yoshida
A. Kaerts, P.H.M. van Assche, S.A. Kerr, F. Hoyler, H.G. Börner, R.F. Casten, D.D. Warner
S. Kato, S. Kubono, M.H. Tanaka, M. Yasue, Y. Fuchi, Y. Funatsu,
S. Ohkawa, T. Miyashi, T. Suehiro, Y. Yoshida
S.W. Kikstra, C. van der Leun, P.M. Endt, J.G.L. Booten, A.G.M. van Hees,
A.A. Wolters
M.O. Kortelahti, B.D. Kern, R.A. Braga, R.W. Fink, I.C. Girit, R.L. Mlekodaj
M. Lewitowicz, R. Anne, A.G. Artukh, D. Bazin, A.V. Belozyorov,
P. Bricault, C. Détraz, D. Guillemaud-Mueller, J.C. Jacmart, E. Kashy,
A. Latimier, S.M. Lukyanov, A.C. Mueller, Yu. E. Penionzhkevich,
F. Pougheon, A. Richard, W.D. Schmidt-Ott, Y. Zhang
H. Lindner, H. Trieb, T. von Egidy, H. Hiller, J. Klora, U. Mayerhofer,
A. Walter, A.H. Wapstra
636
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
1990Ma03 PRVCA
41,
226
1990Me08
1990Me13
1990Mi23
1990Mu06
PRVCA
ZPAAD
PRLTA
NUPAB
41,
337,
25,
513,
2921
109
3092
1
1990Ne.A
1990Ne.B
1990Ni05
PrvCom
P-Monterey
ZPAAD
336,
Gizon
1990Og01
PYLBB
235,
35
1990Pi05
1990Po13
NUPAB
IANFA
510,
54,
301
852
1990Pr02
1990Ri01
CJPHA
PYLBB
68,
235,
261
30
1990Ru02
1990Sa16
JPGPE
PRVCA
16,
41,
255
2418
1990Sa32
ZPAAD
337,
161
1990Sa.A
1990Se17
Th.-Gottingen
FZKAA
22,
183
1990Sh15
1990Sh.A
1990So08
1990St13
1990Ta07
1990Tu01
IMPAE
5,
AnRpt LBL
PRAMC
35,
ZPAAD
336,
ZPAAD
335,
ZPAAD
337,
2821
114
329
369
477
361
1990Tu.A
1990Va18
Wallet Cards
MPLAE
5,
1299
1990Wa22 NIMAE
1990We01 PRVCA
1990Wi12 PRVCA
292,
41,
42,
473
671
778
954
H. Mach, E.K. Warburton, R.L. Gill, R.F. Casten, J.A. Becker, B.A. Brown,
J.A. Winger
J.T. Meek, W.G. Millen, G.W. Stockton, R.T. Kouzes
K.A. Mezilev, Yu. N. Novikov, A.V. Popov, Yu. Ya. Sergeev, V.I. Tikhonov
H.S. Miley, F.T. Avignone III, R.L. Brodzinski, J.I. Collar, J.H. Reeves
A.C. Mueller, D. Guillemaud-Mueller, J.C. Jacmart, E. Kashy,
F. Pougheon, A. Richard, A. Staudt, H.V. Klapdor-Kleingrothaus, M. Lewitowicz, R. Anne, P. Bricault, C. Détraz, Yu. E. Penionzhkevich, A.G. Artukh, A.V. Belozyorov, S.M. Lukyanov, D. Bazin, W.D. Schmidt-Ott
R. Neugart
Zs. Netmeth, Karlsruhe
V. Ninov, F.P. Heßberger, P. Armbruster, S. Hofmann, G. Münzenberg,
M. Leino, Y. Fujita, D. Ackermann, W. Morawek, A. Lüttgen
A.A. Ogloblin, N.I. Venikov, S.K. Lisin, S.V. Pirozhkov, V.A. Pchelin, Yu. F. Rodionov, V.M. Semochkin, V.A. Shabrov, I.K. Shvetsov,
V.M. Shubko, S.P. Tretyakova, V.L. Mikheev
Š. Piskoř, W. Schäferlingová
A.V. Potempa, V.P. Afanasjev, Ya. Vavryshchuk, K. Ya. Gromov,
V.G. Kalinnikov, N. Yu. Kovotskii, V.V. Kuznetsov, M. Lewandowski,
Ya. A. Saidimov, M. Yakhim, Zh. Sereter, V.I. Fominykh, V. Charnadski,
Yu. V. Yushkevich, M. Yanistki, A. Yasinski
W.V. Prestwich, T.J. Kennett, and erratum CJPHA 68,1352
K. Riisager, M.J.G. Borge, H. Gabelmann, P.G. Hansen, L. Johannsen,
B. Jonson, W. Kurcewicz, G. Nyman, A. Richter, O. Tengblad, K. Wilhelmsen, ISOLDE
E. Ruchowska, J. Żylicz, C.F. Liang, P. Paris, Ch. Briançon
K.E. Sale, T.-F. Wang, R.N. Boyd, G.J. Mathews, D.W. Heikkinen,
M.L. Roberts, M.S. Islam, P.B. Corn
H. Salewski, K. Becker, W.-D. Schmidt-Ott, T. Hild, F. Meissner, E. Runte,
R. Michaelsen
H. Salewski
H. Seyfarth, H.H. Guven, B. Kardon, G. Lhersonneau, K. Sistemich,
S. Brant, N. Kaffrell, P. Maier-Komor, H.K. Vonach, V. Paar, D. Vorkapic,
R.A. Meyer
R.K. Sheline, C.F. Liang, P. Paris
A.A. Shihab-Eldin, et al
P.C. Sood, R.K. Sheline
U. Stöhlker, A. Blönnigen, W. Lippert, H. Wollnik
I. Tago, Y. Kawase, K. Okano
X.L. Tu, X.G. Zhou, D.J. Vieira, J.M. Wouters, Z.Y. Zhou, H.L. Seifert,
V.G. Lind
J.K. Tuli
A.A. Vasenko, I.V. Kirpichnikov, V.A. Kuznetsov, A.S. Starostin,
A.G. Djanyan, V.S. Pogosov, S.P. Shachysisyan, A.G. Tamanyan
A.H. Wapstra
D. Weselka, P. Hille, A. Chalupka
J.A. Winger, J.C. Hill, F.K. Wohn, E.K. Warburton, R.L. Gill, A. Piotrowski, R.B. Schuhmann, D.S. Brenner
1991
1991Aj01
1991An10
NUPAB
ZPAAD
523,
338,
1
363
1991Ay.A
1991Ba06
P-Foros
NUPAB
523,
261
1991Be25
NUPAB
533,
113
F. Ajzenberg-Selove
A.N. Andreyev, D.D. Bogdanov, V.I. Chepigin, A.P. Kabachenko,
O.N. Malyshev, G.M. Ter-Akopian, A.V. Yeremin
J. Äystö, et al
M.K. Balodis, N.D. Kramer, P.T. Prokofjev, A.V. Afanasjev, T.V. Guseva,
J.J. Tambergs, K. Schreckenbach, W.F. Davidson, D.D. Warner, J.A. Pinston, P.H.M. van Assche, A.M.J. Spits
A. Ben Braham, C. Bourgeois, P. Kilcher, F. Le Blanc, B. Roussière,
J. Sauvage, A.J. Kreiner, M.G. Porquet, ISOCELE
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
1991Be33
1991Bi04
PRLTA
PRVCA
67,
44,
3661
1208
1991Bl05
PRVCA
44,
325
1991Bo20
PRVCA
44,
888
1991Bo22
ZPAAD
339,
311
1991Bo35
NUPAB
534,
255
1991Ej02
PYLBB
258,
17
1991El04
1991Fi03
1991Go19
JPGPE
PRVCA
NUPAB
17,
43,
531,
S145
1066
613
1991Gr12
NUPAB
530,
401
1991Gr13
PRVCA
44,
1728
1991He04
ZPAAD
338,
7
1991He21
ZPAAD
340,
225
1991Hi02
PRVCA
43,
2591
1991Hi.A
AnRpt LBL
1991Ho05
JPGPE
17,
145
1991Ho08
1991Hy01
CZYPA
PRLTA
41,
67,
525
1708
1991Is01
1991Is02
1991Jo11
PRVCA
CJPHA
ZPAAD
43,
69,
340,
1086
658
21
1991Ju05
ZPAAD
340,
125
1991Ka41
PYLBB
256,
105
1991Ke06
NIMAE
300,
67
1991Ke08
ZPAAD
339,
355
1991Ke10
NUPAB
534,
77
69
637
M. Bernas, P. Armbruster, S. Czajkowski, H. Faust, J.P. Bocquet, R. Brissot
C.R. Bingham, M.B. Kassim, M. Zhang, Y.A. Akovali, K.S. Toth,
W.D. Hamilton, H.K. Carter, J. Kormicki, J. von Schwarzenberg, M.M. Jarrio
S. Blagus, D. Miljanic, M. Zadro, G. Calvi, M. Lattuada, F. Riggi, C. Spitaleri, C. Blyth, O. Karban
R. Bonetti, C. Chiesa, A. Guglielmetti, C. Migliorino, A. Cesana, M. Terrani, P.B. Price
A. Bouldjedri, A. Astier, R. Béraud, R. Duffait, A. Emsallem, H. Haas,
ISOLDE
H.G. Börner, R.F. Casten, I. Förster, D. Lieberz, P. von Brentano,
S.J. Robinson, T. von Egidy, G. Hlawatsch, H. Lindner, P. Geltenbort,
F. Hoyler, H. Faust, G. Colvin, W.R. Kane, M. MacPhail
H. Ejiri, K. Fushimi, T. Kamada, H. Kinoshita, M. Kobiki, H. Ohsumi,
K. Okada, H. Sano, T. Shibata, T. Shima, N. Tanabe, J. Tanaka,
T. Taniguchi, T. Watanabe, N. Yamamoto
S.R. Elliott, M.K. Moe, M.A. Nelson, M.A. Vient
R.B. Firestone, J. Gilat, J.M. Nitschke, P.A. Wilmarth, K.S. Vierinen
M.G. Gornov, Yu. B. Gurov, P.V. Morokhov, V.A. Pechkurov, V.I. Savelyev, F.M. Sergeev, B.A. Chernyshev, R.R. Shafigullin, A.V. Shishkov,
V.P. Koptev, K.O. Oganesyan, B.P. Osipenco
J.C. Griffin, R.A. Braga, R.W. Fink, J.L. Wood, H.K. Carter, R.L. Mlekodaj,
C.R. Bingham, E. Coenen, M. Huyse, P. Van Duppen
V. Grafen, B. Ackermann, H. Baltzer, T. Bihn, C. Günther, J. de Boer,
N. Gollwitzer, G. Graw, R. Hertenberger, H. Kader, A. Levon, A. Lösch
K. Heiguchi, T. Hosoda, T. Komatsubara, T. Nomura, K. Furuno,
R. Nakatani, S. Mitarai, T. Kuroyanagi
F. Heine, T. Faestermann, A. Gillitzer, J. Homolka, M. Köpf, W. Wagner,
see also 92He. A
J.C. Hill, D.D. Schwellenbach, F.K. Wohn, J.A. Winger, R.L. Gill, H. Ohm,
K. Sistemich
M.M. Hindi, K.L. Wedding, E.B. Norman, K.T. Lesko, B. Sur, R.M. Larimer, M.T.F. da Cruz, K.R. Czerwinski
T.H. Hoare, P.A. Butler, G.D. Jones, M. Loiselet, O. Naviliat-Cuncic,
J. Vervier, M. Dahlinger, A.M.Y. El-Lawindy, R. Wadsworth, D.L. Watson
J. Honzatko, K. Konecny, Z. Kosina
J.G. Hykawy, J.N. Nxumalo, P.P. Unger, C.A. Lander, R.C. Barber,
K.S. Sharma, R.D. Peters, H.E. Duckworth
M.A. Islam, T.J. Kennett, W.V. Prestwich
M.A. Islam, T.J. Kennett, W.V. Prestwich
A. Jokinen, J. Äystö, P. Dendooven, K. Eskola, Z. Janas, P.P. Jauho,
M.E. Leino, J.M. Parmonen, H. Penttilä, K. Rykaczewski, P. Taskinen
A. Jungclaus, K.P. Lieb, C.J. Gross, J. Heese, D. Rudolph, D.J. Blumenthal,
P. Chowdhury, P.J. Ennis, C.J. Lister, C. Winter, J. Eberth, S. Skoda,
M.A. Bentley, W. Gelletly, B.J. Varley
H. Kawakami, S. Kato, T. Ohshima, S. Shibata, K. Ukai, N. Morikawa,
N. Nogawa, K. Haga, T. Nagafuchi, M. Shigeta, Y. Fukushima,
T. Taniguchi
H. Keller, R. Kirchner, O. Klepper, E. Roeckl, D. Schardt, R.S. Simon,
P. Kleinheinz, C.F. Liang, P. Paris
H. Keller, R. Barden, R. Kirchner, O. Klepper, E. Roeckl, D. Schardt,
I.S. Grant, A. Plochocki, K. Rykaczewski, J. Szerypo, J. Żylicz, ISOLDE
J. Kern, A. Raemy, W. Beer, J.-Cl. Dousse, W. Schwitz, M.K. Balodis,
P.T. Prokofjev, N.D. Kramer, L.I. Simonova, R.W. Hoff, D.G. Gardner,
M.A. Gardner, R.F. Casten, R.L. Gill, R. Eder, T. von Egidy, E. Hagn,
P. Hungerford, H.J. Scheerer, H.H. Schmidt, E. Zech, A. Chalupka,
A.V. Murzin, V.A. Libman, I.V. Kononenko, C. Coceva, P. Giacobbe,
I.A. Kondurov, Yu. E. Loginov, P.A. Sushkov, S. Brant, V. Paar
638
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
1991Ke11
ZPAAD
340,
363
1991Ki04
NUPAB
529,
39
1991Kl02
PRVCA
44,
2801
1991Ko.A
1991Ko.B
1991Kr15
P-Minsk
P-Niigata
ZPAAD
340,
117
187
419
1991Kr.A
1991Le15
AnRpt LBL
ZPAAD
340,
57
107
1991Ly01 PRVCA
44,
1991Mc.A ORNL-6660
764
63
1991Me05 ZPAAD
339,
315
1991Mi08
1991Mi15
ZPAAD
NUPAB
338,
530,
371
211
1991No07
JPGPE
17,
S291
1991Or01
PYLBB
258,
29
1991Pr02
1991Ra01
PRVCA
PRVCA
43,
43,
1781
521
1991Re.A
1991Ro07
PrvCom
PRLTA
GAu
67,
Sep
957
1991Ro.A
1991Ry01
1991Se01
P-PacGrove
ADNDA
47,
ZPAAD
338,
440
205
245
1991Sh19
PRVCA
44,
2439
1991Su09
PRLTA
66,
2444
1991To08
PRVCA
44,
1868
1991To09
1991Tu02
1991Va04
1991Wa.A
1991Zh24
ZPAAD
PRLTA
NUPAB
PrvCom
PYLBB
340,
67,
529,
AHW
260,
343
3211
268
1991Zl01
PRLTA
67,
560
285
H. Keller, R. Kirchner, O. Klepper, E. Roeckl, D. Schardt, R.S. Simon, P. Kleinheinz, R. Menegazzo, C.F. Liang, P. Paris, K. Rykaczewski,
J. Żylicz, and Thesis H. Keller THD report GSI-91-6 February 1991
S.W. Kikstra, Z. Guo, C. van der Leun, P.M. Endt, S. Raman,
T.A. Walkiewicz, J.W. Starner, E.T. Jurney, I.S. Towner
N. Klay, F. Kaeppeler, H. Beer, G. Schatz, H. Börner, F. Hoyler, S.J. Robinson, K. Schreckenbach, B. Krusche, U. Mayerhofer, G. Hlawatsch,
H. Lindner, T. von Egidy, W. Andrejtscheff, P. Petkov
I.A. Kondurov, Yu. E. Loginov, P.A. Sushkov
T. Kobayashi
K.-L. Kratz, H. Gabelmann, P. Möller, B. Pfeiffer, H.L. Ravn, A. Wöhr,
ISOLDE
S.A. Kreek, et al
M. Lewandowski, A.W. Potempa, V.I. Fominikh, K.Y. Gromov, M. Janicki, J.V. Juschkevich, V.G. Kalinnikov, N.J. Kotovskij, V.V. Kuznetsov,
N. Raschkova, J.A. Sajdimov, J. Wawryszczuk
J.E. Lynn, E.T. Jurney, S. Raman
J.H. McNeill, Y.A. Akovali, C.R. Bingham, J. Breitenbach, H.K. Carter,
J.D. Garrett, J. Kormicki, P.F. Mantica
F. Meissner, W.-D. Schmidt-Ott, K. Becker, U. Bosch-Wicke, U. Ellmers,
H. Salewski, R. Michaelsen
S. Michaelsen, K.P. Lieb, S.J. Robinson
B.J. Min, S. Suematsu, S. Mitarai, T. Kuroyanagi, K. Heiguchi, M. Matsuzaki
E.B. Norman, B. Sur, K.T. Lesko, M.M. Hindi, R.-M. Larimer, T,R. Ho,
J.T. Witort, P.N. Luke, W.L. Hansen, E.E. Haller
N.A. Orr, W. Mittig, L.K. Fifield, M. Lewitowicz, E. Plagnol, Y. Schutz,
W.L. Zhan, L. Bianchi, A. Gillibert, A.V. Belozyorov, S.M. Lukyanov,
Yu. E. Penionzhkevich, A.C.C. Villari, A. Cunsolo, A. Foti, G. Audi,
C. Stephan, L. Tassan-Got, and PrvCom GAu December 1990, and
erratum PYLBB 271(1991)468
P.B. Price, K.J. Moody, E.K. Hulet, R. Bonetti, C. Migliorino
S. Raman, T.A. Walkiewicz, S. Kahane, E.T. Jurney, J. Sa, Z. Gacsi,
J.L. Weil, K. Allaart, G. Bonsignori, J.F. Shriner,Jr.
G. Reusen, M. Huyse
R.G.H. Robertson, T.J. Bowles, G.J. Stephenson,Jr., D.L. Wark, J.F. Wilkerson, D.A. Knapp
S.J. Robinson, H.G. Börner, S. Judge, J. Jolie, P. Schillebeeckx
A. Rytz
P.J. Sellin, P.J. Woods, R.D. Page, S.J. Bennett, R.A. Cunningham,
M. Freer, B.R. Fulton, M.A.C. Hotchkis, A.N. James
K.S. Sharma, E. Hagberg, G.R. Dyck, J.C. Hardy, V.T. Koslowsky,
H. Schmeing, R.C. Barber, S. Yuan, W. Perry, M. Watson
B. Sur, E.B. Norman, K.T. Lesko, M.M. Hindi, R.-M. Larimer, P.N. Luke,
W.L. Hansen, E.E. Haller
K.S. Toth, K.S. Vierinen, M.O. Kortelahti, D.C. Sousa, J.M. Nitschke,
P.A. Wilmarth
K.S. Toth, K.S. Vierinen, J.M. Nitschke, P.A. Wilmarth, R.M. Chasteler
A.L. Turkevich, T.E. Economou, G.A. Cowan
P. Van Duppen, P. Decrock, P. Dendooven, M. Huyse, G. Reusen, J. Wauters
A.H. Wapstra
X.G. Zhou, X.L. Tu, J.M. Wouters, D.J. Vieira, K.E.G. Lobner, H.L. Seifert,
Z.Y. Zhou, G.W. Butler
I. Žlimen, A. Ljubičić, S. Kaučić, B.A. Logan
1992
1992Al.A
B-Bernkastel
PC2
D.V. Aleksandrov, Yu. A. Glukhov, E. Yu. Nikolskii, B.G. Novatskii,
A.A. Ogloblin, D.N. Stepanov
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
1992An04
ZPAAD
342,
123
1992An.A
P-Bernkastel
1992Ay02
PRLTA
69,
1167
1992Ba01
PRVCA
45,
69
1992Ba28
ZPAAD
342,
125
1992Ba.A
1992Be17
P-Bernkastel
ZPAAD
341,
777
155
1992Be30
PRLTA
69,
2341
1992Be.A
1992Bo02
1992Bo05
IPNO-DRE-25
NUPAB
536,
NUPAB
539,
260
249
1992Bo28
JMOPE
39,
257
1992Bo37
ZPAAD
344,
135
1992Bo.B
1992Bo.D
PrvCom AHW
P-Bernkastel
Apr
743
1992Br17
1992Bu10
1992Bu12
1992Ch27
1992Co23
1992Cz.A
1992Da03
1992Do10
NUPAB
ZPAAD
NUPAB
PRLTA
PYLBB
LBL-32
ARISE
PRVCA
542,
342,
550,
69,
295,
43,
46,
1
403
179
3151
143
233
69
2127
1992El07
1992Ga15
1992Go10
PRVCA
NUPAB
PRVCA
46,
550,
46,
1535
1
833
1992Gr02
PRVCA
45,
1058
1992Gr06
NIMAE
311,
512
1992Gr09
ZPAAD
341,
247
1992Gr.A
P-Bernkastel
1992Gu03
1992Ha10
1992Ha15
1992Ha21
NUPAB
PRVCA
NIMAE
ZPAAD
759
540,
45,
313,
343,
77
117
1609
237
7
639
A.N. Andreyev, D.D. Bogdanov, V.I. Chepigin, A.P. Kabachenko,
O.N. Malyshev, R.N. Sagajdak, G.M. Ter-Akopian, A.V. Yeremin
A.N. Andreyev, D.D. Bogdanov, V.I. Chepigin, M. Florek,
A.P. Kabachenko, O.N. Malyshev, S. Saro, G.M. Ter-Akopian, M. Veselsky, A.V. Yeremin
J. Äystö, A. Astier, T. Enqvist, K. Eskola, Z. Janas, A. Jokinen, K.-L. Kratz,
M. Leino, H. Penttilä, B. Pfeiffer, J. Żylicz
D. Bazin, R. Del Moral, J.P. Dufour, A. Fleury, F. Hubert, M.S. Pravikoff,
R. Anne, P. Bricault, C. Détraz, M. Lewitowicz, Y. Zheng, D. GuillemaudMueller, J.C. Jacmart, A.C. Mueller, F. Pougheon, A. Richard
K. Balog, M. Graefenstedt, M. Groß, P. Jürgens, U. Keyser, F. Münnich,
T. Otto, F. Schreiber, T. Winkelmann, J. Wulff, ISOLDE
P.H. Barker, S.A. Brindhaban
M.R. Beitins, S.T. Boneva, V.A. Khitrov, L.A. Malov, Y.P. Popov,
P.T. Prokofjev, G.L. Rezvaya, L.I. Simonova, A.M. Sukhovoj,
E.V. Vasilieva
T. Bernatowicz, J. Brannon, R. Brazzle, R. Cowsik, C. Hohenberg, F. Podosek
M. Bernas, et al
R. Böttger, H. Schölermann
M.J.G. Borge, D.G. Burke, H. Gietz, P. Hill, N. Kaffrell, W. Kurcewicz,
G. Løvhøiden, S. Mattsson, R.A. Naumann, K. Nybø, G. Nyman,
T.F. Thorsteinsen, ISOLDE
G. Bollen, H.-J. Kluge, Th. Otto, G. Savard, L. Schweikhard, H. Stolzenberg, G. Audi, R.B. Moore, G. Rouleau, ISOLDE, and PrvCom GAu
November 1991
V. Borrel, R. Anne, D. Bazin, C. Borcea, G.G. Chubarian, R. Del Moral,
C. Détraz, S. Dogny, J.P. Dufour, L. Faux, A. Fleury, L.K. Fifield,
D. Guillemaud-Mueller, F. Hubert, E. Kashy, M. Lewitowicz, C. Marchand, A.C. Mueller, F. Pougheon, M.S. Pravikoff, M.G. Saint-Laurent,
O. Sorlin
R. Böttger
V.A. Bolshakov, A.G. Dernjatin, K.A. Mezilev, Yu. N. Novikov,
A.V. Popov, Yu. Ya. Sergeev, V.I. Tikhonov, V.A. Sergienko, G.V. Veselov
A.M. Bruce, W. Gelletly, G.G. Colvin, P. Van Isacker, D.D. Warner
D. Bucurescu, M.S. Rapaport, C.F. Liang, P. Paris, G. Cata-Danil
D.G. Burke, P.E. Garrett
M. Chen, D.A. Imel, T.J. Radcliffe, H. Henrikson, F. Boehm
E. Cosulich, G. Gallinaro, F. Gatti, S. Vitale
K.R. Czerwinski (thesis)
J. Dalmasso, G. Barci-Funel, G.J. Ardisson
J. Döring, G. Winter, L. Funke, B. Cederwall, F. Lidén, A. Johnson,
A. Atac, J. Nyberg, G. Sletten, M. Sugawara
S.R. Elliott, A.A. Hahn, M.K. Moe, M.A. Nelson, M.A. Vient
P.E. Garret, D.G. Burke
J. Görres, M. Wiescher, K. Scheller, D.J. Morrissey, B.M. Sherrill,
D. Bazin, J.A. Winger
K.E. Gregorich, H.L. Hall, R.A. Henderson, J.D. Leyba, K.R. Czerwinski,
S.A. Kreek, B.A. Khadkodayan, M.J. Nurmia, D.M. Lee, D.C. Hoffman
M. Groß, P. Jürgens, U. Keyser, S. Kluge, M. Mehrtens, S. Müller,
F. Münnich, J. Wulff
H. Grawe, P. Hoff, J.P. Omtvedt, K. Steffensen, R. Eder, H. Haas, H. Ravn,
ISOLDE
M. Groß, P. Jürgens, S. Kluge, M. Mehrtens, S. Müller, F. Münnich,
J. Wulff, see also 87Gr18
Z. Guo, C. Alderliesten, C. van der Leun, P.M. Endt
E. Hagberg, X.J. Sun, V.T. Koslowsky, H. Schmeing, J.C. Hardy
F.X. Hartmann, R.A. Naumann
A. Harder, S. Michaelsen, A. Jungclaus, K.P. Lieb, A.P. Williams,
H.G. Börner, M. Trautmannsheimer
640
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
1992Ha22
PRVCA
46,
1873
1992Ha.B
P-Bernkastel
1992He.A
1992Ho09
1992Hu04
P-Bernkastel
PYLBB
287,
PRVCA
46,
1992Id01
ZPAAD
341,
427
1992Jo05
NUPAB
549,
420
1992Ju01
PRLTA
69,
2164
1992Ke06
1992Kr01
PHSTB
PRVCA
46,
45,
575
1064
1992Kr.A
1992Li09
AnRpt LBL
ZPAAD
341,
58
401
783
1992Lo.B UCRL-JC-109951
1992Me10 ZPAAD
343,
331
381
1209
283
1992Mo03 PRVCA
1992Mo15 ZPAAD
45,
342,
1392
273
1992Mo25 PRVCA
1992Mu12 ZPAAD
46,
342,
2624
393
1992Os04
ZPAAD
343,
489
1992Pa05
PRLTA
68,
1287
1992Po14
BRSPE
56,
666
1992Pr03
1992Pr04
1992Ra18
1992Ra19
1992Ro21
ZPAAD
ZPAAD
PRVCA
PRVCA
HYIND
342,
342,
46,
46,
75,
23
27
2241
972
457
1992Sa03
NUPAB
540,
83
1992Sc16
NUPAB
545,
646
1992Sc.A
P-Bernkastel
627
T.M. Hamilton, K.E. Gregorich, D.M. Lee, K.R. Czerwinski, N.J. Hannink,
C.D. Kacher, B. Kadkhodayan, S.A. Kreek, M.J. Nurmia, M.R. Lane,
M.P. Neu, A. Türler, D.C. Hoffman
E. Hagberg, V.T. Koslowsky, I.S. Towner, J.C. Hardy, J.G. Hykawy,
G. Savard, T. Shinozuka, P.P. Unger, H. Schmeing
F. Heine, T. Faestermann, A. Gillitzer, H.J. Körner
E. Holzschuh, M. Fritschi, W. Kündig
M. Huyse, P. Decrock, P. Dendooven, G. Reusen. P. Van Duppen,
J. Wauters
N. Idrissi, A. Gizon, J. Genevey, P. Paris, V. Barci, D. Barnéoud, J. Blachot,
D. Bucurescu, R. Duffait, J. Gizon, C.F. Liang, B. Weiss
A. Jokinen, J. Äystö, P.P. Jauho, M. Leino, J.M. Parmonen, H. Penttilä,
K. Eskola, Z. Janas
M. Jung, F. Bosch, K. Beckert, H. Eickhoff, H. Folger, B. Franzke,
A. Gruber, P. Kienle, O. Klepper, W. Koenig, C. Kozhuharov, R. Mann,
R. Moshammer, F. Nolden, U. Schaaf, G. Soff, P. Spädtke, M. Steck,
T. Stöhlker, K. Sümmerer
J. Kern, T. Engel, D. Hagena, G. Werth
J.V. Kratz, M.K. Gober, H.P. Zimmermann, M. Schädel, W. Brüchle,
E. Schimpf, K.E. Gregorich, A. Türler, N.J. Hannink, K.R. Czerwinski,
B. Kadkhodayan, D.M. Lee, M.J. Nurmia, D.C. Hoffman, H. Gäggeler,
D. Jost, J. Kovacs, U.W. Scherer, A. Weber
S.A. Kreek, et al
C.F. Liang, P. Paris, A. Gizon, V. Barci, D. Barneou, R. Béraud, J. Blachot,
Ch. Briançon, J. Genevey, R.K. Sheline, and PrvCom GAu September
1992
R.W. Lougheed, et al
F. Meissner, H. Salewski, W.-D. Schmidt-Ott, U. Bosch-Wicke,
R. Michaelsen
K.J. Moody, E.K. Hulet, P.B. Price
D.M. Moltz, J.C. Batchelder, T.F. Lang, T.J. Ognibene, J. Cerny,
P.E. Haustein, P.L. Reeder
K.J. Moody, R.W. Lougheed, E.K. Hulet
J. Mukai, A. Odahara, R. Nakatani, Y. Haruta, H. Tomura, B.J. Min,
K. Heiguchi, S. Suematsu, S. Mitarai, T. Kuroyanagi
A.N. Ostrowski, H.G. Bohlen, A.S. Demyanova, B. Gebauer,
R. Kalpakchieva, Ch. Langner, H. Lenske, M. von Lucke-Petsch,
W. von Oertzen, A.A. Ogloblin, Y.E. Penionzhkevich, M. Wilpert,
Th. Wilpert
R.D. Page, P.J. Woods, R.A. Cunningham, T. Davinson, N.J. Davis, S. Hofmann, A.N. James, K. Livingston, P.J. Sellin, A.C. Shotter
A.V. Potempa, K. Ya. Gromov, J. Wawryszczuk, V.G. Kalinnikov, V.V. Kuznetsov, M. Levandovsky, J. Saraatar, Ya. Saidimov,
V.I. Fominykh, Yu. V. Yushkevich, M.B. Yuldashev
M. Przewloka, A. Przewloka, P. Wächter, H. Wollnik
M. Przewloka, A. Przewloka, P. Wächter, H. Wollnik
S. Raman, J.L. Campbell, A. Prindle, R. Gunnink, J.C. Palathingal
S. Raman, E.T. Jurney, J.W. Starner, J.E. Lynn
I. Romanski, I. Berkes, D.E. Brown, M. De Jesus, R. Eder, I.S. Grant,
E. Hagn, P. Harding, P. Herzog, B. Hinfurtner, B. Kastelein, H. Postma,
J. Prinz, P. Richards, K. Schlosser, N.J. Stone, L. Vanneste, E. Zech,
NICOLE, ISOLDE
J. Sauvage, C. Bourgeois, P. Kilcher, F. Le Blanc, B. Roussière,
M.I. Macias-Marques, F. Bragança Gil, M.G. Porquet, H. Dautet,
ISOCELE
W.-D. Schmidt-Ott, H. Salewski, F. Meissner, U. Bosch-Wicke, P. Koschel,
V. Kunze, R. Michaelsen
W.-D. Schmidt-Ott, K. Becker, U. Bosch-Wicke, T. Hild, F. Meissner,
R. Kirchner, E. Roeckl, K. Rykaczewski
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
1992Sh.A
P-Bernkastel
1992Te03
ZPAAD
342,
303
1992Th06
NUPAB
548,
71
1992To02
1992Ul.A
1992Wa06
1992Wo03
PRVCA
PrvCom
PRVCA
ARISE
45,
AHW
45,
43,
856
Mar
1597
551
1992Wu09 ZPAAD
344,
205
46,
510
1992Xu04
PRVCA
31
641
K.S. Sharma, P. Unger, G.R. Dyck, R.C. Barber, E. Hagberg, J.G. Hykawy,
V.T. Koslowsky, J.C. Hardy, H. Schmeing, G. Savard, W. Perry, M. Watson,
and PrvCom AHW October 1992
O. Tengblad, M.J.G. Borge, L. Johannsen, B. Jonson, M. Lindroos, T. Nilsson, G. Nyman, A. Poves, H.L. Ravn, J. Retamosa, K. Riisager, P. Sona,
K. Wilhelmsen, ISOLDE
K. Theine, A.P. Byrne, H. Hubel, M. Murzel, R. Chapman, D. Clarke,
F. Khazaie, J.C. Lisle, J.N. Mo, J.D. Garrett, H. Ryde, R. Wyss
K.S. Toth, H.J. Kim, J.W. McConnell, C.R. Bingham, D.C. Sousa
S. Ulbig
T.A. Walkiewicz, S. Raman, E.T. Jurney, J.W. Starner, J.E. Lynn
D.H. Woods, S.A. Woods, M.J. Woods, J.L. Makepeace, C.W.A. Downey,
D. Smith, A.S. Munster, S.E.M. Lucas, H. Sharma
S. Wüstenbecker, H.W. Becker, H. Ebbing, W.H. Schulte, M. Berheide,
M. Buschmann, C. Rolfs, G.E. Mitchell, J.S. Schweitzer
S.-W. Xu, J.-S. Guo, S.-G. Yuan, M.-Q. Liu, E. Hagberg, V.T. Koslowsky,
J.C. Hardy, G. Dyck, H. Schmeing, and erratum PRVCA 46(1992)2644
1993
1993Ab11
1993Al03
PYLBB
ZPAAD
316,
344,
26
425
1993An07
ZPAAD
345,
247
1993An19
NIMAE
330,
125
1993As02
1993Ba12
1993Be21
1993Be46
PRVCA
PRVCA
PRVCA
ZPAAD
47,
47,
48,
346,
2954
2038
R1
325
1993Bl.A
AnRpt GSI
1993Bo01
NUPAB
551,
54
1993Bo03
ZPAAD
344,
381
1993Bo26
NUPAB
562,
32
1993Bo.A
1993Br22
AnRpt GSI
NUPBB
31,
65
76
1993Bu02
1993Ch21
PRVCA
PRVCA
47,
48,
131
109
1993Di03
PRVCA
47,
2916
53
H. Abele, G. Helm, U. Kania, C. Schmidt, J. Last, D. Dubbers
G.D. Alkhazov, L.H. Batist, A.A. Bykov, F.V. Moroz, S. Yu. Orlov,
V.K. Tarasov, V.D. Wittmann
A.N. Andreyev, D.D. Bogdanov, V.I. Chepigin, A.P. Kabachenko,
O.N. Malyshev, R.N. Sagaidak, G.M. Ter-Akopian, M. Veselsky,
A.V. Yeremin
A.N. Andreyev, D.D. Bogdanov, V.I. Chepigin, V.A. Gorshkov,
K.V. Mikhailov, A.P. Kabachenko, G.S. Popeko, S. Daro, G.M. TerAkopian, A.V. Yeremin
K. Ashktorab, J.W. Jänecke, F.D. Becchetti, D.A. Roberts
J.C. Batchelder, D.M. Moltz, T.J. Ognibene, M.W. Rowe, J. Cerny
G.E. Berman, M.L. Pitt, F.P. Calaprice, M.M. Lowry
P. Bednarczyk, G. de Angelis, P. Spolaore, D. Ackermann, J. Rico, D. Bazzacco, S. Lunardi, L. Müller, C. Rossi Alvarez, F. Scarlassara, G.F. Segato,
F. Soramel
B. Blank, S. Andriamonje, R. Del Moral, J.P. Dufour, A. Fleury, T. Josso,
M.S. Pravikoff, S. Czajkowski, Z. Janas, A. Piechaczek, E. Roeckl, K.H. Schmidt, K. Sümmerer, W. Trinder, M. Weber, T. Brohm, A. Grewe,
E. Hanelt, A. Heinz, A. Junghans, C. Rohl, S. Steinhauser, B. Voss,
M. Pfützner
V.A. Bondarenko, I.L. Kuvaga, P.T. Prokofjev, V.A. Khitrov, Yu. V. Kholnov, Le Hong Khiem, Yu. P. Popov, A.M. Sukhovoj, S. Brant, V. Paar,
V. Lopac
H.G. Bohlen, B. Gebauer,M. von Lucke-Petsch, W. von Oertzen,
A.N. Ostrowski, M. Wilpert, Th. Wilpert, H. Lenske, D.V. Alexandrov,
A.S. Demyanova, E. Nikolskii, A.A. Korsheninnikov, A.A. Ogloblin,
R. Kalpakchieva, Y.E. Penionzhkevich, Š. Piskoř
R. Bonetti, C. Chiesa, A. Guglielmetti, R. Matheoud, C. Migliorino,
A.L. Pasinetti, H.L. Ravn
F. Bosch, M. Jung
R.L. Brodzinski, F.T. Avignone, J.I. Collar, H. Courant, E. Garcia,
C.K. Guerard, W.K. Hensley, I.V. Kirpichnikov, H.S. Miley, A. Morales,
J. Morales, R. Nunez-Lagos, S.B. Osetrov, V.S. Pogosov, A.A. Pomansky,
J. Puimedon, J.H. Reeves, K. Ruddick, C. Saenz, A. Salinas, M.L. Sarsa,
A.A. Smolnikov, A.S. Starostin, A.G. Tamanyan, S.I. Vasilev, J.A. Villar
D.G. Burke, P.C. Sood, P.E. Garrett, Tao Qu, R.K. Sheline, R.W. Hoff
R.E. Chrien, B.K.S. Koene, M.L. Stelts, R.A. Meyer, S. Brant, V. Paar,
V. Lopac
D.E. DiGregorio, S. Gil, H. Huck, E.R. Batista, A.M.J. Ferrero, A.O. Gattone
642
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
1993Dm02 ARISE
44,
1097
1993Do05
PRVCA
47,
2560
1993Dr.A
P-Fribourg
1993Go37
1993Go38
1993Gr17
1993Gr.C
PRVAA
47,
IJMPD
128,
NIMAE
337,
AnRpt Berkeley
3433
47
106
76
1993Ha05
1993Ho.A
ZPAAD
345,
AnRpt GSI
143
64
1993Ja03
NUPAB
552,
340
1993Je06
PHSTB
48,
399
1993Ka12
1993Kl02
PRVCA
PRVCA
47,
47,
2452
2502
1993Li10
NUCIA
106,
163
1993Li18
PYLBB
312,
46
1993Li34
PRVCA
48,
2151
1993Li40
PRVCA
48,
3113
1993Ma50 NUPAB
1993Mi04 NUPAB
565,
552,
543
232
1993Mo01 PRLTA
70,
394
1993Mo18 NUPAB
563,
21
1993Nx01
PYLBB
302,
13
1993Nx02
PYLBB
312,
388
1993Oh02
PRVDA
47,
4840
1993Os06
NIMAE
332,
169
1993Pe11
NUPAB
561,
416
1993Po.A
1993Pr.A
PrvCom GAu
P-Fribourg
Dec
441
305
S.N. Dmitriev, Yu. Ts. Oganessian, G.V. Buklabov, Yu. P. Kharitonov,
A.F. Novgorodov, L.I. Salamatin, G. Ya. Starodub, S.V. Shishkin,
Yu. V. Yushkevich, D. Newton
J. Döring, J.W. Holcomb, T.D. Johnson, M.A. Riley, S.L. Tabor,
P.C. Womble, G. Winter
S. Drissi, M. Deleze, P.E. Garrett, J. Jolie, J. Kern, S.J. Mannanal,
P.A. Tercier, J.P. Vorlet, N. Warr, G. Mouze, C. Ythier, H.G. Borner,
F. Hoyler, S. Judge, K. Schreckenbach, A. Williams
M.V. Gorshkov, G.M. Alber, L. Schweikhard, A.G. Marshall
M.V. Gorshkov, S. Guan, A.G. Marshall
R.C. Greenwood, M.H. Putnam
K.E. Gregorich, C.D. Kacher, M.F. Mohar, D.M. Lee, M.R. Lane, E.R. Sylwester, D.C. Hoffman, M. Schädel, W. Brüchle, J.V. Kratz, R. Günther
and AnRpt GSI p.14
A. Harder, S. Michaelsen, K.P. Lieb, A.P. Williams
S. Hofmann, V. Ninov, F.P. Heßberger, H. Folger, G. Münzenberg,
H.J. Schött, P. Armbruster, A.N. Andreyev, A.G. Popeko, A.V. Yeremin,
M.E. Leino, R. Janik, S. Saro, M. Veselsky, and PrvCom AHW September
1995
Z. Janas, J. Äystö, K. Eskola, P.P. Jauho, A. Jokinen, J. Kownacki,
M. Leino, J.M. Parmonen, H. Penttilä, J. Szerypo, J. Żylicz
R. Jertz, D. Beck, G. Bollen, J. Emmes, H.-J. Kluge, E. Schark, S. Schwarz,
T. Schwarz, L. Schweikhard, P. Senne C. Carlberg, I. Bergström, H. Borgenstrand, G. Rouleau, R. Schuch, F. Söderberg
A. Kawashima, K. Takahashi, A. Masuda
G. Klotz, P. Baumann, M. Bounajma, A. Huck, A. Knipper, G. Walter,
G. Marguier, C. Richard-Serre, A. Poves, J. Retamosa
Sr. Little Flower, B.R.S. Babu, K. Neelakandan, R.N. Mukherjee,
B.B. Baliga
K. Livingston, P.J. Woods, T. Davinson, N.J. Davis, S. Hofmann,
A.N. James, R.D. Page, P.J. Sellin, A.C. Shotter
K. Livingston, P.J. Woods, T. Davinson, N.J. Davis, S. Hofmann,
A.N. James, R.D. Page, P.J. Sellin, A.C. Shotter
K. Livingston, P.J. Woods, T. Davinson, N.J. Davis, A.N. James, R.D. Page,
P.J. Sellin, A.C. Shotter
G. Mairle, M. Seeger, H. Reinhardt, T. Kihm, K.T. Knöpfle, Chen Lin Wen
S. Michaelsen, A. Harder, K.P. Lieb, G. Graw, R. Hertenberger, D. Hofer,
P. Schiemenz, E. Zanotti, H. Lenske, A. Weigel, H.H. Wolter, S.J. Robinson, A.P. Williams
J.L. Mortara, I. Ahmad, K.P. Coulter, S.J. Freedman, B.K. Fujikawa,
J.P. Greene, J.P. Schiffer, W.H. Trzaska, A.R. Zeuli
K.J. Moody, R.W. Lougheed, J.F. Wild, R.J. Dougan, E.K. Hulet,
R.W. Hoff, C.M. Henderson, R.J. Dupzyk, R.L. Hahn, K. Sümmerer,
G.D. O’Kelley, G.R. Bethune
J.N. Nxumalo, J.G. Hykawy, P. P Unger, C.A. Lander, R.C. Barber,
K.S. Sharma, H.E. Duckworth
J.N. Nxumalo, J.G. Hykawy, K.J. Aarts, R.C. Barber, K.S. Sharma,
H.E. Duckworth
T. Ohshima, H. Sakamoto, T. Sato, J. Shirai, T. Tsukamoto, Y. Sugaya,
K. Takahashi, T. Suzuki, C. Rosenfeld, S. Wilson, K. Ueno, Y. Yonezawa,
H. Kawakami, S. Kato, S. Shibata, K. Ukai
A. Osa, T. Ikuta, M. Shibata, M. Miyachi, H. Yamamoto, K. Kawade,
Y. Kawase, S. Ichikawa
H. Penttilä, T. Enqvist, P.P. Jauho, A. Jokinen, M. Leino, J.M. Parmonen,
J. Äystö, K. Eskola
F. Pougheon
P.T. Prokofjev, A.V. Afanasjev, M.R. Beitins, L.I. Simonova, M.K. Balodis,
G.L. Rezvaja
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
1993Qu03
ZPAAD
346,
119
1993Ru01
1993Ru03
ADNDA
PRVCA
53,
47,
1
2574
1993Se04
PRVCA
47,
1933
1993Se09
ZPAAD
346,
323
1993Sh07
1993Sh23
JPGPE
ARISE
19,
44,
617
923
1993Si05
NIMAE
330,
195
1993Sp.A
AnRpt JYFL
1993To04
1993To05
1993Va04
1993Wa03
PRVCA
PRVCA
PRLTA
ZPAAD
48,
48,
70,
345,
436
445
2888
21
1993Wa04 PRVCA
47,
1447
1993We03 PYLBB
300,
210
1993Wi03
PYLBB
299,
214
1993Wi05
PRLTA
70,
1759
1993Yo07
PRLTA
71,
4124
1993Yu03
ZPAAD
346,
187
95
643
A.B. Quint, W. Reisdorf, K.-H. Schmidt, P. Armbruster, F.P. Heßberger,
S. Hofmann, J. Keller, G. Münzenberg, H. Stelzer, H.-G. Clerc,
W. Morawek, C.-C. Sahm
G. Rudstam, K. Aleklett, L. Sihver
D. Rudolph, C.J. Gross, M.K. Kabadiyski, K.P. Lieb, M. Weiszflog,
H. Grawe, J. Heese, K.-H. Maier, J. Eberth
P.J. Sellin, P.J. Woods, T. Davinson, N.J. Davis, K. Livingston, R.D. Page,
A.C. Shotter, S. Hofmann, A.N. James
P.J. Sellin, P.J. Woods, T. Davinson, N.J. Davis, A.N. James, K. Livingston,
R.D. Page, A.C. Shotter
R.K. Sheline, J. Kvasil, C.F. Liang, P. Paris
M. Shibata, M. Asai, T. Ikuta, H. Yamamoto, J. Ruan, K. Okano, K. Aoki,
K. Kawade
M.H. Sidky, J.G. Hyckawy, G.R. Dyck, R.C. Barber, K.S. Sharma,
C.A. Lander, H.E. Duckworth
A.M. Spits, P.H.M. Van Assche, H.G. Borner, W.F. Davidson, D.D. Warner,
K. Schreckenbach, G.G. Colvin, R.C. Greenwood, C.W. Reich, P.O. Lipas,
J. Suhonen, P. Sinkko, A. Backlin
K.S. Toth, D.C. Sousa, J.M. Nitschke, K.S. Vierinen, P.A. Wilmarth
K.S. Toth, P.A. Wilmarth, J.M. Nitschke, D.C. Sousa
R.S. Van Dyck,Jr., D.L. Farnham, P.B. Schwinberg
J. Wauters, P. Dendooven, M. Huyse, G. Reusen, P. Van Duppen, R. Kirchner, O. Klepper, E. Roeckl
J. Wauters, P. Dendooven, M. Huyse, G. Reusen, P. Van Duppen, P. Lievens,
ISOLDE
Ch. Weinheimer, M. Przyrembel, H. Backe, H. Barth, J. Bonn, B. Degen,
Th. Edling, H. Fischer, L. Fleischmann, J.U. Grooß, R. Haid, A. Hermanni,
G. Kube, P. Leiderer, Th. Loeken, A. Moltz, R.B. Moore, A. Osipowicz,
E.W. Otten, A. Picard, M. Schrader, M. Steininger
J.A. Winger, D. Bazin, W. Benenson, G.M. Crawley, D.J. Morrissey,
N.A. Orr, R. Pfaff, B.M. Sherrill, M. Steiner, M. Thoennessen, S.J. Yennello, B.M. Young
F.E. Wietfeldt, Y.D. Chan, M.T.F. da Cruz, A. Garcı́a, R.-M. Larimer,
K.T. Lesko, E.B. Norman,R.G. Stokstad, I. Žlimen
B.M. Young, W. Benenson, M. Fauerbach, J.H. Kelley, R. Pfaff, B.M. Sherrill, M. Steiner, J.S. Winfield, T. Kubo, M. Hellström, N.A. Orr, J. Stetson,
J.A. Winger, S.J. Yennello
S. Yuan, T. Zhang, S. Xu, Z. Li, Q. Pan, Z. Zhao, W. Yang, X. Zhang,
W. Li, X. Yin, Y. Du, Y. Wang
1994
1994Ah03
NUPAB
576,
246
1994An01
NUPAB
568,
323
1994An02
ZPAAD
347,
225
1994Ar23
1994Ba06
NIMAE
PRVCA
339,
49,
168
1221
1994Ba15
PYLBB
322,
176
1994Ba50
PRVCA
50,
1180
I. Ahmad, J.E. Gindler, M.P. Carpenter, D.J. Henderson, E.F. Moore,
R.V.F. Janssens, I.G. Bearden, C.C. Foster
A.N. Andreyev, D.D. Bogdanov, V.I. Chepigin, A.P. Kabachenko,
O.N. Malyshev, Yu. A. Muzychka, B.I. Pustylnik, G.M. Ter-Akopian,
A.V. Yeremin
A.N. Andreyev, D.D. Bogdanov, V.I. Chepigin, A.P. Kabachenko,
O.N. Malyshev, A.G. Popeko, R.N. Sagaidak, G.M. Ter-Akopian,
M. Veselsky, A.V. Yeremin
G. Ardisson, V. Barci, O. El Samad
V. Banerjee, A. Banerjee, G.S.N. Murthy, R.P. Sharma, S.K. Pardha
Saradhi, A. Chakrabarti
A. Balysh, M. Beck, S.T. Belyaev, F. Bensch, J. Bockholt, A. Demekhin,
A. Gurov, G. Heusser, H.V. Klapdor-Kleingrothaus, I. Kondratenko,
D. Kotelnikov, V.I. Lebedev, B. Maier, A. Muller, F. Petry, A. Piepke,
A. Pronsky, H. Strecker, M. Vollinger, K. Zuber
P. Baumann, M. Bounajma, A. Huck, G. Klotz, A. Knipper, G. Walter,
G. Marguier, C. Richard-Serre, H. Ravn, E. Hagebø, P. Hoff, K. Steffensen
644
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
1994Be24
PYLBB
331,
19
1994Bl10
PRVCA
50,
2398
1994Bo28
NUPAB
576,
21
1994Br11
1994Br37
1994Bu18
PRVCA
NIMAE
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49,
340,
349,
2401
436
3
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267
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141
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49,
1867
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1994Gr07
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PrvCom
PRVCA
50,
AHW
49,
2612
Jul
2971
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PRLTA
72,
1423
1994Ha.A
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1994He28
Th.-Mainz
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PRVCA
49,
50,
1845
2219
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3289
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9
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185
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AnRpt CSNSM
PYLBB
326,
85
31
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1994Kr03
AnRpt AECL
PRVCA
49,
3-1
1859
183
M. Bernas, S. Czajkowski, P. Armbruster, H. Geissel, Ph. Dessagne,
C. Donzaud, H.-R. Faust, E. Hanelt, A. Heinz, M. Heese, C. Kozhuharov,
Ch. Miehé, G. Münzenberg, M. Pfützner, C. Röhl, K.-H. Schmidt,
W. Schwab, C. Stéphan, K. Sümmerer, L. Tassan-Got, B. Voss
B. Blank, S. Andriamonje, R. Del Moral, J.P. Dufour, A. Fleury, T. Josso,
M.S. Pravikoff, S. Czajkowski, Z. Janas, A. Piechaczek, E. Roeckl, K.H. Schmidt, K. Sümmerer, W. Trinder, M. Weber, T. Brohm, A. Grewe,
E. Hanelt, A. Heinz, A. Junghans, C. Rohl, S. Steinhauser, B. Voss,
M. Pfützner
R. Bonetti, C. Chiesa, A. Guglielmetti, C. Migliorino, P. Monti,
A.L. Pasinetti, H.L. Ravn
S.A. Brindhaban, P.H. Barker
S.A. Brindhaban, P.H. Barker, M.J. Keeling, W.B. Wood
D. Bucurescu, D. Barnéoud, R. Béraud, G. Cata-Danil, T. von Egidy,
A. Emsallem, J. Genevey, A. Gizon, J. Gizon, C.F. Liang, P. Paris, C.A. Ur,
B. Weiss
S. Czajkowski, M. Bernas, P. Armbruster, H. Geissel, C. Kozhuharov,
G. Münzenberg, D. Vieira, Ph. Dessagne, Ch. Miehé, E. Hanelt, G. Audi,
J.K.P. Lee
M.E. Debray, A.J. Kreiner, M. Davidson, J. Davidson, D. Hojman, D. Santos, V.R. Vanin, N. Schutz, M. Aiche, A. Chevallier, J. Chevallier, J.C. Sens
M. Dombsky, L. Buchmann, J.M. D’Auria, U. Giesen, K.P. Jackson,
J.D. King, E. Korkmaz, R.G. Korteling, P. McNeely, J. Powell, G. Roy,
M. Trinczek, J. Vincent
R.L. Gill
M.V. Gorshkov
P. Grabmayer, A. Mondry, G.J. Wagner, P. Woldt, G.P.A. Berg, J. Lisantti,
D.W. Miller, H. Nann, E.J. Stephenson
K.E. Gregorich, M.R. Lane, M.F. Mohar, D.M. Lee, C.D. Kacher, E.R. Sylwester, D.C. Hoffman
H. Hartmann
R.G. Helmer, C.W. Reich
M. Hencheck, R.N. Boyd, M. Hellström, D.J. Morrissey, M.J. Balbes,
F.R. Chloupek, M. Fauerbach, C.A. Mitchell, R. Pfaff, C.F. Powell,
G. Raimann, B.M. Sherrill, M. Steiner, J. Vandegriff, S.J. Yennello
M.M. Hindi, R.L. Kozub, S.J. Robinson
M.M. Hindi, A.E. Champagne, M.T.F. da Cruz, R.-M. Larimer, K.T. Lesko,
E.B. Norman, B. Sur
J.G. Hykawy, R.C. Barber, K.S. Sharma, K.J. Aarts, J.N. Nxumalo,
H.E. Duckworth
F. Ibrahim, P. Kilcher, B. Roussière, J. Sauvage, J. Genevey, A. Gizon,
A. Knipper, G. Marguier, D. Barnéoud, R. Béraud, G. Cata-Danil, J. Blachot, I. Deloncle, R. Duffait, A. Emsallem, D. Hojman, A.J. Kreiner,
F. Le Blanc, J. Libert, J. Oms
S. Itoh, M. Yasuda, H. Yamamoto, T. Iida, A. Takahashi, K. Kawade
A. Jokinen
H. Kaur, J. Goswamy, J. Singh, A. Sharma, D. Mehta, N. Singh,
R.K. Bhowmik, P.N. Trehan
D.A. Keeney, et al
J.B. Kim, et al
A.A. Korsheninnikov, K. Yoshida, D.V. Aleksandrov, N. Aoi, Y. Doki,
N. Inabe, M. Fujimaki, T. Kobayashi, H. Kumagai, C.-B. Moon,
E. Yu. Nikolskii, M.M. Obuti, A.A. Ogloblin, A. Ozawa, S. Shimoura,
T. Suzuki, I. Tanihata, Y. Watanabe, M. Yanokura
V.T. Koslowsky, E. Hagberg, G. Savard, M.J. Watson, J.C. Hardy
S.A. Kreek, H.L. Hall, K.E. Gregorich, R.A. Henderson, J.D. Leyba,
K.R. Czerwinski, B. Kadkhodayan, M.P. Neu, C.D. Kacher, T.M. Hamilton, M.R. Lane, E.R. Sylwester, A. Türler, D.M. Lee, M.J. Nurmia,
D.C. Hoffman
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
1994Kr13
PRVCA
50,
2288
1994La22
PRLTA
73,
624
1994Le05
ZPAAD
348,
151
1994Le22
NUPAB
576,
267
1994Li12
1994Li20
1994Lo04
1994Ma14
1994Mo.A
1994Os04
PRVCA
PRVCA
NIMAE
PRVCA
PrvCom
PYLBB
49,
49,
339,
49,
GAu
338,
2230
3098
164
1755
Oct
13
1994Ot01
NUPAB
567,
281
1994Pa11
PRVCA
49,
3312
1994Pa12
PRLTA
72,
1798
1994Pa37
NUPAB
580,
173
1994Po26
IANFA
58,
41
1994Ru19
PLSSA
42,
227
1994Sa31
PRVCA
50,
1170
1994Sc35
ZPAAD
350,
99
1994Se01
PYLBB
321,
323
1994Se12
ZPAAD
349,
25
1994Sh02
1994Sh07
PRVCA
ZPAAD
49,
348,
725
25
1994St31
ZPAAD
347,
287
1994Ti03
PRVCA
49,
2871
1994To10
1994Ts.A
PRVCA
50,
AnRpt JAERI
518
16
645
S.A. Kreek, H.L. Hall, K.E. Gregorich, R.A. Henderson, J.D. Leyba,
K.R. Czerwinski, B. Kadkhodayan, M.P. Neu, C.D. Kacher, T.M. Hamilton, M.R. Lane, E.R. Sylwester, A. Türler, D.M. Lee, M.J. Nurmia,
D.C. Hoffman
Yu. A. Lazarev, Yu. V. Lobanov, Yu. Ts. Oganessian, V.K. Utyonkov,
F. Sh. Abdullin, G.V. Buklanov, B.N. Gikal, S. Iliev, A.N. Mezentsev, A.N. Polyakov, I.M. Sedykh, I.V. Shirokovsky, V.G. Subbotin,
A.M. Sukhov, Yu. S. Tsyganov, V.E. Zhuchko, R.W. Lougheed,
K.J. Moody, J.F. Wild, E.K. Hulet, J.H. McQuaid
M. Leino, J. Uusitalo, T. Enqvist, K. Eskola, A. Jokinen, K. Loberg,
W.H. Trzaska, J. Äystö
A.I. Levon, J. de Boer, G. Graw, R. Hertenberger, D. Hofer, J. Kvasil,
A. Lösch, E. Müller-Zanotti, M. Würkner, H. Baltzer, V. Grafen, C. Günther
C.F. Liang, R.K. Sheline, P. Paris, M. Hussonois, J.F. Ledu, D.B. Isabelle
S. Lin, S.A. Brindhaban, P.H. Barker
J.M. Los Arcos, L. Rodriguez, M. Roteta, E. Garcia-Torano
P.V. Magnus, E.G. Adelberger, A. Garcı́a
D.M. Moltz
A.N. Ostrowski, H.G. Bohlen, B. Gebauer, S.M. Grimes, R. Kalpakchieva,
Th. Kirchner, T.N. Massey, W. von Oertzen, Th. Stolla, M. Wilpert,
Th. Wilpert
T. Otto, G. Bollen, G. Savard, L. Schweikhard, H. Stolzenberg, G. Audi,
R.B. Moore, G. Rouleau, J. Szerypo, Z. Patyk, ISOLDE
R.D. Page, P.J. Woods, R.A. Cunningham, T. Davinson, N.J. Davis,
A.N. James, K. Livingston, P.J. Sellin, A.C. Shotter
R.D. Page, P.J. Woods, R.A. Cunningham, T. Davinson, N.J. Davis,
A.N. James, K. Livingston, P.J. Sellin, A.C. Shotter
G. Passler, J. Rikovska, E. Arnold, H.-J. Kluge, L. Monz, R. Neugart,
H. Ravn, K. Wendt, ISOLDE
A.V. Potempa, G.V. Veselov, V.A. Sergienko, K. Ya. Gromov, S.V. Evtisov,
V.G. Kalinnikov, V.V. Kuznetsov, Zh. Sereeter, V.I. Fominykh, M.B. Yuldashev
W. Rühm, B. Schneck, K. Knie, G. Korschinek, L. Zerle, E. Nolte, D. Weselka, H. Vonach
C. Sáenz, E. Cerezo, E. Garcia, A. Morales, J. Morales, R. Nunez-Lagos,
A. Ortiz de Solorzano, J. Puimedon, A. Salinas, M.L. Sarsa, J.A. Villar,
A. Klimenko, V. Kuzminov, N. Metlinsky, V. Novikov, A. Pomansky,
B. Pritychenko
K. Schmidt, T.W. Elze, R. Grzywacz, Z. Janas, R. Kirchner, O. Klepper,
A. Plochocki, E. Roeckl, K. Rykaczewski, L.D. Skouras, J. Szerypo
D. Seweryniak, J. Cederkall, B. Cederwall, J. Blomqvist, C. Fahlander,
A. Johnson, L.-O. Norlin, J. Nyberg, A. Atac, A. Kerek, J. Kownacki,
R. Wyss, E. Adamides, H. Grawe, E. Ideguchi, R. Julin, S. Juutinen,
W. Karczmarczyk, S. Mitarai, M. Piiparinen, R. Schubart, G. Sletten,
S. Tormanen, A. Virtanen
H.L. Seifert, J.M. Wouters, D.J. Vieira, H. Wollnik, X.G. Zhou, X.L. Tu,
Z.Y. Zhou, G.W. Butler
R.K. Sheline, C.F. Liang, P. Paris, A. Gizon, V. Barci
T. Shizuma, M. Kidera, E. Ideguchi, A. Odahara, H. Tomura, S. Suematsu,
T. Kuroyanagi, Y. Gono, S. Mitarai, J. Mukai, T. Komatsubara, K. Furuno,
K. Heiguchi
M.-L. Stolzenwald, G. Lhersonneau, M. Liang, G. Molnar, H. Ohm, K. Sistemich
R.J. Tighe, D.M. Moltz, J.C. Batchelder, T.J. Ognibene, M.W. Rowe,
J. Cerny
K.S. Toth
K. Tsukada, M. Asai, S. Ichikawa, A. Osa, Y. Nagame, I. Nishinaka, N. Shinohara, Y. Hatsukawa, H. Iimura, K. Kawade, H. Yamamoto, M. Shibata,
Y. Kojima
646
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
1994Wa17 PRVCA
1994Wa23 PRVCA
50,
50,
487
2768
1994We02 ZPAAD
347,
185
1994Xu09
ZPAAD
350,
187
1994Ya07
PYLBB
334,
229
1994Ye08
NIMAE
350,
608
1994Yo01
PRVCA
49,
279
1994Zh02
PRVCA
49,
R592
C. Wagemans, S. Druyts, P. Geltenbort
J. Wauters, N. Bijnens, H. Folger, M. Huyse, H.Y. Hwang, R. Kirchner,
J. von Schwarzenberg, P. Van Duppen
C. Wennemann, W.-D. Schmidt-Ott, T. Hild, K. Krumbholz, V. Kunze,
F. Meissner, H. Keller, R. Kirchner, E. Roeckl
S. Xu, Y. Xie, Q. Pan, Y. Wang, X. Zhang, J. Zhang, Y. Ge, X. Yin,
C. Wang, T. Zhang, B. Guo
S. Yasumi, H. Maezawa, K. Shima, Y. Inagaki, T. Mukoyama, T. Mizogawa, K. Sera, S. Kishimoto, M. Fujioka, K. Ishii, T. Omori, G. Izawa,
O. Kawakami
A.V. Yeremin, A.N. Andreyev, D.D. Bogdanov, G.M. Ter-Akopian,
V.I. Chepigin, V.A. Gorshkov, A.P. Kabachenko, O.N. Malyshev,
A.G. Popeko, R.N. Sagaidak, S. Sharo, E.N. Voronkov, A.V. Taranenko,
A. Yu. Lavrentjev
B.M. Young, W. Benenson, J.H. Kelley, N.A. Orr, R. Pfaff, B.M. Sherrill,
M. Steiner, M. Thoennessen, J.S. Winfield, J.A. Winger, S.J. Yennello,
A. Zeller
L. Zhang, G. Jin, J. Zhao, W. Yang, Y. Yang, Z. Zhao, J. Zheng, X. Sun,
J. Wang, Z. Li, Z. Qin, G. Guo, Y. Luo, J. Żylicz, J.-Y. Zhang
1995
1995Al31
PZETA
62,
1995Am.A P-Arles
18
537
1995Ap.A
1995Ba28
PrvCom
PRLTA
GAu
74,
May
3569
1995Ba75
PRVCA
52,
1807
1995Bi01
PRVCA
51,
125
1995Bi17
PRLTA
75,
4571
1995Bi.A
P-Arles
1995Bl01
NUPAB
582,
296
1995Bl06
PRLTA
74,
4611
1995Bl23
PYLBB
364,
8
1995Bo03
NUPAB
582,
1
1995Bo05
NUPAB
584,
279
545
D.V. Aleksandrov, E. Yu. Nikolsky, B.G. Novatsky, D.N. Stepanov,
V. Buryan, V. Kroga, Ya. Novak
F. Ameil, P. Armbruster, M. Bernas, S. Czajkowski, P. Dessagne, C. Donzaud, H. Geissel, A. Grewe, E. Hanelt, A. Heinz, Z. Janas, M. de Jong,
C. Kozhuharov, Ch. Miehé, W. Schwab, S. Steinhäuser, and GSINachrichten 11-95
A. Aprahamian, D.S. Brenner, R. Gill, A. Piotrowski, R.F. Casten
D. Bazin, B.A. Brown, J. Brown, M. Fauerbach, M. Hellström, S.E. Hirzebruch, J.H. Kelley, R.A. Kryger, D.J. Morrissey, R. Pfaff, C.F. Powell,
B.M. Sherrill, M. Thoennessen
J.C. Batchelder, K.S. Toth, D.M. Moltz, T.J. Ognibene, M.W. Rowe,
C.R. Bingham, E.F. Zganjar, B.E. Zimmerman
C.R. Bingham, M.B. Kassim, M. Zhang, Y.A. Akovali, K.S. Toth,
W.D. Hamilton, H.K. Carter, J. Kormicki, J. von Schwarzenberg, M.M. Jarrio
N. Bijnens, P. Decrock, S. Franchoo, M. Gaelens, M. Huyse, H.-Y. Hwang,
G. Reusen, J. Szerypo, J. von Schwarzenberg, J. Wauters, J.G. Correia,
A. Jokinen, P. Van Duppen, ISOLDE
C.R. Bingham, J.D. Richards, B.E. Zimmerman, Y.A. Akovali, W.B. Walters, J. Rikovska, P. Joshi, E.F. Zganjar, M. Lindroos, O. Tengblad,
P. Van Duppen, ISOLDE, and PrvCom GAu June 1995
J. Blons, D. Goutte, A. Lepretre, R. Letourneau, R. Lucas, V. Meot, D. Paya,
X.H. Phan, J. Girard, G. Barreau, T.P. Doan, G. Pedemey, Ph. Dessagne,
Ch. Miehé
B. Blank, S. Andriamonje, S. Czajkowski, F. Davi, R. Del Moral, J.P. Dufour, A. Fleury, A. Musquére, M.S. Pravikoff, R. Grzywacz, Z. Janas,
M. Pfützner, A. Grewe, A. Heinz, A. Junghans, M. Lewitowicz, J.E. Sauvestre, C. Donzaud
B. Blank, S. Andriamonje, S. Czajkowski, F. Davi, R. Del Moral, C. Donzaud, J.P. Dufour, A. Fleury, A. Grewe, R. Grzywacz, A. Heinz, Z. Janas,
A. Junghans, M. Lewitowicz, A. Musquére, M.S. Pravikoff, M. Pfützner,
J.-E. Sauvestre
V.A. Bondarenko, I.L. Kuvaga, P.T. Prokofjev, A.M. Sukhovoj,
V.A. Khitrov, Yu. P. Popov, S. Brant, V. Paar
V.A. Bondarenko, I.L. Kuvaga, P.T. Prokofjev, A.M. Sukhovoj,
V.A. Khitrov, Yu. P. Popov, S. Brant, V. Paar, Lj. Šimičic
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
1995Bo10
NUPAB
583,
775c
1995Bo18
PRVCA
51,
2530
1995Bo.B
P-StPetersbg
1995Br24
NUPAB
595,
481
1995Bu11
NUPAB
587,
475
1995Ch74
BRSPE
59,
1854
1995Cz.A
P-Arles
1995Da14
1995Da37
ZPAAD
PRVDA
351,
51,
225
2090
1995Di08
1995Fa.A
PHSTB
T59,
AnRpt GSI
144
21
1995Fe12
ZPAAD
353,
9
1995Ga04
1995Ga.A
NUPAB
P-Arles
581,
267
595
1995Ge06
NUPAB
592,
307
1995Ge14
YAFIA
58,
1170
1995Gh04
NUPAB
583,
861c
1995Gu01
NUPAB
583,
867c
1995Gu10
PRVCA
52,
740
553
647
H.G. Bohlen, B. Gebauer, Th. Kirchner, M. von Lucke-Petsch,
W. von Oertzen, A.N. Ostrowski, Ch. Seyfert, Th. Stolla, M. Wilpert,
Th. Wilpert, S.M. Grimes, T.N. Massey, R. Kalpakchieva, Y.E. Penionzhkevich, D.V. Alexandrov, I. Mukha, A.A. Ogloblin, C. Détraz
R. Bonetti, C. Chiesa, A. Guglielmetti, R. Matheoud, G. Poli,
V.L. Mikheev, S.P. Tretyakova
H.G. Bohlen, B. Gebauer, M. von Lucke-Petsch, W. von Oertzen, A.N. Ostrowski, Ch. Seyfert, Th. Stolla, M. Wilpert, Th. Wilpert, R. Kalpakchieva,
Yu. E. Penionzhkevich, S.M. Grimes, T.N. Massey, I. Mukha, D.V. Alexandrov, A.A. Ogloblin, H. Lenske
J.B. Breitenbach, J.L. Wood, M. Jarrio, R.A. Braga, H.K. Carter, J. Kormicki, P.B. Semmes
D. Bucurescu, D. Barnéoud, Gh. Cata-Danil, T. von Egidy, J. Genevey,
A. Gizon, J. Gizon, C.F. Liang, P. Paris, B. Weiss, S. Brant, V. Paar,
R. Pezer
V.G. Chumin, S.S. Eliseev, K. Ya. Gromov, Yu. V. Norseev, V.I. Fominykh,
V.V. Tsupko-Sitnikov
S. Czajkowski, F. Ameil, P. Armbruster, M. Bernas, P. Dessagne, C. Donzaud, C. Engelmann, H.-R. Faust, H. Geissel, E. Hanelt, A. Heinz,
M. Hesse, C. Kozhuharov, C. Miehé, G. Münzenberg, M. Pfützner, C. Röhl,
K.-H. Schmidt, W. Schwab, C. Stéphan, K. Sümmerer, L. Tassan-Got,
B. Voss
M. Daszewski, Z. Janas, W. Kurcewicz, B. Szweryn
D. Dassié, R. Eschbach, F. Hubert, Ph. Hubert, M.C. Isaac, C. Izac, F. Leccia, P. Mennrath, A. Vareille, C. Longuemare, F. Mauger, F. Danevich,
V. Kouts, V.I. Tretyak, Yu. Vassilyev, Yu. Zdesenko, A.B. Barabash,
V.N. Kornoukhov, Yu. B. Lepikhin, V.I. Umatov, I.A. Vanushin, C. Augier,
D. Blum, J.E. Campagne, S. Jullian, D. Lalanne, F. Laplanche, F. Natchez,
G. Pichenot, G. Szklarz, R. Arnold, J.L. Guyonnet, T. Lamhamdi, I. Linck,
F. Piquemal, F. Scheibling, V. Brudanin, V. Egorov, O. Kochetov, A. Nozdrin, Ts. Vylov, Sh. Zaparov, H.W. Nicholson, C.S. Sutton, NEMO
F. DiFilippo, V. Natarajan, M. Bradley, F. Palmer, D.E. Pritchard
T. Faestermann, J. Friese, H. Geissel, R. Gernhauser, H. Gilg, F. Heine,
J. Homolka, P. Kienle, H.-J. Korner, G. Munzenberg, J. Reinhold,
R. Schneider, K. Summerer, K. Zeitelhack
V.N. Fedoseyev, Y. Jading, O.C. Jonsson, R. Kirchner, K.-L. Kratz,
M. Krieg, E. Kugler, J. Lettry, T. Mehren, V.I. Mishin, H.L. Ravn,
T. Rauscher, H.L. Ravn, F. Scheerer, O. Tengblad, P. Van Duppen, A. Wohr,
ISOLDE
P.E. Garrrett, D.G. Burke
A. Gadea, B. Rubio, J.L. Tain, J. Bea, L. Garcia-Raffi, J. Rico, L. Batist,
V. Wittmann, A. Bykov, F. Moroz, H. Keller, R. Kirchner, E. Roeckl
R. Georgii, T. von Egidy, J. Klora, H. Lindner, U. Mayerhofer, J. Ott,
W. Schauer, P. von Neumann-Cosel, A. Richter, C. Schlegel, R. Schulz,
V.A. Khitrov, A.M. Sukhovoj, A.V. Vojnov, J. Berzins, V. Bondarenko,
P. Prokofjevs, L.J. Simonova, M. Grinberg, Ch. Stojanov
A. Sh. Georgadze, F.A. Danevich, Yu. G. Zdesenko, V.V. Kobychev,
B.N. Kropivyansky, V.N. Kuts, A.S. Nikolaiko, V.I. Tretyak and 02Tr04
A. Ghiorso, D. Lee, L.P. Somerville, W. Loveland, J.M. Nitschke,
W. Ghiorso, G.T. Seaborg, P. Wilmarth, R. Leres, A. Wydler, M. Nurmia, K. Gregorich, R. Gaylord, T. Hamilton, N.J. Hannink, D.C. Hoffman,
C. Jarzynski, C. Kacher, B. Kadkhodayan, S. Kreek, M. Lane, A. Lyon,
M.A. McMahan, M. Neu, T. Sikkeland, W.J. Swiatecki, A. Türler, J.T. Walton, S. Yashita
A. Guglielmetti, B. Blank, R. Bonetti, Z. Janas, H. Keller, R. Kirchner,
O. Klepper, A. Piechaczek, A. Plochocki, G. Poli, P.B. Price, E. Roeckl,
K. Schmidt, J. Szerypo, A.J. Westphal
A. Guglielmetti, R. Bonetti, G. Poli, P.B. Price, A.J. Westphal, Z. Janas,
H. Keller, R. Kirchner, O. Klepper, A. Piechaczek, E. Roeckl, K. Schmidt,
A. Plochocki, J. Szerypo, B. Blank
648
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
1995Ha.B
P-Arles
487
1995Hi02
PRVCA
51,
1736
1995Hi12
PRVCA
52,
2236
1995Hi14
1995Ho03
JPGPE
ZPAAD
21,
350,
639
277
1995Ho04
ZPAAD
350,
281
1995Ho.A
GSI-Nachr.
1995Ho.B
1995Ho.C
PrvCom
P-Arles
1995Ik03
1995Ir01
Feb
GAu
Mar
571
JUPSA
PRLTA
64,
75,
3244
4182
1995Jo02
NUPAB
584,
489
1995Jo.A
1995Ka.A
P-Arles
B-Arles
1995Ke04
NUPAB
586,
219
1995Ke05
ZPAAD
352,
1
1995Kr03
PRLTA
74,
860
1995Kr04
ZPAAD
351,
11
1995Kr.A
1995La08
ISOLDE-News
NUPAB
586,
01
316
1995La09
NUPAB
588,
501
1995La20
PRLTA
75,
1903
1995Le04
PRVCA
51,
1047
1995Le15
APOBB
26,
309
499
PD22
J.H. Hamilton, Q.H. Lu, S.J. Zhu, K. Butler-Moore, A.V. Ramayya,
B.R.S. Babu, L.K. Peker, W.C. Ma, T.N. Ginter, J. Kormicki, D. Shi,
J.K. Deng, J.O. Rasmussen, M.A. Stoyer, S.Y. Chu, K.E. Gregorich,
M.F. Mohar, S. Prussin, J.D. Cole, R. Aryaeinejad, N.R. Johnson, I.Y. Lee,
F.K. McGowan, G.M. Ter-Akopian, Yu. Ts. Oganessian
T. Hild, W.-D. Schmidt-Ott, V. Kunze, F. Meissner, C. Wennemann,
H. Grawe
T. Hild, W.-D. Schmidt-Ott, V. Kunze, F. Meissner, H. Salewski, K.S. Toth,
R. Michaelsen
K.-H. Hiddemann, H. Daniel, O. Schwentker
S. Hofmann, V. Ninov, F.P. Heßberger, P. Armbruster, H. Folger,
G. Münzenberg, H.J. Schött, A.G. Popeko, A.V. Yeremin, A.N. Andreyev,
S. Saro, R. Janik, M. Leino
S. Hofmann, V. Ninov, F.P. Heßberger, P. Armbruster, H. Folger,
G. Münzenberg, H.J. Schött, A.G. Popeko, A.V. Yeremin, A.N. Andreyev,
S. Saro, R. Janik, M. Leino
S. Hofmann, V. Ninov, F.P. Heßberger, P. Armbruster, H. Folger,
G. Münzenberg, H.J. Schött, A.G. Popeko, A.V. Yeremin, A.N. Andreyev,
S. Saro, R. Janik, M. Leino
S. Hofmann, V. Ninov, F.P. Heßberger, and GSI Annual report 1995
S. Hofmann, F.P. Heßberger, H. Folger, V. Ninov, A.N. Andreyev,
D.D. Bogdanov, V.I. Chepigin, A.P. Kabachenko, O.N. Malyshev,
A.G. Popeko, G.M. Ter-Akopian, A.V. Yeremin, S. Saro
T. Ikuta, A. Taniguchi, H. Yamamoto, K. Kawade, Y. Kawase
H. Irnich, H. Geissel, F. Nolden, K. Beckert, F. Bosch, H. Eickhoff, B. Franzke, Y. Fujita, M. Hausmann, H.C. Jung, O. Klepper,
C. Kozhuharov, G. Kraus, A. Magel, G. Münzenberg, F. Nickel, T. Radon,
H. Reich, B. Schlitt, W. Schwab, M. Steck, K. Sümmerer, T. Suzuki,
H. Wollnik
A. Jokinen, T. Enqvist, P.P. Jauho, M. Leino, J.M. Parmonen, H. Penttilä,
J. Äystö, K. Eskola
A. Jokinen, et al
V.G. Kalinnikov, B.P. Osipenko, F. Pražak, A.A. Solnyshkin, V.I. Stegailov,
P. Čaloun, S.E. Zaparov
M. Keim, E. Arnold, W. Borchers, U. Georg, A. Klein, R. Neugart, L. Vermeeren, R.E. Silverans, P. Lievens
H. Keller, R. Kirchner, B. Rubio, J.L. Tain, Th. Dörfler, W.-D. Schmidt-Ott,
E. Roeckl
R.A. Kryger, A. Azhari, M. Hellström, J.H. Kelley, T. Kubo, R. Pfaff,
E. Ramakrishnan, B.M. Sherrill, M. Thoennessen, S. Yokoyama, R.J. Charity, J. Dempsey, A. Kirov, N. Robertson, D.G. Sarantites, L.G. Sobotka,
J.A. Winger
K. Krumbholz, W.-D. Schmidt-Ott, T. Hild, V. Kunze, F. Meissner, C. Wennemann, H. Keller, R. Kirchner, O. Klepper, E. Roeckl, D. Schardt,
K. Rykaczewski
K.-L. Kratz
G.J. Lane, G.D. Dracoulis, A.P. Byrne, P.M. Walker, A.M. Baxter,
J.A. Sheikh, W. Nazarewicz
Yu. A. Lazarev, I.V. Shirokovsky, V.K. Utyonkov, S.P. Tretyakova,
V.B. Kutner
Yu. A. Lazarev, Yu. V. Lobanov, Yu. Ts. Oganessian, Yu. S. Tsyganov,
V.K. Utyonkov, F. Sh. Abdullin, S. Iliev, A.N. Polyakov, J. Rigol, I.V. Shirokovsky, V.G. Subbotin, A.M. Sukhov, G.V. Buklanov, B.N. Gikal,
V.B. Kutner, A.N. Mezentsev, I.M. Sedykh, D.V. Vakatov, R.W. Lougheed,
J.F. Wild, K.J. Moody, E.K. Hulet
M.J. Leddy, S.J. Freeman, J.L. Durell, A.G. Smith, S.J. Warburton,
D.J. Blumenthal, C.N. Davids, C.J. Lister, H.T. Penttilä
M. Leino, J. Äystö, T. Enqvist, A. Jokinen, M. Nurmia, A. Ostrowski,
W.H. Trzaska, J. Uusitalo, K. Eskola, P. Armbruster, V. Ninov
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
1995Le19
1995Le.A
PRVCA
P-Arles
51,
2770
505
1995Le.C P-Arles
1995Me03 PRVCA
51,
427
1558
1995Me16 PHSTB
1995Mo14 ZPAAD
T56,
352,
272
7
1995Mo26 NUPAB
1995Ni05 ZPAAD
588,
351,
203c
125
1995Ni.A
P-Arles
571
1995Ok02
1995Os03
ZPAAD
NUPAB
351,
588,
243
185
1995Oz02
NUPAB
592,
244
1995Pa.A
P-Arles
1995Pf01
NUPAB
581,
205
1995Pf04
1995Pi03
ZPAAD
NUPAB
353,
584,
1
509
1995Po01
1995Re.A
PRVCA
P-Arles
51,
519
587
1995Ro09
ZPAAD
351,
127
1995Ry03
PRVCA
52,
2310
1995Sa42
NUPAB
592,
221
1995Sc03
NUPAB
582,
109
1995Sc28
NUPAB
588,
191c
1995Sc33
PHSTB
56,
67
1995So03
NUPAB
583,
763c
1995So11
PRVCA
52,
88
583
649
Y.S. Lee, M. Kobayashi, T. Hukotome, T. Horiguchi, H. Inoue
M. Leino, T. Enqvist, W.H. Trzaska, J. Uusitalo, K. Eskola, P. Armbruster,
V. Ninov, and PrvCom GAu June 1995
M. Lewitowicz
F. Meissner, T. Hild, V. Kunze, W.-D. Schmidt-Ott, C. Wennemann,
P.C. Sood, R. Kirchner, E. Roeckl, K. Rykaczewski
K.A. Mezilev, Yu. N. Novikov, A.V. Popov, B. Fogelberg, L. Spanier
K. Morita, Y.H. Pu, J. Feng, M.G. Hies, K.O. Lee, A. Yoshida, S.C. Jeong,
S. Kubono, T. Nomura, Y. Tagaya, M. Wada, M. Kurokawa, T. Motobayashi, H. Ogawa, T. Uchibori, K. Sueki, T. Ishizuka, K. Uchiyama,
Y. Fujita, H. Miyatake, T. Shimoda, T. Shinozuka, H. Kudo, Y. Nagai,
S.A. Shin
D.J. Morrissey, and the A1200 Group
V. Ninov, F.P. Heßberger, S. Hofmann, H. Folger, A.V. Yeremin,
A.G. Popeko, A.N. Andreyev, S. Saro
V. Ninov, F.P. Heßberger, H. Folger, S. Hofmann, A.G. Popeko,
A.V. Yeremin, A.N. Andreyev, S. Ŝaro, and Abstracts PD19
K. Okano, A. Taniguchi, S. Yamada, T. Sharshar, M. Shibata, K. Yamauchi
A. Osa, M. Asai, M. Koizumi, T. Sekine, S. Ichikawa, Y. Kojima, H. Yamamoto, K. Kawade
A. Ozawa, G. Raimann, R.N. Boyd, F.R. Chloupek, M. Fujimaki,
K. Kimura, H. Kitagawa, T. Kobayashi, J.J. Kolata, S. Kubono, I. Tanihata,
Y. Watanabe, K. Yoshida
R.D. Page, P.J. Woods, R.A. Cunningham, T. Davinson, N.J. Davis,
A.N. James, K. Livingston, P.J. Sellin, A.C. Shotter
M. Pfützner, A. Plochocki, K. Rykaczewski, J. Szerypo, J. Żylicz, H. Keller,
R. Kirchner, O. Klepper, E. Roeckl, D. Schardt, M. Huyse, G. Reusen,
P. Van Duppen, B.A. Brown
B. Pfeiffer, G. Lhersonneau, H. Gabelmann, K.-L. Kratz, ISOLDE
A. Piechaczek, M.F. Mohar, R. Anne, V. Borrel, B.A. Brown, J.M. Corre,
D. Guillemaud-Mueller, R. Hue, H. Keller, S. Kubono, V. Kunze, M. Lewitowicz, P. Magnus, A.C. Mueller, T. Nakamura, M. Pfützner, E. Roeckl,
K. Rykaczewski, M.G. Saint-Laurent, W.-D. Schmidt-Ott, O. Sorlin
K.R. Pohl, D.F. Winchell, J.W. Arrison, D.P. Balamuth
P.L. Reeder, Y. Kim, W.K. Hensley, H.S. Miley, R.A. Warner, Z.Y. Zhou,
D.J. Vieira, J.M. Wouters, H.L. Seifert, and PrvCom GAu June 1995
B. Roussière, F. Ibrahim, P. Kilcher, F. Le Blanc, J. Oms, J. Sauvage,
A. Wojtasiewicz, ISOCELE
K. Rykaczewski, R. Anne, G. Auger, D. Bazin, C. Borcea, V. Borrel,
J.M. Corre, T. Dörfler, A. Fomichov, R. Grzywacz, D. Guillemaud-Mueller,
R. Hue, M. Huyse, Z. Janas, H. Keller, M. Lewitowicz, S. Lukyanov,
A.C. Mueller, Yu. Penionzhkevich, M. Pfützner, F. Pougheon, M.G. SaintLaurent, K. Schmidt, W.D. Schmidt-Ott, O. Sorlin, J. Szerypo, O. Tarasov,
J. Wauters, J. Żylicz
J. Sauvage, D. Hojman, F. Ibrahim, B. Roussière, P. Kilcher, F. Le Blanc,
J. Oms, J. Libert, ISOCELE
K. Scheller, J. Görres, S. Vouzoukas, M. Wiescher, B. Pfeiffer, K.-L. Kratz,
D.J. Morrissey, B.M. Sherrill, M. Steiner, M. Hellström, J.A. Winger
R. Schneider, T. Faestermann, J. Friese, R. Gernhauser, H. Geissel, H. Gilg,
F. Heine, J. Homolka, P. Kienle, H.-J. Korner, G. Münzenberg, J. Reinhold,
K. Sümmerer, K. Zeitelhack
R. Schneider, T. Faestermann, J. Friese, R. Gernhauser, H. Gilg, F. Heine,
J. Homolka, P. Kienle, H.-J. Korner, J. Reinhold, K. Zeitelhack, H. Geissel,
G. Münzenberg, K. Sümmerer
O. Sorlin, D. Guillemaud-Mueller, R. Anne, L. Axelsson, D. Bazin,
W. Böhmer, V. Borrel, Y. Jading, H. Keller, K.-L. Kratz, M. Lewitowicz, S.M. Lukyanov, T. Mehren, A.C. Mueller, Yu. E. Penionzhkevich,
F. Pougheon, M.G. Saint-Laurent, V.S. Salamatin, S. Shoedder, A. Wöhr
P.C. Sood, A. Gizon, D.G. Burke, B. Singh, C.F. Liang, R.K. Sheline,
M.J. Martin, R.W. Hoff
650
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
1995So.A
P-Arles
1995St26
1995Sy01
1995Sz01
PRLTA
PRVCA
NUPAB
75,
51,
584,
3237
2765
221
1995Ti08
PRVCA
52,
2298
1995Tr02
PYLBB
348,
331
1995Tr03
PYLBB
349,
267
1995Tr07
1995Uu01
ADNDA
PRVCA
61,
52,
43
113
1995Va38
1995Ve08
PHSTB
BRSPE
T59,
59,
134
1851
1995Wa.A P-Arles
1995Wi20 PRVCA
52,
725
1028
586,
75,
483
1719
1995Zh10
1995Zi03
NUPAB
PRLTA
603
O. Sorlin, Th. Dorfler, R. Anne, W. Bohmer, V. Borrel, D. GuillemaudMueller, S. Grevy, K.-L. Kratz, M. Lewitowicz, T. Mehren, A.C. Mueller,
A. Ostrowsky, F. Pougheon, I. Rabout, Th. Rauscher, M. Robinson,
M.G. Saint-Laurent, W.D. Schmidt-Ott
W. Stoeffl, D.J. Decman
I. Sykora, K. Janko, P.P. Povinec
J. Szerypo, M. Huyse, G. Reusen, P. Van Duppen, Z. Janas, H. Keller,
R. Kirchner, O. Klepper, A. Piechaczek, E. Roeckl, D. Schardt, K. Schmidt,
R. Grzywacz, M. Pfützner, A. Plochocki, K. Rykaczewski, J. Żylicz,
G.D. Alkhazov, L. Batist, A. Bykov, V. Wittmann, B.A. Brown
R.J. Tighe, J.C. Batchelder, D.M. Moltz, T.J. Ognibene, M.W. Rowe,
J. Cerny, B.A. Brown
W. Trinder, E.G. Adelberger, B.A. Brown, Z. Janas, H. Keller, K. Krumbholz, V. Kunze, P. Magnus, F. Meissner, A. Piechaczek, M. Pfützner,
E. Roeckl, K. Rykaczewski, W.-D. Schmidt-Ott, M. Weber
W. Trinder, E.G. Adelberger, Z. Janas, H. Keller, K. Krumbholz,
V. Kunze, P. Magnus, F. Meissner, A. Piechaczek, M. Pfützner, E. Roeckl,
K. Rykaczewski, W.-D. Schmidt-Ott, M. Weber
V.I. Tretyak, Yu. G. Zdesenko
J. Uusitalo, T. Enqvist, M. Leino, W.H. Trzaska, K. Eskola, P. Armbruster,
V. Ninov
R.S. Van Dyck,Jr., D.L. Farnham, P.B. Schwinberg
G.V. Veselov, V.A. Sergienko, A.V. Potempa, K. Ya. Gromov, V.G. Kalinnikov, N. Yu. Kotovsky, V.I. Fominykh, M.B. Yuldashev
G. Walter
F.E. Wietfeldt, E.B. Norman, Y.D. Chan, M.T.F. da Cruz, A. Garcı́a,
E.E. Haller, W.L. Hansen, M.M. Hindi, R.-M. Larimer, K.T. Lesko,
P.N. Luke, R.G. Stockstad, B. Sur, I. Žlimen
K. Zhao, J.S. Lilley, P.V. Drumm, D.D. Warner, R.A. Cunningham, J.N. Mo
M. Zinser, F. Humbert, T. Nilsson, W. Schwab, T. Blaich, M.J.G. Borge,
L.V. Chulkov, H. Eickhoff, T.W. Elze, H. Emling, B. Franzke,
H. Freiesleben, H. Geissel, K. Grimm, D. Guillemaud-Mueller,
P.G. Hansen, R. Holzmann, H. Irnich, B. Jonson, J.G. Keller, O. Klepper,
H. Klingler, J.V. Kratz, R. Kulessa, D. Lambrecht, Y. Leifels, A. Magel,
M. Mohar, A.C. Mueller, G. Münzenberg, F. Nickel, G. Nyman, A. Richter,
K. Riisager, C. Scheidenberger, G. Schrieder, B.M. Sherrill, H. Simon,
K. Stelzer, J. Stroth, O. Tengblad, W. Trautmann, E. Wajda, E. Zude,
preprint GSI-95-03
1996
1996Al30
PRLTA
77,
3319
1996An21
BRSPE
60,
119
1996Ax01
PRVCA
54,
1511
1996Ba24
1996Ba35
YAFIA
PRVCA
59,
54,
197
949
1996Ba37
JPGPE
22,
487
1996Ba80
PRLTA
77,
5186
A. Alessandrello, C. Brofferio, D.V. Camin, P. Caspani, P. Colling, O. Cremonesi, E. Fiorini, A. Giuliani, A. Nucciotti, M. Pavan, G. Pessina, E. Previtali, L. Zanotti, C. Bucci
A.N. Andreyev, A.G. Popeko, A.V. Eremin, S. Hofmann, F. Heßberger,
H. Folger, V. Ninov, S. Saro
L. Axelsson, M.J.G. Borge, S. Fayans, V.Z. Goldberg, S. Grévy,
D. Guillemaud-Mueller, B. Jonson, K.-M. Källman, T. Lönnroth, M. Lewitowicz, P. Manngård, K. Markenroth, I. Martel, A.C. Mueller, I. Mukha,
T. Nilsson, G. Nyman, N.A. Orr, K. Riisager, G.V. Rogatchev, M.-G. SaintLaurent, I.N. Serikov, O. Sorlin, O. Tengblad, F. Wenander, J.S. Winfield,
R. Wolski
A.S. Barabash, R.R. Saakyan and 02Tr04
J.C. Batchelder, K.S. Toth, E.F. Zganjar, D.M. Moltz, C.R. Bingham,
T.J. Ognibene, J. Powell, M.W. Rowe
A.S. Barabash, R. Gurriaran, F. Hubert, Ph. Hubert, J.L. Reyss, J. Suhonen,
V.I. Umatov
A. Balysh, A. De Silva, V.I. Lebedev, K. Lou, M.K. Moe, M.A. Nelson,
A. Piepke, A. Pronsky, M.A. Vient, P. Vogel
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
1996Bi07
PRVCA
54,
R20
1996Bi17
ZPAAD
356,
3
1996Bl11
PRVCA
54,
572
1996Bl21
PRLTA
77,
2893
1996Ca02
1996Ch32
NUPAB
PRLTA
598,
77,
61
2400
1996Da06
PRLTA
76,
592
1996De60
1996Do23
YAFIA
PRVCA
59,
54,
2117
2894
1996Dr02
PRVCA
53,
1205
1996Dr07
1996Dr.A
1996En01
NUPAB
PrvCom
ZPAAD
601,
JBl
354,
234
Sep
1
1996En02
ZPAAD
354,
9
1996Fa01
PRVCA
53,
647
1996Fa09
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167
1996Ga17
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54,
1057
1996Ga24
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355,
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611,
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356,
7
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611,
247
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NUPAB
605,
301
651
C.R. Bingham, K.S. Toth, J.C. Batchelder, D.J. Blumenthal, L.T. Brown,
B.C. Busse, L.F. Conticchio, C.N. Davids, T. Davinson, D.J. Henderson,
R.J. Irvine, D. Seweryniak, W.B. Walters, P.J. Woods, B.E. Zimmerman
N. Bijnens, I. Ahmad, A.N. Andreyev, J.C. Batchelder, C.R. Bingham,
D. Blumenthal, B.C. Busse, X.S. Chen, L.F. Conticchio, C.N. Davids,
M. Huyse, R.V.F. Janssens, P. Mantica, H. Penttilä, W. Reviol, D. Seweryniak, P. Van Duppen, W.B. Walters, J. Wauters, B.E. Zimmerman
B. Blank, S. Andriamonje, F. Boué, S. Czajkowski, R. Del Moral, J.P. Dufour, A. Fleury, P. Pourre, M.S. Pravikoff, K.-H. Schmidt, E. Hanelt,
N.A. Orr
B. Blank, S. Czajkowski, F. Davi, R. Del Moral, J.P. Dufour, A. Fleury,
C. Marchand, M.S. Pravikoff, J. Benlliure, F. Boue, R. Collatz, A. Heinz,
M. Hellström, Z. Hu, E. Roeckl, M. Shibata, K. Sümmerer, Z. Janas,
M. Karny, M. Pfützner, M. Lewitowicz
P. Campbell, J.A. Behr, J. Billowes, G. Gwinner, G.D. Sprouse, F. Xu
M. Chartier, G. Auger, W. Mittig, A. Lepine-Szilly, L.K. Fifield,
J.M. Casandjian, M. Chabert, J. Ferme, A. Gillibert, M. Lewitowicz,
M. Mac Cormick, M.H. Moscatello, O.H. Odland, N.A. Orr, G. Politi,
C. Spitaels, A.C.C. Villari
C.N. Davids, P.J. Woods, H.T. Penttilä, J.C. Batchelder, C.R. Bingham,
D.J. Blumenthal, L.T. Brown, B.C. Busse, L.F. Conticchio, T. Davinson,
D.J. Henderson, R.J. Irvine, D. Seweryniak, K.S. Toth, W.B. Walters,
B.E. Zimmerman
A.V. Derbin, A.I. Egorov, V.N. Muratova, S.V. Baklanov and 02Tr04
T. Dörfler, W.-D. Schmidt-Ott, T. Hild, T. Mehren, W. Böhmer, P. Möller,
B. Pfeiffer, T. Rauscher, K.-L. Kratz, O. Sorlin, V. Borrel, S. Grévy,
D. Guillemaud-Mueller, A.C. Mueller, F. Pougheon, R. Anne, M. Lewitowicz, A. Ostrowsky, M. Robinson, M.G. Saint-Laurent
G.D. Dracoulis, F.G. Kondev, A.P. Byrne, T. Kibedi, S. Bayer, P.M. Davidson, P.G.D. Dracoulis, F.G. Kondev, A.P. Byrne, T. Kibedi, S. Bayer,
P.M. Davidson, P.M. Walker, C. Purry, C.J. PearsonM. Walker, C. Purry,
C.J. Pearson
S. Drissi, S. Andre, D. Barnéoud, C. Foin, J. Genevey, J. Kern
S. Drissi
T. Enqvist, K. Eskola, A. Jokinen, M. Leino, W.H. Trzaska, J. Uusitalo,
V. Ninov, P. Armbruster
T. Enqvist, P. Armbruster, K. Eskola, M. Leino, V. Ninov, W.H. Trzaska,
J. Uusitalo
M. Fauerbach, D.J. Morrissey, W. Benenson, B.A. Brown, M. Hellström,
J.H. Kelley, R.A. Kryger, R. Pfaff, C.F. Powell, B.M. Sherrill
L. Faux, S. Andriamonje, B. Blank, S. Czajkowski, R. Del Moral, J.P. Dufour, A. Fleury, T. Josso, M.S. Pravikoff, A. Piechaczek, E. Roeckl, K.H. Schmidt, K. Sümmerer, W. Trinder, M. Weber, T. Brohm, A. Grewe,
E. Hanelt, A. Heinz, A. Junghans, C. Rohl, S. Steinhauser, B. Voss, Z. Janas,
M. Pfützner
A. Galindo-Uribarri, D. Ward, H.R. Andrews, G.C. Ball, D.C. Radford,
V.P. Janzen, S.M. Mullins, J.C. Waddington, A.V. Afanasjev, I. Ragnarsson
A. Gadea, B. Rubio, J.L. Tain, J. Rico, J. Bea, L.M. Garcia-Raffi, P. Kleinheinz, D. Schardt, E. Roeckl, R. Kirchner, J. Blomqvist
P.E. Garrett, N. Warr, H. Baltzer, S. Boehmsdorff, D.G. Burke, M. Deleze,
S. Drissi, J. Groger, C. Gunther, J. Kern, S.J. Mannanal, J. Manns,
U. Muller, J.-P. Vorlet, T. Weber
J. Genevey, A. Gizon, D. Barnéoud, Gh. Cata-Danil, R. Béraud, A. Emsallem, C. Foin, C.F. Liang, P. Paris, S. Viteritti
J. Genevey, A. Gizon, C. Foin, D. Bucurescu, Gh. Cata-Danil, B. Weiss,
D. Barnéoud, T. von Egidy, J. Gizon, C.F. Liang, P. Paris
A. Gizon, J. Genevey, D. Bucurescu, Gh. Cata-Danil, J. Gizon, J. Inchaouh,
D. Barnéoud, T. von Egidy, C.F. Liang, B.M. Nyako, P. Paris, I. Penev,
A. Plochocki, E. Ruchowska, C.A. Ur, B. Weiss, L. Zolnai
652
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
1996Go06
JPGPE
22,
377
1996He25
ZPAAD
356,
229
1996Ho12
PRVCA
54,
78
1996Ho13
ZPAAD
354,
229
1996Ho16
PRLTA
77,
1020
1996Ik01
PRVCA
54,
2043
1996Jo06
1996Ko13
1996La11
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PRVCA
PRVCA
53,
54,
53,
3150
R459
2893
1996La12
PRVCA
54,
620
1996Le09
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355,
157
1996Lh04
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54,
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354,
153
1996Li37
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54,
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2304
239
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72,
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77,
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367,
65
1996Ni09
ZPAAD
356,
11
1996Od01
ZPAAD
354,
231
1996Os04
JUPSA
65,
928
V.M. Gorozhankin, V.G. Kalinnikov, A. Kovalik, A.A. Solnyshkin,
A.F. Novgorodov, N.A. Lebedev, N. Yu. Kotovskij, E.A. Yakushev,
M.A. Mahmoud, M. Rysavy
M. Hellström, Z. Hu, A. Weber, M. Hencheck, M.J. Balbes, R.N. Boyd,
D. Cano-Ott, R. Collatz, A. Guglielmetti, Z. Janas, M. Karny, R. Kirchner,
J. Morford, D.J. Morrissey, G. Raimann, E. Roeckl, K. Schmidt, J. Szerypo
R.W. Hoff, H.G. Borner, K. Schreckenbach, G.G. Colvin, F. Hoyler,
W. Schauer, T. von Egidy, R. Georgii, J. Ott, S. Schrunder, R.F. Casten,
R.L. Gill, M. Balodis, P. Prokofjevs, L. Simonova, J. Kern, V.A. Khitrov,
A.M. Sukhovoj, O. Bersillon, S. Joly, G. Graw, D. Hofer, B. Valnion
S. Hofmann, V. Ninov, F.P. Heßberger, P. Armbruster, H. Folger,
G. Münzenberg, H.J. Schött, A.G. Popeko, A.V. Yeremin, S. Saro, R. Janik,
M. Leino
P. Hoff, P. Baumann, A. Huck, A. Knipper, G. Walter, G. Marguier,
B. Fogelberg, A. Lindroth, H. Mach, M. Sanchez-Vega, R.B.E. Taylor,
P. Van Duppen, A. Jokinen, M. Lindroos, M. Ramdane, W. Kurcewicz,
B. Jonson, G. Nyman, Y. Jading, K.-L. Kratz, A. Wohr, G. Løvhøiden,
T.F. Thorsteinsen, J. Blomqvist, ISOLDE
H. Ikezoe, T. Ikuta, S. Hamada, Y. Nagame, I. Nishinaka, K. Tsukada,
Y. Oura, T. Ohtsuki
I.P. Johnstone, L.D. Skouras
F.G. Kondev, G.D. Dracoulis, A.P. Byrne, T. Kibedi, S. Bayer, G.J. Lane
M.R. Lane, K.E. Gregorich, D.M. Lee, M.F. Mohar, M. Hsu, C.D. Kacher,
B. Kadkhodayan, M.P. Neu, N.J. Stoyer, E.R. Sylwester, J.C. Yang,
D.C. Hoffman
Yu. A. Lazarev, Yu. V. Lobanov, Yu. Ts. Oganessian, V.K. Utyonkov,
F. Sh. Abdullin, A.N. Polyakov, J. Rigol, I.V. Shirokovsky, Yu. S. Tsyganov,
S. Iliev, V.G. Subbotin, A.M. Sukhov, G.V. Buklanov, B.N. Gikal, V.B. Kutner, A.N. Mezentsev, K. Subotic, J.F. Wild, R.W. Lougheed, K.J. Moody
M. Leino, J. Uusitalo, R.G. Allatt, P. Armbruster, T. Enqvist, K. Eskola,
S. Hofmann, S. Hurskanen, A. Jokinen, V. Ninov, R.D. Page, W.H. Trzaska
G. Lhersonneau, P. Dendooven, A. Honkanen, M. Huhta, M. Oinonen,
H. Penttilä, J. Äystö, J. Kurpeta, J.R. Persson, A. Popov
C.F. Liang, P. Paris, A. Plochocki, E. Ruchowska, A. Gizon, D. Barnéoud,
J. Genevey, G. Cata, R.K. Sheline
C.F. Liang, P. Paris, R.K. Sheline, P. Alexa, A. Gizon
M. Lipoglavšek, M. Górska, J. Nyberg, A. Atac, A. Axelsson, R.A. Bark,
J. Blomqvist, J. Cederkäll, B. Cederwall, G. de Angelis, C. Fahlander,
H. Grawe, A. Johnson, S. Leoni, A. Likar, M. Matiuzzi, S. Mitarai, L.O. Norlin, M. Palacz, J. Persson, H.A. Roth, R. Schubart, D. Seweryniak, T. Shizuma, Ö. Skeppstedt, D. Sohler, G. Sletten, W.B. Walters,
M. Weiszflog
M. Magara, N. Shinohara, Y. Hatsukawa, K. Tsukada, H. Imura, S. Utsuda, S.-I. Ichikawa, T. Suzuki, Y. Nagame, Y. Kobayashi, M. Oshima,
T. Horichuchi
T. Mehren, B. Pfeiffer, S. Schoedder, K.-L. Kratz, M. Huhta, P. Dendooven,
A. Honkanen, G. Lhersonneau, M. Oinonen, J.-M. Parmonen, H. Penttilä,
A. Popov, V. Rubchenya, J. Äystö
I. Mukha, M.J.G. Borge, D. Guillemaud-Mueller, P. Hornshøj, F. Humbert,
B. Jonson, T.E. Leth, G. Martinez Pinedo, T. Nilsson, G. Nyman, K. Riisager, G. Schrieder, M.H. Smedberg, O. Tengblad, K. Wilhelmsen Rolander,
ISOLDE
V. Ninov, F.P. Heßberger, S. Hofmann, H. Folger, G. Münzenberg, P. Armbruster, A.V. Yeremin, A.G. Popeko, M. Leino, S. Saro
A. Odahara, Y. Gono, S. Mitarai, T. Shizuma, E. Ideguchi, J. Mukai, H. Tomura, B.J. Min, S. Suematsu, T. Kuroyanagi, K. Heiguchi, T. Komatsubara,
K. Furuno
A. Osa, T. Ikuta, K. Kawade, H. Yamamoto, S. Ichikawa
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
1996Pa01
PRVCA
53,
660
1996Pf01
PRVCA
53,
1753
1996Ra04
PRVCA
53,
616
1996Ra16
1996Ri12
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PRVCA
53,
54,
2732
2041
1996Ro02
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53,
1465
1996Ry.B
1996Sa34
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2802
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1996Wi.A AnRpt LBL
1996Wo.A P-Amsterdam
69
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1996Zh03
353
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353,
653
R.D. Page, P.J. Woods, R.A. Cunningham, T. Davinson, N.J. Davis,
A.N. James, K. Livingston, P.J. Sellin, A.C. Shotter, and PrvCom AHW
August 1996
R. Pfaff, D.J. Morrissey, W. Benenson, M. Fauerbach, M. Hellström,
C.F. Powell, B.M. Sherrill, M. Steiner, J.A. Winger
S. Raman, E.K. Warburton, J.W. Starner, E.T. Jurney, J.E. Lynn, P. Tikkanen, J. Keinonen
S. Raman, J.B. McGrory E.T. Jurney, J.W. Starner
J.D. Richards, C.R. Bingham, Y.A. Akovali, J.A. Becker, E.A. Henry,
P. Joshi, J. Kormicki, P.F. Mantica, K.S. Toth, J. Wauters, E.F. Zganjar
M. Robinson, P. Halse, W. Trinder, R. Anne, C. Borcea, M. Lewitowicz,
S. Lukyanov, M. Mirea, Yu. Oganessian, N.A. Orr, Yu. Penionzhkevich,
M.G. Saint-Laurent, O. Tarasov
K. Rykaczewski
H. Sakurai, N. Aoi, A. Goto, M. Hirai, N. Inabe, M. Ishihara, H. Kobinata,
T. Kubo, H. Kumagai, T. Nakagawa, T. Nakamura, M. Notani, Y. Watanabe,
Y. Watanabe, A. Yoshida
M. Shibata, A. Odahara, S. Mitarai, Y. Gono, M. Kidera, K. Miyazaki,
T. Kuroyanagi
N. Takaoka, Y. Motomura, K. Nagao
R.B.E. Taylor, S.J. Freeman, J.L. Durell, M.J. Leddy, A.G. Smith, D.J. Blumenthal, M.P. Carpenter, C.N. Davids, C.J. Lister, R.V.F. Janssens, D. Seweryniak
K.S. Toth, J.C. Batchelder, C.R. Bingham, L.F. Conticchio, W.B. Walters, C.N. Davids, D.J. Henderson, R. Herman, H. Penttilä, J.D. Richards,
A.H. Wuosmaa, B.E. Zimmerman
K.S. Toth, J.C. Batchelder, D.M. Moltz, J.D. Robertson
W. Urban, W.R. Phillips, J.L. Durell, M.A. Jones, M. Leddy, C.J. Pearson, A.G. Smith, B.J. Varley, I. Ahmad, L.R. Morss, M. Bentaleb,
E. Lubkiewicz, N. Schulz
P.M. Wallace, E.G. Bilpuch, C.R. Bybee, G.E. Mitchell, E.F. Moore,
J.D. Shriner, J.F. Shriner,Jr., G.A. Vavrina, C.R. Westerfeldt
P.A. Wilk, et al
A. Wöhr, V. Fedoseyev, Y. Jading, A. Jokinen, T. Kautzsch, I. Klöckl, K.L. Kratz, V.I. Mishin, H.-L. Ravn, P. Van Duppen, W.B. Walters, ISOLDE
X. Zhang, S. Yuan, W. Yang, Z. Li, W. Mou, X. Yu, J. Zhong
1997
1997Al02
PRVCA
55,
474
1997An09
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358,
63
1997As05
PRVCA
56,
3045
1997Ba21
ZPAAD
357,
121
1997Ba25
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55,
2142
1997Ba35
1997Be70
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357,
415,
351
111
1997Bl03
NUPAB
615,
52
M. Alston-Garnjost, B.L. Dougherty, R.W. Kenney, R.D. Tripp, J.M. Krivicich, H.W. Nicholson, C.S. Sutton, B.D. Dieterle, S.D. Foltz, C.P. Leavitt,
R.A. Reeder, J.D. Baker, A.J. Caffrey
A.N. Andreyev, N. Bijnens, T. Enqvist, M. Huyse, P. Kuusiniemi, M. Leino,
W.H. Trzaska, J. Uusitalo, P. Van Duppen
M. Asai, T. Sekine, A. Osa, M. Koizumi, Y. Kojima, M. Shibata, H. Yamamoto, K. Kawade
J.C. Batchelder, K.S. Toth, C.R. Bingham, L.T. Brown, L.F. Conticchio,
C.N. Davids, T. Davinson, D.J. Henderson, R.J. Irvine, D. Seweryniak,
W.B. Walters, P.J. Woods, J. Wauters, E.F. Zganjar
J.C. Batchelder, K.S. Toth, C.R. Bingham, L.T. Brown, L.F. Conticchio,
C.N. Davids, D. Seweryniak, J. Wauters, J.L. Wood, E.F. Zganjar
A.S. Barabash, R. Gurriaran, F. Hubert, Ph. Hubert, V.I. Umatov
M. Bernas, C. Engelmann, P. Armbruster, S. Czajkowski, F. Ameil,
C. Bockstiegel, Ph. Dessagne, C. Donzaud, H. Geissel, A. Heinz, Z. Janas,
C. Kozhuharov, Ch. Miehé, G. Münzenberg, M. Pfützner, W. Schwab,
C. Stephan, K. Sümmerer, L. Tassan-Got, B. Voss
B. Blank, F. Boué, S. Andriamonje, S. Czajkowski, R. Del Moral, J.P. Dufour, A. Fleury, P. Pourre, M.S. Pravikoff, N.A. Orr, K.-H. Schmidt,
E. Hanelt
654
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
1997Bl04
ZPAAD
357,
247
1997Bo10
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616,
254c
1997Bu03
NUPAB
612,
91
1997Ch53
BRSPE
61,
1606
1997Da07
PRVCA
55,
2255
1997De40
1997Fo01
PRVCA
PRVCA
56,
55,
2451
762
1997Ge11
1997Ge15
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BRSPE
126,
61,
351
1719
1997Gi07
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358,
369
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79,
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1997Gu13
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55,
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613,
180
183
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359,
415
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358,
377
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56,
1152
1997Hu15
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359,
349
1997Ir01
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55,
1621
1997Ir02
1997Ja12
PRLTA
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79,
627,
990
119
B. Blank, F. Boué, S. Andriamonje, S. Czajkowski, R. Del Moral, J.P. Dufour, A. Fleury, P. Pourre, M.S. Pravikoff, E. Hanelt, N.A. Orr, K.H. Schmidt
H.G. Bohlen, W. von Oertzen, Th. Stolla, R. Kalpakchieva, B. Gebauer,
M. Wilpert, Th. Wilpert, A.N. Ostrowski, S.M. Grimes, T.N. Massey
D.G. Burke, W. Kurcewicz, G. Løvhøiden, M.J.G. Borge, M. Cronqvist,
H. Gabelmann, H. Gietz, P. Hill, N. Kaffrell, S. Mattsson, R.A. Naumann, K. Nybø, G. Nyman, J. Rogowski, G.L. Struble, T.F. Thorsteinsen,
ISOLDE
V.G. Chumin, J.K. Jabber, K.V. Kalyapkin, S.A. Kudrya, V.V. TsupkoSitnikov, K. Ya. Gromov, V.I. Fominykh, T.A. Furyaev
C.N. Davids, P.J. Woods, J.C. Batchelder, C.R. Bingham, D.J. Blumenthal,
L.T. Brown, B.C. Busse, L.F. Conticchio, T. Davinson, S.J. Freeman,
D.J. Henderson, R.J. Irvine, R.D. Page, H.T. Penttilä, D. Seweryniak,
K.S. Toth, W.B. Walters, B.E. Zimmerman
A. De Silva, M.K. Moe, M.A. Nelson, M.A. Vient
B. Fornal, R. Broda, W. Królas, T. Paw lat, J. Wrzesiński, D. Bazzacco,
D. Fabris, S. Lunardi, C. Rossi Alvarez, G. Viesti, G. de Angelis, M. Cinausero, D.R. Napoli, Z.W. Grabowski
H. Geissel, G. Bollen, B. Franzke, G. Münzenberg, Z. Patyk
A. Sh. Georgadze, F.A. Danevich, Yu. G. Zdesenko, V.V. Kobychev, B.N. Kropivyansky, V.N. Kuts, V.V. Muzalevsky, A.S. Nikolaiko,
O.A. Ponkratenko, V.I. Tretiak
A. Gizon, J. Genevey, Gh. Cata-Danil, D. Barnéoud, R. Béraud, A. Emsallem, C. Foin, J. Gizon, C.F. Liang, P. Paris, I. Penev, A. Plochocki,
B. Weiss
M. Górska, M. Lipoglavšek, H. Grawe, J. Nyberg, A. Atac, A. Axelsson, R. Bark, J. Blomqvist, J. Cederkäll, B. Cederwall, G. de Angelis,
C. Fahlander, A. Johnson, S. Leoni, A. Likar, M. Matiuzzi, S. Mitarai, L.O. Norlin, M. Palacz, J. Persson, H.A. Roth, R. Schubart, D. Seweryniak,
T. Shizuma, Ö. Skeppstedt, G. Sletten, W.B. Walters, M. Weiszflog
R. Grzywacz, R. Anne, G. Auger, C. Borcea, J.M. Corre, T. Dorfler,
A. Fomichov, S. Grevy, H. Grawe, D. Guillemaud-Mueller, M. Huyse,
Z. Janas, H. Keller, M. Lewitowicz, S. Lukyanov, A.C. Mueller,
N. Orr, A. Ostrowski, Yu. Penionzhkevich, A. Piechaczek, F. Pougheon,
K. Rykaczewski, M.G. Saint-Laurent, W.D. Schmidt-Ott, O. Sorlin, J. Szerypo, O. Tarasov, J. Wauters, J. Żylicz
M. Günther, J. Hellmig, G. Heusser, M. Hirsch, H.V. KlapdorKleingrothaus, B. Maier, H. Päs, F. Petry, Y. Ramachers, H. Strecker,
M. Völlinger, A. Balysh, S.T. Belyaev, A. Demehin, A. Gurov, I. Kondratenko, D. Kotelnikov, V.I. Lebedev, A. Müller
J. Guo, K. Zhao, X. Lu, Y. Cheng, T. Li, C. Fu, S. Li
E. Hagberg, I.S. Towner, J.C. Hardy, V.T. Koslowsky, G. Savard, S. Sterbenz
F.P. Heßberger, S. Hofmann, V. Ninov, P. Armbruster, H. Folger,
G. Münzenberg, H.J. Schött, A.G. Popeko, A.V. Yeremin, A.N. Andreyev,
S. Saro
S. Hofmann, F.P. Heßberger, V. Ninov, P. Armbruster, G. Münzenberg,
C. Stodel, A.G. Popeko, A.V. Yeremin, S. Saro, M. Leino
W.X. Huang, R.C. Ma, X.J. Xu, S.W. Xu, Y.X. Xie, Z.K. Li, Y.X. Ge,
Y.Y. Wang, C.F. Wang, T.M. Zhang, X.F. Sun, G.M. Jin, Y.X. Luo
W.X. Huang, R.C. Ma, X.J. Xu, S.W. Xu, Y.X. Xie, Z.K. Li, Y.X. Ge,
Y.Y. Wang, C.F. Wang, T.M. Zhang, X.F. Sun, G.M. Jin, Y.X. Luo
R.J. Irvine, C.N. Davids, P.J. Woods, D.J. Blumenthal, L.T. Brown,
L.F. Conticchio, T. Davinson, D.J. Henderson, J.A. Mackenzie, H.T. Penttilä, D. Seweryniak, W.B. Walters
G.M. Irwin, K.H. Kim
Z. Janas, A. Plochocki, J. Szerypo, R. Collatz, Z. Hu, H. Keller, R. Kirchner,
O. Klepper, E. Roeckl, K. Schmidt, R. Bonetti, A. Guglielmetti, G. Poli,
A. Piechaczek
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
1997Ju02
1997Ka07
PRVCA
ZPAAD
56,
356,
118
363
1997Ku20
NUPAB
621,
827
1997La13
PRVCA
55,
2127
1997Li23
1997Lo.A
1997Mi03
PRVCA
PrvCom
PRVCA
55,
GAu
55,
2768
May
1555
1997Mo35 NUPAB
627,
222
1997Mu08 PRVCA
55,
2267
1997Oi01
PRVCA
56,
745
1997Pu01
ZPAAD
357,
3
1997Ro26
1997Sa14
IEIMA
NUPAB
46,
616,
560
311c
1997Sc30
NUPAB
624,
185
1997Sh09
1997Sh37
PRVCA
ZPAAD
55,
359,
1162
229
1997So07
PRVCA
55,
2146
1997Su06
NUPAB
616,
341c
1997Sz04
ZPAAD
359,
117
1997Ta22
PYLBB
409,
64
1997Uu01
ZPAAD
358,
375
655
E.T. Jurney, J.W. Starner, J.E. Lynn, S. Raman
D. Kast, A. Jungclaus, A. Harder, K.P. Lieb, D. Rudolph, R. Schubart,
H. Grawe, D. Foltescu, H.A. Roth, O. Skeppstedt, I. Bearden, T. Shizuma
W. Kurcewicz, I.S. Grant, K. Gulda, A.J. Aas, J. Billowes, M.J.G. Borge,
D.G. Burke, P.A. Butler, J.F.C. Cocks, B. Fogelberg, S.J. Freeman,
G.D. Jones, E. Hagebø, P. Hoff, J. Hønsi, A. Lindroth, G. Løvhøiden,
H. Mach, T. Martinez, R.A. Naumann, K. Nybø, G. Nyman, H. Ravn,
B. Rubio, J. Simpson, A.G. Smith, J.F. Smith, K. Steffensen, J.L. Tain,
O. Tengblad, T.F. Thorsteinsen, ISOLDE
G.J. Lane, D.B. Fossan, I. Thorslund, P. Vaska, R.G. Allatt, E.S. Paul,
L. Kaubler, H. Schnare, I.M. Hibbert, N. O’Brien, R. Wadsworth, W. Andrejtscheff, J. deGraaf, J. Simpson, I.Y. Lee, A.O. Macchiavelli, D.J. Blumenthal, C.N. Davids, C.J. Lister, D. Seweryniak, A.V. Afanasjev, I. Ragnarsson
C.F. Liang, P. Paris, R.K. Sheline
R.W. Lougheed
S. Mitsuoka, H. Ikezoe, T. Ikuta, Y. Nagame, K. Tsukada, I. Nishinaka,
Y. Oura, Y.L. Zhao
D.J. Morrissey, K.N. McDonald, D. Bazin, B.A. Brown, R. Harkewicz,
N.A. Orr, B.M. Sherrill, G.A. Souliotis, M. Steiner, J.A. Winger, S.J. Yennello, B.M. Young, S. Lukyanov, G. Chubarian, Yu. Ts. Oganessian
U. Müller, P. Sevenich, K. Freitag, C. Günther, P. Herzog, G.D. Jones,
C. Kliem, J. Manns, T. Weber, B. Will, ISOLDE
M. Oinonen, A. Jokinen, J. Äystö, P. Baumann, F. Didierjean, A. Honkanen,
A. Huck, M. Huyse, A. Knipper, G. Marguier, Yu. Novikov, A. Popov,
M. Ramdhane, D.M. Seliverstov, P. Van Duppen, G. Walter, ISOLDE
Y.H. Pu, K. Morita, M.G. Hies, K.O. Lee, A. Yoshida, T. Nomura,
Y. Tagaya, T. Motobayashi, M. Kurokawa, H. Minemura, T. Uchibori,
T. Ariga, K. Sueki, S.A. Shin
S. Röttger, A. Paul, U. Keyser
H. Sakurai, N. Aoi, D. Beaumel, N. Fukuda, M. Hirai, E. Ideguchi, M. Ishihara, H. Iwasaki, T. Kishida, T. Kubo, H. Kumagai, S.M. Lukyanov,
T. Nakamura, M. Notani, Yu. Ts. Oganessian, Yu. E. Penionzhkevich,
T. Teranishi, Y. Watanabe, Y. Watanabe, K. Yoneda, A. Yoshida
K. Schmidt, P.C. Divari, Th. W. Elze, R. Grzywacz, Z. Janas, I.P. Johnstone,
M. Karny, H. Keller, R. Kirchner, O. Klepper, A. Plochocki, E. Roeckl,
K. Rykaczewski, L.D. Skouras, J. Szerypo, J. Żylicz
R.K. Sheline, C.F. Liang, P. Paris, A. Gizon
T. Shizuma, G. Sletten, R.A. Bark, N.L. Gjorup, H.J. Jensen, S. Mitarai,
M. Piiparinen, J. Wrzesinski
G.A. Souliotis, W. Loveland, K.E. Zyromski, G.J. Wozniak, D.J. Morrissey, J.O. Liljenzin, K. Aleklett
K. Sümmerer, R. Schneider, T. Faestermann, J. Friese, H. Geissel,
R. Gernhauser, H. Gilg, F. Heine, J. Homolka, P. Kienle, H.-J. Korner,
G. Münzenberg, J. Reinhold, K. Zeitelhack
J. Szerypo, R. Grzywacz, Z. Janas, M. Karny, M. Pfützner, A. Plochocki, K. Rykaczewski, J. Żylicz, M. Huyse, G. Reusen, J. Schwarzenberg, P. Van Duppen, A. Woehr, H. Keller, R. Kirchner, O. Klepper,
A. Piechaczek, E. Roeckl, K. Schmidt, L. Batist, A. Bykov, V. Wittman,
B.A. Brown
O. Tarasov, R. Allatt, J.C. Angélique, R. Anne, C. Borcea, Z. Dlouhy,
C. Donzaud, S. Grevy, D. Guillemaud-Mueller, M. Lewitowicz,
S. Lukyanov, A.C. Mueller, F. Nowacki, Yu. Oganessian, N.A. Orr,
A.N. Ostrowski, R.D. Page, Yu. Penionzhkevich, F. Pougheon, A. Reed,
M.G. Saint-Laurent, W. Schwab, E. Sokol, O. Sorlin, W. Trinder, J.S. Winfield
J. Uusitalo, M. Leino, R.G. Allatt, T. Enqvist, K. Eskola, P.T. Greenlees, S. Hurskanen, A. Keenan, H. Kettunen, P. Kuusiniemi, R.D. Page,
W.H. Trzaska
656
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
1997Wa04 ZPAAD
357,
39
1997Wa05 PRVCA
55,
1192
1997Wo06 NUPAB
621,
289c
1997Ya03
1997Za07
ZPAAD
PRLTA
357,
79,
353
4306
1997Zi04
NUPAB
619,
151
1997Zi06
JPGPE
23,
1707
J. Wawryszczuk, M.B. Yuldashev, K. Ya. Gromov, V.I. Fominykh,
Zh. Sereeter, V.G. Kalinnikov, N. Yu. Kotovsky, K.V. Kalyapkin,
A.W. Potempa, I.N. Izosimov, M. Yu. Myakushin, A.A. Rimsky-Korsakov,
T.M. Muminov
J. Wauters, J.C. Batchelder, C.R. Bingham, D.J. Blumenthal, L.T. Brown,
L.F. Conticchio, C.N. Davids, T. Davinson, R.J. Irvine, D. Seweryniak,
K.S. Toth, W.B. Walters, P.J. Woods, E.F. Zganjar
A. Wohr, A. Andreev, N. Bijnens, J. Breitenbach, S. Franchoo, M. Huyse,
Y.A. Kudryavtsev, A. Piechaczek, R.R. Raabe, G. Reusen, L. Vermeeren,
P. Van Duppen
W.F. Yang, Z.Z. Zhao, Z.W. Li, W.T. Mou
K. Zaerpoor, Y.D. Chan, D.E. DiGregorio, M.R. Dragowsky,
M.M. Hindi, M.C.P. Isaac, K.S. Krane, R.M. Larimer, A.O. Macchiavelli,
R.W. Macleod, P. Mincinovic, E.B. Norman
M. Zinser, F. Humbert, T. Nilsson, W. Schwab, H. Simon, T. Aumann,
M.J.G. Borge, L.V. Chulkov, J. Cub, Th. W. Elze, H. Emling, H. Geissel,
D. Guillemaud-Mueller, P.G. Hansen, R. Holzmann, H. Irnich, B. Jonson,
J.V. Kratz, R. Kulessa, Y. Leifels, H. Lenske, A. Magel, A.C. Mueller,
G. Münzenberg, F. Nickel, G. Nyman, A. Richter, K. Riisager, C. Scheidenberger, G. Schrieder, K. Stelzer, J. Stroth, A. Surowiec, O. Tengblad,
E. Wajda, E. Zude
B.E. Zimmerman, M.P. Unterweger, J.T. Cessna
1998
1998Al27
PYLBB
437,
29
1998Am04 EPJAA
1,
275
1998Ar10
NUPAB
636,
209
1998Ax02
NUPAB
634,
475
1998Az01
PRVCA
57,
628
1998Ba13
PRVCA
57,
1042
1998Ba83
1998Ba85
PRVCA
NUPAB
58,
641,
2571
133
1998Ba.A
P-Bellaire
90
R.G. Allatt, R.D. Page, M. Leino, T. Enqvist, K. Eskola, P.T. Greenlees,
P. Jones, R. Julin, P. Kuusiniemi, W.H. Trzaska, J. Uusitalo
F. Ameil, M. Bernas, P. Armbruster, S. Czajkowski, P. Dessagne, H. Geissel, E. Hanelt, C. Kozhuharov, C. Miehé, C. Donzaud, A. Grewe, A. Heinz,
Z. Janas, M. de Jong, W. Schwab, S. Steinhäuser
R. Arnold, C. Augier, J. Baker, A. Barabash, D. Blum, V. Brudanin,
A.J. Caffrey, J.E. Campagne, E. Caurier, D. Dassié, V. Egorov, R. Eschbach, T. Filipova, R. Gurriaran, J.L. Guyonnet, F. Hubert, Ph. Hubert, S. Jullian, I. Kisel, O. Kochetov, V.N. Kornoukhov, V. Kovalenko,
D. Lalanne, F. Laplanche, F. Leccia, I. Linck, C. Longuemare, Ch. Marquet, F. Mauger, P. Mennrath, H.W. Nicholson, I. Pilugin, F. Piquemal,
O. Purtov, J.-L. Reyss, X. Sarazin, F. Scheibling, J. Suhonen, C.S. Sutton,
G. Szklarz, V. Timkin, R. Torres, V.I. Tretyak, V. Umatov, I. Vanyushin,
A. Vareille, Yu. Vasilyev, Ts. Vylov, V. Zerkin,
L. Axelsson, J. Äystö, M.J.G. Borge, L.M. Fraile, H.O.U. Fynbo,
A. Honkanen, P. Hornshøj, A. Jokinen, B. Jonson, P.O. Lipas, I. Martel,
I. Mukha, T. Nilsson, G. Nyman, B. Petersen, K. Riisager, M.H. Smedberg,
O. Tengblad, ISOLDE, and PrvCom GAu December 1997, and erratum
NUPAB 641,529
A. Azhari, T. Baumann, J.A. Brown, M. Hellström, J.H. Kelley,
R.A. Kryger, D.J. Millener, H. Madani, E. Ramakrishnan, D.E. Russ,
T. Suomijarvi, M. Thoennessen, S. Yokoyama
J.C. Batchelder, C.R. Bingham, K. Rykaczewski, K.S. Toth, T. Davinson,
J.A. McKenzie, P.J. Woods, T.N. Ginter, C.J. Gross, J.W. McConnell,
E.F. Zganjar, J.H. Hamilton, W.B. Walters, C. Baktash, J. Greene, J.F. Mas,
W.T. Milner, S.D. Paul, D. Shapira, X.J. Xu, C.H. Yu
P.H. Barker, P.A. Amundsen
M. Balodis, P. Prokofjevs, N. Krāmere, L. Simonova, J. Bērzinš, T. Krasta,
J. Kern, A. Raemy, J.C. Dousse, W. Schwitz, J.A. Cizewski, G.G. Colvin,
H.G. Börner, P. Geltenbort, F. Hoyler, S.A. Kerr, K. Schreckenbach,
R. Georgii, T. von Egidy, J. Klora, H. Lindner, U. Mayerhofer, A. Walter,
A.V. Murzin, V.A. Libman, I.A. Kondurov, Yu. E. Loginov, P.A. Sushkov,
S. Brant, V. Paar, V. Lopac
Y. Bai, D.J. Vieira, H.L. Seifert, J.M. Wouters, and PrvCom AHW June
1998
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
1998Be19
PRVCA
57,
2740
1998Be28
NUPAB
636,
419
1998Bh04
PRVCA
58,
1247
1998Bh12
PRVCA
58,
3677
1998Bi.A
P-Bellaire
1998Bo30
1998By01
1998Ch20
NUPAB
PYLBB
NUPAB
642,
80,
637,
419
2077
3
1998Co27
EPJAA
3,
17
1998Cz01
NUPAB
628,
537
1998Da03
PRLTA
80,
1849
1998Do04
PRVCA
57,
1159
1998En.A
1998Es02
PrvCom
PRVCA
AHW
57,
008
417
1998Fo04
EPJAA
1,
355
1998Fo06
PRVCA
58,
749
1998Fr15
PRLTA
81,
3100
1998Ge13
EPJAA
3,
225
1998Gr12
PYLBB
429,
247
1998Gr14
PRLTA
81,
766
474
657
T. Belgya, B. Fazekas, Zs. Kasztovszky, Zs. Revay, G. Molnar, M. Yeh,
P.E. Garrett, S.W. Yates
A.V. Belozyorov, R. Kalpakchieva, Yu. E. Penionzhkevich, Z. Dlouhy,
S. Piskor, J. Vincour, H.G. Bohlen, M. von Lucke-Petsch, A.N. Ostrowski,
D.V. Alexandrov, E. Yu. Nikolsky, B.G. Novatsky, D.N. Stepanov
M. Bhattacharya, A. Garcı́a, M.M. Hindi, E.B. Norman, C.E. Ortiz,
N.I. Kaloskamis, C.N. Davids, O. Civitarese, J. Suhonen
M. Bhattacharya, A. Garcı́a, N.I. Kaloskamis, E.G. Adelberger, H.E. Swanson, R. Anne, M. Lewitowicz, M.G. Saint-Laurent, W. Trindler, C. Donzaud, D. Guillemaud-Mueller, S. Leenhardt, A.C. Mueller, F. Pougheon,
O. Sorlin
C.R. Bingham, J.C. Batchelder, J.A. Cizewski, C.N. Davids, R.J. Irvine,
W. Reviol, D. Sewerniak, K.S. Toth, W.B. Walters, J. Wauters, J.L. Wood,
X.J. Xu, J. Uusitalo, E.F. Zganjar
R. Böttger, H. Schölermann
A.P. Byrne, S. Bayer, G.D. Dracoulis, T. Kibédi
M. Chartier, W. Mittig, N.A. Orr, J.-C. Angélique, G. Audi, J.-M. Casandjian, A. Cunsolo, C. Donzaud, A. Foti, A. Lépine-Szily, M. Lewitowicz, S. Lukyanov, M. Mac Cormick, D.J. Morrissey, A.N. Ostrowski,
B.M. Sherril, C. Stéphan, T. Suomijärvi, L. Tassan-Got, D.J. Vieira,
A.C.C. Villari, J.M. Wouters
J.F.C. Cocks, M. Muikku, W. Korten, R. Wadsworth, S. Chmel, J. Domscheit, P.T. Greenlees, K. Helariutta, I. Hibbert, M. Houry, D. Jenkins,
P. Jones, R. Julin, S. Juutinen, H. Kankaanpää, H. Kettunen, P. Kuusiniemi,
M. Leino, Y. Le Coz, R. Lucas, E. Mergel, R.D. Page, A. Savelius, W. Trzaska
C. Czajkowski, S. Andriamonje, B. Blank, F. Boué, R. Del Moral, J.P. Dufour, A. Fleury, P. Pourre, M.S. Pravikoff, E. Hanelt, K.-H. Schmidt,
N.A. Orr
C.N. Davids, P.J. Woods, D. Seweryniak, A.A. Sonzogni, J.C. Batchelder,
C.R. Bingham, T. Davinson, D.J. Henderson, R.J. Irvine, G.L. Poli, J. Uusitalo, W.B. Walters
J. Döring, H. Schatz, A. Aprahamian, R.C. de Haan, J. Görres, M. Wiescher, W.B. Walters, J. Rikovska, L.T. Brown, C.N. Davids, C.J. Lister,
D. Seweryniak, B. Foy
T. Enqvist, et al (PrvCom of H. Geissel)
K. Eskola, P. Kuusiniemi, M. Leino, J.F.C. Cocks, T. Enqvist, S. Hurskanen, H. Kettunen, W.H. Trzaska, J. Uusitalo, R,G. Allat, P.T. Greenlees,
R.D. Page
B. Fornal, R. Broda, W. Krolas, T. Pawlat, J. Wrzesinski, P.J. Daly, P. Bhattacharyya, Z.W. Grabowski, C.T. Zhang, D. Bazzacco, S. Lunardi, C. Rossi
Alvarez, G. de Angelis, D.R. Napoli
B.D. Foy, D.S. Brenner, C.N. Davids, D. Seweryniak, D. Blumenthal,
R.L. Gill, N.V. Zamfir, D.D. Warner, C.J. Barton
S. Franchoo, M. Huyse, K. Kruglov, Y. Kudryavtsev, W.F. Mueller,
R. Raabe, I. Reusen, P. Van Duppen, J. Van Roosbroeck, L. Vermeeren,
A. Wöhr, K.-L. Kratz, B. Pfeiffer, W.B. Walters
U. Georg, W. Borchers, M. Keim, A. Klein, P. Lievens, R. Neugart, M. Neuroth, P.M. Rao, Ch. Schulz, ISOLDE
R. Grzywacz, S. Andriamonje, B. Blank, F. Boué, S. Czajkowski,
F. Davi, R. Del Moral, C. Donzaud, J.P. Dufour, A. Fleury, H. Grawe,
A. Grewe, A. Heinz, Z. Janas, A.R. Junghans, M. Karny, M. Lewitowicz,
A. Musquère, M. Pfützner, M.-G. Porquet, M.S. Pravikoff, J.-E. Sauvestre,
K. Sümmerer
R. Grzywacz, R. Béraud, C. Borcea, A. Emsallem, M. Glogowski,
H. Grawe, D. Guillemaud-Mueller, M. Hjorth-Jensen, M. Houry,
M. Lewitowicz, A.C. Mueller, A. Nowak, A. Plochocki, M. Pfützner,
K. Rykaczewski, M.G. Saint-Laurent, J.-E. Sauvestre, M. Schaefer, O. Sorlin, J. Szerypo, W. Trinder, S. Viteritti, J. Winfield
658
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
1998Gr.B
1998Gu10
P-Bellaire
PRVCA
58,
430
116
1998Ha36
1998Ho13
1998Ho15
PRVCA
RPPHA
PRVCA
58,
61,
58,
821
639
1318
1998Ik01
PRVCA
57,
2804
1998Ik02
EPJAA
2,
379
1998Is06
EPJAA
2,
173
1998Is11
PRLTA
81,
4100
1998Jo18
EPJAA
3,
271
1998Ka42
NUPAB
640,
3
1998Ka.A
AnRpt GSI
1998Ki20
PYLBB
443,
82
1998Ko66
JUPSA
67,
3405
1998Ku17
EPJAA
2,
241
1998Le15
EPJAA
2,
9
1998Le.A
1998Lh02
P-Bellaire
EPJAA
1,
422
285
1998Li46
PRVCA
58,
2677
1998Li50
PYLBB
440,
246
1998Lu08 EPJAA
1998Mo30 EPJAA
2,
3,
149
99
49,
1653
359
1998Ni07
1998No.A
ARISE
P-Bellaire
22
R. Grzywacz
V. Guimaraes, S. Kubono, N. Ikeda, I. Katayama, T. Nomura, M.H. Tanaka,
Y. Fuchi, H. Kawashima, S. Kato, H. Toyokawa, C.C. Yun, T. Niizeki,
T. Kubo, M. Ohura, M. Hosaka
P.D. Harty, N.S. Bowden, P.H. Barker, P.A. Amundsen
S. Hofmann
I. Hossain, T. Ishii, A. Makishima, M. Asai, S. Ichikawa, M. Itoh, M. Ishii,
P. Kleinheinz, M. Ogawa
T. Ikuta, H. Ikezoe, S. Mitsuoka, I. Nishinaka, K. Tsukuda, Y. Nagame,
J. Lu, T. Kuzumaki
H. Ikezoe, T. Ikuta, S. Mitsuoka, Y. Nagame, I. Nishinaka, K. Tsukada,
T. Ohtsuki, T. Kuzumaki, J. Lu
S. Issmer, M. Fruneau, J.A. Pinston, M. Asghar, D. Barnéoud, J. Genevey,
Th. Kerscher, K.E.G. Löbner
T. Ishii, M. Asai, I. Hossain, P. Kleinheinz, M. Ogawa, A. Makishima,
S. Ichikawa, M. Itoh, M. Ishii, J. Blomqvist
A. Jokinen, M. Oinonen, J. Äystö, P. Baumann, P. Dendooven, F. Didierjean, V. Fedoseyev, A. Huck, Y. Jading, A. Knipper, M. Koizumi, U. Köster,
J. Lettry, P.O. Lipas, W. Liu, V. Mishin, M. Ramdhane, H. Ravn, E. Roeckl,
V. Sebastian, G. Walter, ISOLDE
M. Karny, L. Batist, B.A. Brown, D. Cano-Ott, R. Collatz, A. Gadea,
R. Grzywacz, A. Guglielmetti, M. Hellström, Z. Hu, Z. Janas, R. Kirchner, F. Moroz, A. Piechaczek, A. Plochocki, E. Roeckl, B. Rubio,
K. Rykaczewski, M. Shibata, J. Szerypo, J.L. Tain, V. Wittmann, A. Wöhr
M. Karny, L. Batist, D. Cano, R. Collatz, A. Gadea, M. Gierlik,
R. Grzywacz, A. Guglielmetti, M. Hellström, Z. Hu, Z. Janas, R. Kirchner, F. Moroz, A. Piechaczek, A. Plochocki, E. Roeckl, B. Rubio,
K. Rykaczewski, M. Shibata, J. Szerypo, J.L. Tain, V. Wittmann, A. Wöhr
S.L. King, J. Simpson, R.D. Page, N. Amzal, T. Bäck, B. Cederwall,
J.F.C. Cocks, D.M. Cullen, P.T. Greenlees, M.K. Harder, K. Helariutta,
P. Jones, R. Julin, S. Juutinen, H. Kankaanpää, A. Keenan, H. Kettunen,
P. Kuusiniemi, M. Leino, R. Lemmon, M. Muikku, A. Savelius, J. Uusitalo,
P. Van Isacker
Y. Kojima, M. Asai, A. Osa, M. Koizumi, T. Sekine, M. Shibata, H. Yamamoto, K. Kawade, T. Tachibana
J. Kurpeta, G. Lhersonneau, J.C. Wang, P. Dendooven, A. Honkanen,
M. Huhta, M. Oinonen, H. Penttilä, K. Peräjärvi, J.R. Persson, A. Plochocki, J. Äystö
A.I. Levon, J. de Boer, M. Loewe, M. Würkner, T. Czosnyka, J. Iwanicki,
P.J. Napiorkowski
M. Leino, et al (and oral presentation)
G. Lhersonneau, B. Pfeiffer, J. Alstad, P. Dendooven, K. Eberhardt, S. Hankonen, I. Klöckl, K.-L. Kratz, A. Nähler, R. Malmbeck, J.P. Omtvedt,
H. Penttilä, S. Schoedder, G. Skarnemark, N. Trautmann, J. Äystö
W. Liu, M. Hellström, R. Collatz, J. Benlliure, L. Chulkov, D. Cortina Gil,
F. Farget, H. Grawe, Z. Hu, N. Iwasa, M. Pfützner, A. Piechaczek, R. Raabe,
I. Reusen, E. Roeckl, G. Vancraeynest, A. Wöhr
M. Lipoglavšek, D. Seweryniak, C.N. Davids, C. Fahlander, M. Górska,
R.V.F. Janssens, J. Nyberg, J. Uusitalo, W.B. Walters, I. Ahmad,
J. Blomqvist, M.P. Carpenter, J.A. Cizewski, S.M. Fischer, H. Grawe,
G. Hackman, M. Huhta, C.J. Lister, D. Nisius, G. Poli, P. Reiter, J. Ressler,
J. Schwartz, A. Sonzogni
X. Lu, J. Guo, K. Zhao, Y. Cheng, Y. Ma, Z. Li, S. Li, M. Ruan
T. Morek, K. Starosta, Ch. Droste, D. Fossan, G. Lane, J. Sears, J. Smith,
P. Vaska
Y. Nir-El, N. Lavi
M. Notani, N. Aoi, N. Fukuda, H. Iwasaki, K. Yoneda, H. Ogawa, T. Teranishi, S.M. Lukyanov, Yu. E. Penionzhkevich, T. Nakamura, H. Sakurai,
E. Ideguchi, A. Yoshida, Y. Watanabe, T. Kubo, M. Ishihara
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
1998Oi.A
1998Pf02
JYFL-7 1998
PYLBB
444,
1998Po.A
1998Ri03
1998Ro45
1998Sh21
PrvCom
PRLTA
PACHA
ARISE
GAu
80,
70,
49,
Mar
3206
217
1481
1998So03
NUPAB
632,
205
1998St28
1998Su16
1998Ti06
1998To14
NUPAB
EPJAA
NUPAB
PRVCA
642,
2,
636,
58,
361
237
249
1310
1998Tu01
PRVCA
57,
1648
1998Uu01
PRVCA
57,
2259
1998Uu.A
P-Bellaire
1998Vi06
PYLBB
437,
264
1998Wa.A PrvCom
1998Wh01 PRVCA
AHW
57,
Feb
1112
1998Wh02 PYLBB
425,
239
1998Wi.A
32
375
P-Bellaire
606
1998Wu01 PRLTA
80,
2085
1998Yo06
JPGPE
24,
1395
1998Yo.A
AnRpt RIKEN
1998Zh03
EPJAA
1,
1
1998Zh22
PRVCA
58,
156
78
659
M. Oinonen et al.
M. Pfützner, P. Armbruster, T. Baumann, J. Benlliure, M. Bernas, W.N. Catford, D. Cortina-Gil, J.M. Daugas, H. Geissel, M. Górska, H. Grawe,
R. Grzywacz, M. Hellström, N. Iwasa, Z. Janas, A.R. Junghans, M. Karny,
S. Leenhardt, M. Lewitowicz, A.C. Mueller, F. de Oliviera, P.H. Regan,
M. Rejmund, K. Rykaczewski, K. Sümmerer
F. Pougheon
D.S. Richardson, D.M. Benton, D.E. Evans, J.A.R. Griffith, G. Tungate
K.J.R. Rosman, P.D.P. Taylor
M. Shibata, Y. Satoh, S. Itoh, H. Yamamoto, K. Kawade, Y. Kasugai,
Y. Ikeda
O. Sorlin, V. Borrel, S. Grevy, D. Guillemaud-Mueller, A.C. Mueller,
F. Pougheon, W. Bohmer, K.-L. Kratz, T. Mehren, P. Moller, B. Pfeiffer,
T. Rauscher, M.G. Saint-Laurent, R. Anne, M. Lewitowicz, A. Ostrowski,
T. Dorfler, W.-D. Schmidt-Ott
A.E. Stuchbery, G.J. Lampard, H.H. Bolotin
M. Sugawara, H. Kusakari, T. Murakami, T. Kohno
D.R. Tilley, C.M. Cheves, J.H. Kelley, S. Raman, H.R. Weller
K.S. Toth, X.-J. Xu, C.R. Bingham, J.C. Batchelder, L.F. Conticchio,
W.B. Walters, L.T. Brown, C.N. Davids, R.J. Irvine, D. Seweryniak,
J. Wauters, E.F. Zganjar
A. Türler, R. Dressler, B. Eichler, H.W. Gäggeler, D.T. Jost, M. Schädel,
W. Brüchle, K.E. Gregorich, N. Trautmann, S. Taut
J. Uusitalo, D. Seweryniak, P.F. Mantica, J. Rikovska, D.S. Brenner,
M. Huhta, J. Greene, J.J. Ressler, B. Tomlin, C.N. Davids, C.J. Lister,
W.B. Walters
J. Uusitalo, C.N. Davids, P.J. Woods, D. Sewernyak, A.A. Sonzogni,
J.C. Batchelder, C.R. Bingham, T. Davinson, J. de Boer, D.J. Henderson,
H.J. Maier, J. Ressler, R. Slinger, W.B. Walter
S.M. Vincent, P.H. Regan, D.D. Warner, R.A. Bark, D. Blumenthal,
M.P. Carpenter, C.N. Davids, W. Gelletly, R.V.F. Janssens, C.D. O’Leary,
C.J. Lister, J. Simpson, D. Seweryniak, T. Saitoh, J. Schwartz,
S. Törmänen, O. Juillet, F. Nowacki, P. Van Isacker
A.H. Wapstra
D.H. White, R.W. Hoff, H.G. Börner, K. Schreckenbach, F. Hoyler,
G. Colvin, I. Ahmad, A.M. Friedman, J.R. Erskine
C. Wheldon, R. D’Alarcao, P. Chowdhury, P.M. Walker, E. Seabury,
I. Ahmad, M.P. Carpenter, D.M. Cullen, G. Hackman, R.V.F. Janssens,
T.L. Khoo, D. Nisius, C.J. Pearson, P. Reiter
J.A. Winger, H.H. Yousif, W.C. Ma, V. Ravikumar, W. Lui, S.K. Phillips,
R.B. Piercey, P.F. Mantica, B. Pritychenko, R.M. Ronningen, M. Steiner
A.H. Wuosmaa, I. Ahmad, S.M. Fischer, J.P. Greene, G. Hackman,
V. Nanal, G. Savard, J.P. Schiffer, P. Wilt, S.M. Austin, B.A. Brown,
S.J. Freedman, J.J. Connell
K. Yoneda, N. Aoi, H. Iwasaki, H. Sakurai, H. Ogawa, T. Nakamura,
W.-D. Schmidt-Ott, M. Schaefer, M. Notani, N. Fukuda, E. Ideguchi,
T. Kishida, S.S. Yamamoto, M. Ishihara
K. Yoneda, H. Sakurai, N. Aoi, N. Fukuda, T. Gomi, E. Ideguchi, N. Imai,
H. Iwasaki, T. Kubo, Z. Liu, S.M. Lukyanov, T. Nakamura, M. Notani, H. Ogawa, Y.E. Penionzhkevich, W.-D. Schmidt-Ott, S. Shimoura,
E. Sokol, Y.X. Watanabe, A. Yoshida, X. Zhou, M. Ishihara
Y.H. Zhang, Q.Z. Zhao, S.F. Zhu, H.S. Xu, X.H. Zhou, Y.X. Guo, X.G. Lei,
J. Lu, Q.B. Gou, H.J. Jin, Z. Liu, Y.X. Luo, X.F. Sun, Y.T. Zhu
L. Zhang, J. Zhao, J. Zheng, J. Wang, Z. Qin, Y. Yang, C. Zhang, G. Jin,
G. Guo, Y. Du, T. Guo, T. Wang, B. Guo, J. Tian, Y. Lou
1999
660
1999Al20
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
PYLBB
457,
253
1999Am05 NUPAB
651,
3
1999An10
PRLTA
82,
1819
1999An36
APOBB
30,
1255
1999An52
EPJAA
6,
381
1999Ar25
NUPAB
658,
299
1999As03
PRVCA
59,
3060
1999Ba45
EPJAA
5,
49
1999Ba84
NUPAB
657,
113
1999Be53
NUPAB
658,
129
1999Be63
NUPAB
660,
87
1999Be64
NUPBB
563,
97
1999Bi14
PRVCA
59,
2984
1999Bo26
PPNPD
42,
17
1999Br47
PRLTA
83,
4510
1999Ca21
EPJAA
5,
1
1999Ca46
PRLTA
83,
4506
A. Alessandrello, J.W. Beeman, C. Brofferio, O. Cremonesi, E. Fiorini,
A. Giuliani, E.E. Haller, B. Margesin, A. Monfardini, A. Nucciotti, M. Pavan, G. Pessina, G. Pignatel, E. Previtali, L. Zanotti, M. Zen
F. Ames, G. Audi, D. Beck, G. Bollen, M. de Saint Simon, R. Jertz, H.J. Kluge, A. Kohl, M. König, D. Lunney, I. Martel, R.B. Moore, T. Otto,
Z. Patyk, H. Raimbault-Hartmann, G. Rouleau, G. Savard, E. Schark,
S. Schwarz, L. Schweikhard, H. Stolzenberg, J. Szerypo, ISOLDE
A.N. Andreyev, M. Huyse, P. Van Duppen, J.F.C. Cocks, K. Helariutta,
H. Kettunen, P. Kuusiniemi, M. Leino, W.H. Trzaska, K. Eskola, R. Wyss
A.N. Andreyev, N. Bijnens, J.F. Cocks, K. Eskola, K. Helariutta, M. Huyse,
H. Kettunen, P. Kuusiniemi, M. Leino, W.H. Trzaska, P. Van Duppen,
R. Wyss
A.N. Andreyev, D. Ackermann, P. Cagarda, J. Gerl, F. Heßberger, S. Hofmann, M. Huyse, A. Keenan, H. Kettunen, A. Kleinbohl, A. Lavrentiev,
M. Leino, B. Lommel, M. Matos, G. Münzenberg, C. Moore, C.D. O’Leary,
R.D. Page, S. Reshitko, S. Saro, C. Schlegel, H. Schaffner, M. Taylor,
P. Van Duppen, L. Weissman, R. Wyss
R. Arnold, C. Augier, J. Baker, A. Barabash, D. Blum, V. Brudanin,
A.J. Caffrey, J.E. Campagne, E. Caurier, D. Dassié, V. Egorov, T. Filipova,
R. Gurriaran, J.L. Guyonnet, F. Hubert, Ph. Hubert, S. Jullian, I. Kisel,
O. Kochetov, V.N. Kornoukhov, V. Kovalenko, D. Lalanne, F. Laplanche,
F. Leccia, I. Linck, C. Longuemare, Ch. Marquet, F. Mauger, H.W. Nicholson, I. Pilugin, F. Piquemal, J.-L. Reyss, X. Sarazin, F. Scheibling, J. Suhonen, C.S. Sutton, G. Szklarz, V. Timkin, R. Torres, V.I. Tretyak, V. Umatov,
I. Vanyushin, A. Vareille, Yu. Vasilyev, Ts. Vylov
M. Asai, S. Ichikawa, K. Tsukada, M. Sakama, M. Shibata, Y. Kojima,
A. Osa, I. Nishinaka,Y. Nagame, K. Kawade, T. Tachibana
J.C. Batchelder, K.S. Toth, C.R. Bingham, L.T. Brown, L.F. Conticchio, C.N. Davids, R.J. Irvine, D. Sewerniak, W.B. Walters, J. Wauters,
E.F. Zganjar, J.L. Wood, C. De Coster, B. Decroix, K. Heyde
R.A. Bark, S. Törmänen, T. Bäck, B. Cederwall, S.W. Ødegøard,
J.F.C. Cocks, K. Helariutta, P. Jones, R. Julin, S. Juutinen, H. Kankaanpää,
H. Kettunen, P. Kuusiniemi, M. Leino, M. Muikku, P. Rahkila, A. Savelius,
M. Bergström, F. Ingebretsen, A. Maj, M. Mattiuzzi, W. Mueller,
L.L. Riedinger, T. Saitoh, P.O. Tjøm
U.C. Bergmann, L. Axelsson, M.J.G. Borge, V.N. Fedoseyev, C. Forssén,
H.O.U. Fynbo, S. Grévy, P. Hornshøj, Y. Jading, B. Jonson, U. Köster,
K. Markenroth, F.M. Marqués, V.I. Mishin, T. Nilsson, G. Nyman, A. Oberstedt, H.L. Ravn, K. Riisager, G. Schrieder, V. Sebastian, H. Simon,
O. Tengblad, F. Wenander, K. Wilhelmsen Rolander, ISOLDE
J. Benlliure, K.-H. Schmidt, D. Cortina-Gil, T. Enqvist, F. Farget, A. Heinz,
A.R. Junghans, J. Pereira, J. Taieb
P. Belli, R. Bernabei, C.J. Dai, F. Grianti, H.L. He, G. Ignesti, A. Incicchitti,
H.H. Kuang, J.M. Ma, F. Montecchia, O.A. Ponkratenko, D. Prosperi,
V.I. Tretyak, Yu. G. Zdesenko
C.R. Bingham, J. Batchelder, K. Rykaczewski, K.S. Toth, C.-H. Yu,
T.N. Ginter, C.J. Gross, R. Grzywacz, M. Karny, S.H. Kim, B.D. MacDonald, J.F. Mas, J.W. McConnell, P.B. Semmes, J. Szerypo, W. Weintraub,
E.F. Zganjar
H.G. Bohlen, A. Blazevic, B. Gebauer, W. von Oertzen, S. Thummerer,
R. Kalpakchieva, S.M. Grimes, T.N. Massey
M.P. Bradley, J.V. Porto, S. Rainville, J.K. Thompson, D.E. Pritchard, and
PrvCom GAu Nov 1999
G. Canchell, R. Béraud, E. Chabanat, E. Emsallem, N. Redon, P. Dendooven, J. Huikari, A. Jokinen, V. Kolhinen, G. Lhersonneau, M. Oinonen,
A. Nieminen, H. Penttilä, K. Peräjärvi, J.C. Wang
C. Carlberg, T. Fritioff, I. Bergström
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
1999Dl01
JPHGB
25,
859
1999Dr09
PRVCA
59,
3433
1999Dr13
JPGPE
25,
1839
1999Fe10
EPJAA
6,
235
1999Fo01
1999Fo.A
1999Ga41
PRLTA
PrvCom
EPJAA
82,
GAu
6,
1823
Oct
59
1999Ga.A
B-Seeheim
1999Gi14
NUPAB
658,
97
1999Gr28
EPJAA
6,
269
1999Ha05
PRLTA
82,
1391
1999He11
1999He25
JPHGB
APOBB
25,
30,
877
1267
1999He32
EPJAA
6,
289
1999Ho01
NUPAB
645,
331
1999Ho09
1999Ho28
PYLBB
PRVCA
451,
60,
247
57301
1999Hu05
PRVCA
59,
2402
1999Hu10
PRVCA
60,
24315
1999Ja02
PRLTA
82,
295
O34
661
Z. Dlouhý, Yu. Penionzhkevich, R. Anne, D. Baiborodin, C. Borcea,
A. Fomichev, D. Guillemaud-Mueller, R. Kalpakchieva, M. Lewitowicz, S. Lukyanov, A.C. Mueller, Yu. Oganessian, R.D. Page, A. Reed,
M.G. Saint-Laurent, E. Sokol, N. Skobelev, O. Sorlin, O. Tarasov,
V. Toneev, W. Trinder
R. Dressler, B. Eichler, D.T. Jost, D. Piguet, A. Tuerler, Ch. Duehlmann,
R. Eichler, H.W. Gaeggeler, M. Gaertner, M. Schaedel, S. Taut, A.B. Yakushev
O. Dragoun, A. Spalek, M. Rysavy, A. Kovalik, E.A. Yakushev, V. Brabec,
A.F. Novgorodov, N. Dragounova, J. Rizek
X.C. Feng, Y.X. Guo, X.H. Zhou, X.F. Sun, X.G. Lei, W.X. Huang, J.J. He,
Z. Liu, Y.H. Zhang, S.F. Zhu, Y.X. Luo, S.X. Wen, G.J. Yuan, X.G. Wu
B. Fogelberg, K.A. Mezilev, H. Mach, V.I. Isakov, J. Slivova
K. Foehl
Z.G. Gan, Z. Qin, J.S. Guo, L.J. Shi, H.Y. Liu, T.R. Guo, X.G. Lei, R.C. Ma,
W.X. Huang, S.G. Yuan, X.Q. Zhang, G.M. Jin
H.W. Gäggeler, R. Dressler, A. Türler, D.T. Jost, B. Eichler, H.R. von Gunten
J. Gizon, A. Gizon, J. Timár, Gh. Cata-Danil, B.M. Nyakó, L. Zolnai,
A.J. Boston, D.T. Joss, E.S. Paul, A.T. Semple, N.J. O’Brien, C.M. Parry,
D. Bucurescu, S. Brant, V. Paar
P.T. Greenlees, P. Kuusiniemi, N. Amzal, A. Andreyev, P.A. Butler,
K.J. Cann, J.F.C. Cocks, O. Dorvaux, T. Enqvist, P. Fallon, B. Gall,
M. Guttormsen, D. Hawcroft, K. Helariutta, F.P. Heßberger, F. Hoellinger,
G.D. Jones, P. Jones, R. Julin, S. Juutinen, H. Kankaanpää, H. Kettunen,
M. Leino, S. Messelt, M. Muikku, S. Ødegård, R.D. Page, A. Savelius,
A. Schiller, S. Siem, W.H. Trzaska, T. Tveter, J. Uusitalo
M. Hannawald, T. Kautsch, A. Wöhr, W.B. Walters, K.-L. Kratz, V.N. Fedoseyev, V.L. Mishin, W. Böhmer, B. Pfeiffer, V. Sebastian, Y. Jading,
U. Köster, J. Lettry, H.L. Ravn, ISOLDE
F.P. Heßberger
K. Helariutta, M. Muikku, J.F.C. Cocks, P. Jones, R. Julin, S. Juutinen, H. Kankaanpää, H. Kettunen, P. Kuusiniemi, M. Leino, P. Rahkila,
A. Savelius, W.H. Trzaska, J. Uusitalo, P.T. Greenlees, R.D. Page
K. Helariutta, J.F.C. Cocks, T. Enqvist, P.T. Greenlees, P. Jones, R. Julin,
S. Juutinen, P. Jämsen, H. Kankaanpää, H. Kettunen, P. Kuusiniemi,
M. Leino, M. Muikku, M. Piiparinen, P. Rahkila, A. Savelius, W.H. Trzaska, S. Törmänen, J. Uusitalo, R.G. Allatt, P.A. Butler, R.D. Page, M. Kapusta
J. Honzátko, I. Tomandl, V. Bondarenko, D. Bucurescu, T. von Egidy, J. Ott,
W. Schauer, H.-F. Wirth, C. Doll, A. Gollwitzer, G. Graw, R. Hertenberger,
B.D. Valnion see also 98Ho16
E. Holzschuh, W. Kündig, L. Palermo, H. Stüssi, P. Wenk
F. Hoellinger, B.J.P. Gall, N. Schulz, N. Amzahl, P.A. Butler, P.T. Greenlees, D. Hawcroft. J.F.C. Cocks, K. Helariutta, P.M. Jones, R. Julin, S. Juutinen, H. Kankaanpää, H. Kettunen, P. Kuusiniemi, M. Leino, M. Muikku,
D. Savelius
W.X. Huang, R.C. Ma, S.W. Xu, X.J. Xu, J.S. Guo, X.F. Sun, Y.X. Xie,
Z.K. Li, Y.X. Ge, Y.Y. Wang, C.F. Wang, T.M. Zhang, G.M. Jin. Y.X. Luo
Z. Hu, L. Batist, J. Agramunt, A. Algora, B.A. Brown, D. Cano-Ott,
R. Collatz, A. Gadea, M. Gierlik, M. Górska, H. Grawe, M. Hellström,
Z. Janas, M. Karny, R. Kirchner, F. Moroz, A. Plochocki, M. Rejmund,
E. Roeckl, B. Rubio, M. Shibata, T. Szerypo, J.L. Tain, V. Wittmann
Z. Janas, C. Chandler, B. Blank, P.H. Regan, A.M. Bruce, W.N. Catford,
N. Curtis, S. Czajkowski, Ph. Dessagne, A. Fleury, W. Gelletly, J. Giovinazzo, R. Grzywacz, M. Lewitowicz, C. Longour, C. Marchand , C. Miehé,
N.A. Orr, R.D. Page, C.J. Pearson, M.S. Pravikoff, A.T. Reed, M.G. SaintLaurent, J.A. Sheikh, S.M. Vincent, R. Wadsworth, D.D. Warner, J.S. Winfield
662
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
1999Ke05
PYLAA
255,
221
1999La14
PRVCA
59,
3086
1999Lh01
PRVCA
60,
14315
1999Li33
EPJAA
5,
351
1999Li46
1999Mi17
PRVCA
EPJAA
60,
5,
67304
143
1999Mo30 NUPAB
657,
251
1999Mo39 JPCRB
1999Mu17 PRLTA
28,
83,
1713
3613
1999Na27
PRLTA
83,
1112
1999Ni03
PRLTA
83,
1104
1999Og03
PYLBB
451,
11
1999Og05
EPJAA
5,
63
1999Og07
NATUA
400,
242
1999Og10
PRLTA
83,
3154
1999Og.A
1999Og.B
B-Seeheim
B-Seeheim
1999Pi08
1999Po09
NPBSE
PRVCA
77,
59,
352
2979
1999Pr10
PRVCA
60,
54307
O4
O5
E.G. Kessler,Jr., M.S. Dewey, R.D. Deslattes, A. Henins, H.G. Börner,
M. Jentschel, C. Doll, H. Lehmann
C.A. Laue, K.E. Gregorich, R. Sudowe, M.B. Hendricks, J.L. Adams,
M.R. Lane, D.M. Lee, C.A. McGrath, D.A. Shaughnessy, D.A. Strellis,
E.R. Sylwester, P.A. Wilk, D.C. Hoffman
G. Lhersonneau, J.C. Wang, S. Hankonen, P. Dendooven, P. Jones, R. Julin,
J. Äystö
Z. Li, S. Xu, Y. Xie, Y. Yu, C. Wang, J. Xing, Q. Pan, Q. Hu, S. Li, H. Chen,
T. Zhang
Z. Li, S. Xu, Y. Xie, R. Ma, Y. Ge, C. Wang, W. Huang, T. Zhang
Ch. Miehé, Ph. Dessagne, Ch. Pujol, G. Walter, B. Jonson, M. Lindroos,
ISOLDE
C.-B. Moon, S.J. Chae, T. Komatsubara, T. Shizuma, Y. Sasaki,
H. Ishiyama, T. Jumatsu, K. Furuno
P.J. Mohr, B.N. Taylor
W.F. Mueller, B. Bruyneel, S. Franchoo, H. Grawe, M. Huyse, U. Köster,
K.-L. Kratz, K. Kruglov, Y. Kudryavtsev, B. Pfeiffer, R. Raabe, I. Reusen,
P. Thirolf, P. Van Duppen, J. Van Roosbroeck, L. Vermeeren, W.B. Walters,
L. Weissman
T. Nakamura, N. Fukuda, T. Kobayashi, N. Aoi, H. Iwasaki, T. Kubo,
A. Mengoni, M. Notani, H. Otsu, H. Sakurai, S. Shimoura, T. Teranishi,
Y.X. Watanabe, K. Yoneda, M. Ishihara
V. Ninov, K.E. Gregorich, W. Loveland, A. Ghiorso, D.C. Hoffman,
D.M. Lee, H. Nitsche, W.J. Swiatecki, U.W. Kirbach, C.A. Laue,
J.L. Adams, J.B. Patin, D.A. Shaughnessy, D.A. Strellis, P.A. Wilk
H. Ogawa, K. Asahi, K. Sakai, A. Yoshimi, M. Tsuda, Y. Uchiyama,
T. Suzuki, K. Suzuki, N. Kurokawa, M. Adachi, H. Izumi, H. Ueno,
T. Shimoda, S. Tanimoto, N. Takahashi, W.-D. Schmidt-Ott, M. Schäfer,
S. Fukuda, A. Yoshida, M. Notani, T. Kubo, H. Okuno, H. Sato, N. Aoi,
K. Yoneda, H. Iwasaki, N. Fukuda, N. Fukunishi, M. Ishihara, H. Miyatake
Yu. Ts. Oganessian, A.V. Yeremin, G.G. Gulbekian, S.L. Bogomolov,
V.I. Chepigin, B.N. Gikal, V.A. Gorshkov, M.G. Itkis, A.P. Kabachenko,
V.B. Kutner, A. Yu. Lavrentev, O.N. Malyshev, A.G. Popeko, J. Roháč,
R.N. Sagaidak, S. Hofmann, G. Münzenberg, M. Veselsky, S. Saro,
N. Iwasa, K. Morita
Yu. Ts. Oganessian, A.V. Yeremin, A.G. Popeko, S. L Bogomolov,
G.V. Buklanov, M.L. Chelnokov, V.I. Chepigin, B.N. Gikal, V.A. Gorshkov, G.G. Gulbekian, M.G. Itkis, A.P. Kabachenko, A. Yu. Lavrentev,
O.N. Malyshev, J. Rohac, R.N. Sagaidak, S. Hofmann, S. Saro, G. Giardina, K. Morita
Yu. Ts. Oganessian, V.K. Utyonkov, Yu. V. Lobanov, F. Sh. Abdullin,
A.N. Polyakov, I.V. Shirokovsky, Yu. S. Tsyganov, G.G. Gulbekian,
S.L. Bogomolov, B.N. Gikal, A.N. Mezentsev, S. Iliev, V.G. Subbotin,
A.M. Sukhov, G.V. Buklanov, K. Subotic, M.G. Itkis, K.J. Moody,
J.F. Wild, N.J. Stoyer, M.A. Stoyer, R.W. Lougheed
Yu. Ts. Oganessian, A.V. Yeremin (and oral presentation)
Yu. Ts. Oganessian, V.K. Utyonkov, Yu. V. Lobanov, F. Sh. Abdullin,
A.N. Polyakov, I.V. Shirokovsky, Yu. S. Tsyganov, G.G. Gulbekian,
S.L. Bogomolov, B.N. Gikal, A.N. Mezentsev, S. Iliev, V.G. Subbotin,
A.M. Sukhov, G.V. Buklanov, K. Subotik, M.G. Itkis, K.J. Moody,
J.F. Wild, N.J. Stoyer, R.W. Lougheed, and email
F. Piquemal, NEMO
G.L. Poli, C.N. Davids, P.J. Woods, D. Seweryniak, J.C. Batchelder,
L.T. Brown, C.R. Bingham, M.P. Carpenter, L.F. Conticchio, T. Davinson, J. de Boer, S. Hamada, D.J. Henderson, R.J. Irvine, R.V.F. Janssens,
H.J. Maier, L. Müller, F. Soramel, K.S. Toth, W.B. Walters, J. Wauters
J.I. Prisciandaro, P.F. Mantica, A.M. Oros-Peusquens, D.W. Anthony,
M. Huhta, P.A. Lofy, R.M. Ronningen
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
1999Re06
PRVCA
59,
2416
1999Re16
PRVCA
60,
24311
1999Ry04
PRVCA
60,
11301
1999Sa06
PYLBB
448,
180
1999Sa.A
1999Sa.D
P-Bormio
B-Seeheim
1999Sc12
1999Se14
ARISE
PRVCA
51,
60,
169
31304
1999Sh03 PRVCA
1999Sh12 PRLTA
1999Sm07 EPJAA
59,
82,
5,
101
1109
43
1999So17
PRLTA
83,
1116
1999So20
NUPAB
660,
3
1999Ta20
EPJAA
5,
123
1999Ta29
EPJAA
6,
119
1999Th09
PYLBB
467,
194
1999To04
1999To11
EPJAA
PRVCA
4,
60,
233
11302
1999Ut01
PRLTA
82,
505
1999Wa09 PYLBB
454,
1
PW4
663
I. Reusen, I. Reusen, A. Andreyev, J. Andrzejewski, N. Bijnens,
S. Franchoo, M. Huyse, Yu. Kudryavtsev, K. Kruglov, W.F. Mueller,
A. Piechaczek, R. Raabe, K. Rykaczewski, J. Szerypo, P. Van Duppen,
L. Vermeeren, J. Wauters, A. Wöhr
A.T. Reed, O. Tarasov, R.D. Page, D. Guillemaud-Mueller, Yu. E. Penionzhkevich, R.G. Allatt, J.C. Angélique, R. Anne, C. Borcea, V. Burjan, W.N. Catford, Z. Dlouhý, C. Donzaud, S. Grévy, M. Lewitowicz,
S.M. Lukyanov, F.M. Marqués, G. Martinez, A.C. Mueller, P.J. Nolan,
J. Novák, N.A. Orr, F. Pougheon, P.H. Regan, M.G. Saint-Laurent, T. Siiskonen, E. Sokol, O. Sorlin, J. Suhonen, W. Trinder, S.M. Vincent
K. Rykaczewski, J.C. Batchelder, C.R. Bingham, T. Davinson, T.N. Ginter, C.J. Gross, R. Grzywacz, M. Karny, B.D. MacDonald, J.F. Mas,
J.W. McConnell, A. Piechacczek, R.C. Slinger, K.S. Toth, W.B. Walters, P.J. Woods, E.F. Zganjar, B. Barmore, L. Gr. Ixaru, A.T. Kruppa,
W. Nazarewicz, M. Rizea, T. Vertse
H. Sakurai, S.M. Lukyanov, M. Notani, N. Aoi, D. Beaumel, N. Fukuda,
M. Hirai, E. Ideguchi, N. Imai, M. Ishihara, H. Iwasaki, T. Kubo,
K. Kusaka, H. Kumagai, T. Nakamura, H. Ogawa, Yu. E. Penionzhkevich, T. Teranishi, Y.X. Watanabe, K. Yoneda, A. Yoshida
F. Sarazin, et al, and PrvCom to D. Lunney March 1999
M. Sakama, K. Tsukuda, M. Asai, S. Ichikawa, Y. Oura, A. Osa, M. Shibata,
I. Nishinaka, Y. Nagame, M. Ebihara, K. Kawade, H. Nakahara and poster
U. Schotzig, E. Schonfeld, E. Gunther, R. Klein, H. Schrader
D. Seweryniak, J. Uusitalo, M.P. Carpenter, D. Nisius, C.N. Davids,
C.R. Bingham, L.T. Brown, I. Conticchio, D.J. Henderson, R.V.F. Janssens,
W.B. Walters, J. Wauters, P.J. Woods
R.K. Sheline, P. Alexa, C.F. Liang, P. Paris
R.W. Shaw, J.P. Young, S.P. Cooper, O.F. Web
M.B. Smith, R. Chapman, J.F.C. Cocks, O. Dorvaux, K. Helariutta,
P.M. Jones, R. Julin, S. Juutinen, H. Kankaanpaa, H. Kettunen, P. Kuusiniemi, Y. Le Coz, M. Leino, D.J. Middleton, M. Muikku, P. Nieminen,
P. Rahkila, A. Savelius, K.-M. Spohr
A.A. Sonzogni, C.N. Davids, P.J. Woods, D. Seweryniak, M.P. Carpenter,
J.J. Ressler, J. Schwartz, J. Uusitalo, W.B. Walters
O. Sorlin, C. Donzaud, L. Axelsson, M. Belleguic, R. Béraud,
C. Borcea, G. Canchel, E. Chabanat, J.M. Daugas, A. Emsallem,
D. Guillemaud-Mueller, K.-L. Kratz, S. Leenhardt, M. Lewitowicz,
C. Longour, M.J. Lopez, F. de Oliveira Santos, L. Petizon, B. Pfeiffer, F. Pougheon, M.G. Saint-Laurent, J.E. Sauvestre, and erratum Nucl. Phys. A669 (2000) 351
Y. Tagaya, S. Hashimoto, K. Morita, Y.H. Pu, T. Ariga, K. Ohta, T. Minemura, I. Hisinaga, T. Motobayashi, T. Nomura
M. Tanigaki, K. Sekiguchi, M. Fujita, T. Hoshino, T. Baba, N. Kawamura,
T. Shinozuka, M. Fujioka
J. Thaysen, L. Axelsson, J. Äystö, M.J.G. Borge, L.M. Fraile,
H.O.U. Fynbo, A. Honkanen, P. Hornshøj, Y. Jading, A. Jokinen, B. Jonson, I. Martel, I. Mukha, T. Nilsson, G. Nyman, M. Oinonen, K. Riisager,
T. Siiskonen, M.H. Smedberg, O. Tengblad, F. Wenander, ISOLDE
Y. Toh, S. Yamada, A. Taniguchi, Y. Kawase
K.S. Toth, C.R. Bingham, J.C. Batchelder, L.T. Brown, L.F. Contecchio, C.N. Davids, R.J. Irvine, D. Sewerniak, D.M. Moltz, W.B. Walters,
J. Wauters, E.F. Zganjar
S.B. Utter, P. Beierdorfer, A. Barnes, R.W. Lougheed, J.R. Crespo Lopezurrutia, J.A. Becker, M.S. Weiss
J.C. Wang, P. Dendooven, M. Hannawald, A. Honkanen, M. Huhta, A. Jokinen, K.-L. Kratz, G. Lhersonneau, M. Oinonen, H. Penttilä, K. Peräjärvi,
B. Pfeiffer, J. Äystö
664
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
1999We07 PRVCA
59,
2004
1999Wh03 EPJAA
5,
353
5,
6,
60,
341
239
61302
1999Xi03
1999Xi04
1999Xu05
EPJAA
EPJAA
PRVCA
1999Ya.A
P-Dubna
118
L. Weissmann, A. Andreyev, B. Bruyneel, S. Franchoo, M. Huyse,
K. Kruglov, Y. Kudryavtsev, W.F. Mueller, R. Raabe, I. Reusen, P. Van Duppen, J. Van Roosbroeck, L. Vermeeren, U. Köster, K.L. Kratz, B. Pfeiffer,
P. Thirolf, W.B. Walters
C. Wheldon, P.M. Walker, R. D’Alarcao, P. Chowdhury, C.J. Pearson,
E.H. Seabury, I. Ahmad, M.P. Carpenter, D.M. Cullen, G. Hackman,
R.V.F. Janssens, T.L. Khoo, D. Nisius, P. Reiter
Y. Xie, S. Xu, Z. Li, Y. Yu, Q. Pan, C. Wang, T. Zhang, G. Long, Y. Li
Y. Xie, S. Xu, Z. Li, Y. Yu, Q. Pan, C. Wang, T. Zhang
S.-W. Xu, Z.-K. Li, Y.-X. Xie, Q.-Y. Pan, Y. Yu, J. Adam, C.-F. Wang, J.P. Xing, Q.-Y. Hu, S.-H. Li, H.-Y. Chen, T.-M. Zhang, G.-M. Jin, Y.-X. Luo,
Yu. Penionzhkevich, Yu. Gangrsky
E.A. Yakushev, V.M. Gorozhankin, O. Dragoun, A. Kovalik, A.F. Novgorodov, M. Rysavy, A. Shpalek
2000
2000Ah02
2000An14
PRVCA
NATUA
61,
405,
44301
430
2000As.A
AnRpt JAERI
2000Be42
EPJAA
8,
307
2000Bl01
PRLTA
84,
1116
2000Br63
PYLBB
495,
63
2000Ca.A
2000Ch07
Th.-Valencia
PRVCA
61,
44309
2000Da07
PYLBB
476,
213
2000Da27
PRVCA
62,
45501
2000Di18
PRVCA
62,
34316
2000Fy01
NUPAB
677,
38
2000Ge01
NUPAB
662,
3
13
I. Ahmad, R.R. Chasman, P.R. Fields
A.N. Andreyev, M. Huyse, P. Van Duppen, L. Weissman, D. Ackermann, J. Gerl, F.P. Heßberger, S. Hofmann, A. Kleinböhl, G. Münzenberg,
S. Reshitko, C. Schlegel, H. Schaffner, P. Cagarda, M. Matos, S. Saro,
A. Keenan, C. Moore, C.D. O’Leary, R.D. Page, M. Taylor, H. Kettunen,
M. Leino, A. Lavrentiev, R. Wyss, K. Heyde
M. Asai, K. Tsukada, S. Ichikawa, H. Haba, A. Osa, Y. Nagame, S. Goto,
M. Sakama, Y. Kojima, M. Shibata, K. Akiyama, A. Toyoshima
D. Beck, F. Ames, G. Audi, G. Bollen, F. Herfurth, H.-J. Kluge, A. Kohl,
M. König, D. Lunney, I. Martel, R.B. Moore, H. Raimbault-Hartmann,
E. Schark, S. Schwarz, M. de Saint Simon, J. Szerypo, ISOLDE
B. Blank, M. Chartier, S. Czajkowski, J. Giovinazzo, M.S. Pravikoff, J.C. Thomas, G. de France, F. de Oliviera Santos, M. Lewitowicz, C. Borcea,
R. Grzywacz, Z. Janas, M. Pfützner
V.B. Brudanin, N.I. Rukhadze, Ch. Briançon, V.G. Egorov, V.E. Kovalenko, A. Kovalik, A.V. Salamatin, I. Štekl, V.V. Tsupko-Sitnikov,
Ts. Vylov, P. Čermák
Cano-Ott
C. Chandler, P.H. Regan, B. Blank, C.J. Pearson, A.M. Bruce, W.N. Catford, N. Curtis, S. Czajkowski, Ph. Dessagne, A. Fleury, W. Gelletly,
J. Giovinazzo, R. Grzywacz, Z. Janas, M. Lewitowicz, C. Marchand,
Ch. Miehe, N.A. Orr, R.D. Page, M.S. Pravikoff, A.T. Reed, M.G. SaintLaurent, S.M. Vincent, R. Wadsworth, D.D. Warner, J.S. Winfield, F. Xu
J.M. Daugas, R. Grzywacz, M. Lewitowicz, L. Achouri, J.C. Angélique,
D. Baiborodin, K. Bennaceur, R. Bentida, R. Béraud, C. Borcea, C. Bingham, W.N. Catford, A. Emsallem, G. de France, H. Grawe, K.L. Jones,
R.C. Lemmon, M.J. Lopez Jimenez, F. Nowacki, F. de Oliveira Santos,
M. Pfützner, P.H. Regan, K. Rykaczewski, J.E. Sauvestre, M. Sawicka,
G. Sletten, M. Stanoiu
F.A. Danevich, A. Sh. Georgadze, V.V. Kobychev, B.N. Kropivyansky, A.S. Nikolaiko, O.A. Ponkratenko, V.I. Tretyak, S. Yu. Zdesenko,
Yu. G. Zdesenko, P.G. Bizzeti, T.F. Fazzini, P.R. Maurenzi
K.Y. Ding, J.A. Cizewski, D. Seweryniak, H. Amro, M.P. Carpenter,
C.N. Davids, N. Fotiades, R.V.F. Janssens, T. Lauritsen, C.J. Lister, D. Nisius, P. Reiter, J. Uusitalo, I. Wiedenhöver, A.O. Macchiavelli
H.O.U. Fynbo, M.J.G. Borge, L. Axelsson, J. Äystö, U.C. Bergmann,
L.M. Fraile, A. Honkanen, P. Hornshøj, Y. Jading, A. Jokinen, B. Jonson, I. Martel, I. Mukha, T. Nilsson, G. Nyman, M. Oinonen, I. Piqueras,
K. Riisager, T. Siiskonen, M.H. Smedberg, O. Tengblad, J. Thaysen, F. Wenander, ISOLDE
L. Genilloud, H.G. Börner, F. Corminboeuf, Ch. Doll, S. Drissi,
M. Jentschel, J. Jolie, J. Kern, H. Lehmann, N. Warr, and erratum NUPAB 669(2000)407
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
2000Gi01
PRVCA
61,
14308
2000Ha55
PRVCA
62,
54301
2000He17
EPJAA
8,
521
2000Hu17
PRVCA
62,
64315
2000Je09
PRVCA
62,
21302
2000Jo18
EPJAA
9,
9
2000Kr.A
2000La25
PrvCom
PRVCA
GAu
61,
Jun
67603
2000La34
PRVCA
62,
64307
2000Li37 PRVCA
2000Ma62 PRVCA
62,
62,
47303
34308
2000Ma65 EPJAA
8,
295
2000Ma95 PRVCA
62,
57303
2000Me.A PrvCom
2000Mu10 PRVCA
AHW
61,
Sep
54308
2000Ni02
2000Oi02
PRVCA
PRVCA
61,
61,
34309
35801
2000Ol01
PRLTA
84,
4056
2000Pi15
PRVCA
62,
54317
665
T.N. Ginter, J.C. Batchelder, C.R. Bingham, C.J. Gross, R. Grzywacz,
J.H. Hamilton, Z. Janas, M. Karny, S.H. Kim, J.F. Mas, J.W. McConnell,
A. Piechaczek, A.V. Ramayya, K. Rykaczewski, P.B. Semmes, J. Szerypo,
K.S. Toth, R. Wadsworth, C.-H. Yu, E.F. Zganjar
M. Hannawald, K.-L. Kratz, B. Pfeiffer, W.B. Walters, V.N. Fedoseyev,
V.I. Mishin, W.F. Mueller, H. Schatz, J. Van Roosbroeck, U. Köster, V. Sebastian, H.L. Ravn, ISOLDE
F.P. Heßberger, S. Hofmann, D. Ackermann, V. Ninov, M. Leino, S. Saro,
A. Andreyev, A. Lavrentev, A.G. Popeko, A.V. Yeremin, and erratum EPJAA 9(2000)433
Z. Hu, L. Batist, J. Agramunt, A. Algora, B.A. Brown, D. Cano-Ott,
R. Collatz, A. Gadea, M. Gierlik, M. Górska, H. Grawe, M. Hellström,
Z. Janas, M. Karny, R. Kirchner, F. Moroz, A. Plochocki, M. Rejmund,
E. Roeckl, B. Rubio, M. Shibata, J. Szerypo, J.L. Tain, V. Wittmann
D.G. Jenkins, M. Muikku, P.T. Greenlees, K. Hauschild, K. Helariutta,
P.M. Jones, R. Julin, S. Juutinen, H. Kankaanpaa, N.S. Kelsall, H. Kettunen, P. Kuusiniemi, M. Leino, C.J. Moore, P. Nieminen, C.D. O’Leary,
R.D. Page, P. Rakhila, W. Reviol, M.J. Taylor, J. Uusitalo, R. Wadsworth
A. Jokinen, J.C. Wang, J. Äystö, P. Dendooven, S. Nummela, J. Huikari,
V. Kolhinen, A. Nieminen, K. Peräjärvi, S. Rinta-Antila
K.-L. Kratz, B. Pfeiffer
C.A. Laue, K.E. Gregorich, R. Sudowe, J.L. Adams, M.R. Lane, D.M. Lee,
C.A. McGrath, D.A. Shaughnessy, D.A. Strellis, E.R. Sylwester, P.A. Wilk,
D.C. Hoffman
Yu. A. Lazarev, Yu. V. Lobanov, Yu. Ts. Oganessian, V.K. Utyonkov,
F. Sh. Abdullin, A.N. Polyakov, J. Rigol, I.V. Shirokovsky, Yu. S. Tsyganov,
S. Iliev, V.G. Subbotin, A.M. Sukhov, G.V. Buklanov, A.N. Mezentsev,
K. Subotic, K.J. Moody, N.J. Stoyer, J.F. Wild, R.W. Lougheed
C.F. Liang, P. Paris, R.K. Sheline
K. Markenroth, L. Axelsson, S. Baxter, M.J.G. Borge, C. Donzaud,
S. Fayans, H.O.U. Fynbo, V.Z. Goldberg, S. Grévy, D. GuillemaudMueller, B. Jonson, K.-M. Källman, S. Leenhardt, M. Lewitowicz,
T. Lönnroth, P. Manngøard, I. Martel, A.C. Mueller, I. Mukha, T. Nilsson,
G. Nyman, N.A. Orr, K. Riisager, G.V. Rogachev, M.-G. Saint-Laurent,
I.N. Serikov, N.B. Shul’gina, O. Sorlin, M. Steiner, O. Tengblad, M. Thoennessen, E. Tryggestad, W.H. Trzaska, F. Wenander, J.S. Winfield, R. Wolski
O.N. Malyshev, A.V. Belozerov, M.L. Chelnokov, V.I. Chepigin, V.A. Gorshkov, A.P. Kabachenko, A.G. Popeko, J. Rohach, R.N. Sagaidak,
A.V. Yeremin, S.I. Mulgin, S.V. Zhdanov
H. Mahmud, C.N. Davids, P.J. Woods, T. Davinson, D.J. Henderson,
R.J. Irvine, D. Seweryniak, W.B. Walters
K.A. Mezilev, B. Fogelberg, V.I. Isakov, H. Mach
W.F. Mueller, B. Bruyneel, S. Franchoo, M. Huyse, J. Kurpeta, K. Kruglov,
Y. Kudryavtsev, N.V.S.V. Prasad, R. Raabe, I. Reusen, P. Van Duppen,
J. Van Roosbroeck, L. Vermeeren, L. Weissman, Z. Janas, M. Karny,
T. Kszczot, A. Plochocki, K.-L. Kratz, B. Pfeiffer, H. Grawe, U. Köster,
P. Thirolf, W.B. Walters
K. Nishio, H. Ikezoe, S. Mitsuoka, J. Lu
M. Oinonen, J. Äystö, A. Jokinen, P. Baumann, F. Didierjean, A. Huck,
A. Knipper, M. Ramdhane, G. Walter, M. Huyse, P. Van Duppen, G. Marguier, Yu. Novikov, A. Popov, D.M. Seliverstov, H. Schatz, ISOLDE
J.M. Oliveira, Jr., A. Lépine-Szily, H.G. Bohlen, A.N. Ostrowski,
R. Lichtenthäler, A. Di Pietro, A.M. Laird, G.F. Lima, L. Maunoury,
F. de Oliveira Santos, P. Roussel-Chomaz, H. Savajols, W. Trinder,
A.C.C. Villari, A. de Vismes
A. Piechaczek, E.F. Zganjar, J.C. Batchelder, B.D. MacDonald, W.D. Kulp,
S.D. Paul, R. Terry, J.L. Wood
666
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
2000Ra23
NUPAB
677,
75
2000Re03
PRLTA
84,
2104
2000Ri14
PRLTA
85,
1392
2000Sa21
PRLTA
84,
5062
2000Sa52
EPJAA
9,
303
2000Sc31
EPJAA
8,
303
2000Sm06 JPGPE
26,
787
2000So11 PHSTB
T88,
2000We.A AnRpt GSI
153
10
2000Wi15
PRLTA
85,
2697
2000Xu02
2000Xu08
PRVCA
EPJAA
61,
8,
67308
435
T. Radon, H. Geissel, G. Münzenberg, B. Franzke, Th. Kerscher, F. Nolden,
Yu. N. Novikov, Z. Patyk, C. Scheidenberger, F. Attallah, K. Beckert,
T. Beha, F. Bosch, H. Eickhoff, M. Falch, Y. Fujita, M. Hausmann, F. Herfurth, H. Irnich, H.C. Jung, O. Klepper, C. Kozhuharov, Yu. A. Litvinov,
K.E.G. Löbner, F. Nickel, H. Reich, W. Schwab, B. Schlitt, M. Steck,
K. Sümmerer, T. Winkler, H. Wollnik
J.J. Ressler, A. Piechaczek, W.B. Walters, A. Aprahamian, M. Wiescher, J.C. Batchelder, C.R. Bingham, D.S. Brenner, T.N. Ginter,
C.J. Gross, R. Grzywacz, D. Kulp, B. MacDonald, W. Reviol, J. Rikovska,
K. Rykaczewski, J.A. Winger, E.F. Zganjar
J. Rikovska, T. Giles, N.J. Stone, K. van Esbroeck, G. White, A. Wöhr,
M. Veskovic, I.S. Towner, P.F. Mantica, J.I. Prisciandaro, D.J. Morrissey,
V.N. Fedoseyev, V.I. Mishin, U. Köster, W.B. Walters, NICOLE, ISOLDE
F. Sarazin, H. Savajols, W. Mittig, F. Nowacki, N.A. Orr, Z. Ren,
P. Roussel-Chomaz, G. Auger, D. Baiborodin, A.V. Belozyorov, C. Borcea,
E. Caurier, Z. Dlouhý, A. Gillibert, A.S. Lalleman, M. Lewitowicz, S.M. Lukyanov, F. de Oliveira, Y.E. Penionzhkevich, D. Ridikas,
H. Sakuraı̈, O. Tarasov, A. de Vismes
M. Sakama, K. Tsukada, M. Asai, S. Ichikawa, H. Haba, S. Goto, Y. Oura,
I. Nishinaka, Y. Nagame, M. Shibata, Y. Kojima, K. Kawade, M. Ebihara,
H. Nakahara
K. Schmidt, C. Mazzocchi, R. Borcea, J. Döring, S. Galanopoulos,
M. Górska, H. Grawe, S. Harissopulos, M. Hellström, Z. Janas, R. Kirchner, G. Kriembardis, M. La Commara, A.N. Ostrowski, G. Rainovski,
E. Roeckl
M.B. Smith, R. Chapman, J.F.C. Cocks, K.-M. Spohr, O. Dorvaux,
K. Helariutta, P.M. Jones, R. Julin, S. Juutinen, H. Kankaanpaa, H. Kettunen, P. Kuusiniemi, Y. Le Coz, M. Leino, D.J. Middleton, M. Muikku,
P. Nieminen, P. Rahkila, A. Savelius
G.A. Souliotis
E. Wefers, T. Faestermann, R. Schneider, A. Stolz, K. Sümerrer,
J. Friese, H. Geissel, M. Hellström, P. Kienle, H.-J. Körner, M. Münch,
G. Münzenberg, P. Thirolf, H. Weick
P.A. Wilk, K.E. Gregorich, A. Türler, C.A. Laue, R. Eichler, V. Ninov,
J.L. Adams, U.W. Kirbach, M.R. Lane, D.M. Lee, J.B. Patin, D.A. Shaughnessy, D.A. Strellis, H. Nitsche, D.C. Hoffman
Y. Xu, S. Yuan, W. Yang, J. He, Z. Li, T. Ma, B. Xiong
S. Xu, Y. Xie, Y. Yu, Z. Li, Q. Pan, C. Wang, J. Xing, T. Zhang
2001
2001An11
EPJAA
10,
129
2001Ba12
PRLTA
86,
1454
2001Be53
EPJAA
11,
279
2001Bo11
NUPAB
686,
64
A.N. Andreyev, D. Ackermann, P. Cagarda, J. Gerl, F.P. Heßberger, S. Hofmann, M. Huyse, A. Keenan, H. Kettunen, A. Kleinböhl, A. Lavrentiev, M. Leino, B. Lommel, M. Matos, G. Münzenberg, C.J. Moore,
C.D. O’Leary, R.D. Page, S. Reshitko, S. Saro, C. Schlegel, H. Schaffner,
M.J. Taylor, P. Van Duppen, L. Weissman, R. Wyss
G.C. Ball, S. Bishop, J.A. Behr, G.C. Boisvert, P. Bricault, J. Cerny,
J.M. D’Auria, M. Dombsky, J.C. Hardy, V. Iacob, J.R. Leslie, T. Lindner,
J.A. Macdonald, H.-B. Mak, D.M. Moltz, J. Powell, G. Savard, I.S. Towner
U.C. Bergmann, M.J.G. Borge, J. Cederkäll, C. Forssén, E. Fumero,
H.O.U. Fynbo, H. Gausemel, H. Jeppesen, B. Jonson, K. Markenroth,
T. Nilsson, G. Nyman, K. Riisager, H. Simon, O. Tengblad, L. Weissman,
F. Wenander, K. Wilhelmsen Rolander, ISOLDE
R. Bonetti, C. Carbonini, A. Guglielmetti, M. Hussonnois, D. Trubert,
C. Le Naour
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
2001Bo54
NUPAB
695,
69
2001Bo59
HYIND
132,
215
2001Br27
2001Ca37
EPJDD
PRVCA
15,
64,
181
25802
2001Ca.B
AnRpt GSI
2001Ch31
PYLBB
505,
21
2001Da22
NUPAB
694,
375
2001Do08
2001Fr18
2001Ga01
2001Ga20
PRLTA
EPJDD
PRVCA
EPJAA
86,
15,
63,
10,
4259
141
14302
21
2001Ga24
PRVCA
63,
44307
2001Ga59
EPJAA
11,
413
2001Gi01
EPJAA
10,
73
2001Gi10
EPJAA
11,
247
2001Gi17
EPJAA
12,
309
2001Gr07
NUPAB
682,
41c
2001Ha21
NUPAB
686,
591
2001Ha39
NUPAB
688,
578c
2001Ha46
PRLTA
87,
72501
15
667
R. Borcea, J. Äystö, E. Caurier, P. Dendooven, J. Döring, M. Gierlik,
M. Górska, H. Grawe, M. Hellström, Z. Janas, A. Jokinen, M. Karny,
R. Kirchner, M. La Commara, K. Langanke, G. Martı́nez-Pinedo, P. Mayet,
A. Nieminen, F. Nowacki, H. Penttilä, A. Plochocki, M. Rejmund,
E. Roeckl, C. Schlegel, K. Schmidt, R. Schwengner, M. Sawicka, and erratum NUPAB 703(2002)889
G. Bollen, F. Ames, G. Audi, D. Beck, J. Dilling, O. Engels, S. Henry,
F. Herfurth, A. Kellerbauer, H.-J. Kluge, A. Kohl, E. Lamour, D. Lunney, R.B. Moore, M. Oinonen, C. Scheidenberger, S. Schwarz, G. Sikler,
J. Szerypo, C. Weber, ISOLDE
S. Brunner, T. Engel, A. Schmitt, G. Werth
J.A. Caggiano, D. Bazin, W. Benenson, B. Davids, R. Ibbotson, H. Scheit,
B.M. Sherrill, M. Steiner, J. Yurkon, A.F. Zeller, B. Blank, M. Chartier,
J. Greene, J.A. Nolen, Jr., A.H. Wuosmaa, M. Bhattacharya, A. Garcı́a,
M. Wiescher
P. Cagarda„ S. Antalic, D. Ackermann, F.P. Heßberger, S. Hofmann,
B. Kindler, J. Kojouharova, B. Lommel, R. Mann, A.G. Popeko, Š. Šáro,
J. Uusitalo, A.V. Yeremin
L. Chen, B. Blank, B.A. Brown, M. Chartier, A. Galonsky, P.G. Hansen,
M. Thoennessen
F.A. Danevich, V.V. Kobychev, O.A. Ponkratenko, V.I. Tretyak,
Yu. G. Zdesenko
G. Douysset, T. Fritioff, C. Carlberg, I. Bergström, M. Björkhage
T. Fritioff, C. Carlberg, G. Douysset, R. Schuch, I. Bergström
M. Galeazzi, F. Fontanelli, F. Gatti, S. Vitale
Z.G. Gan, Z. Qin, H.M. Fan, X.G. Lei, Y.B. Xu, J.J. He, H.Y. Liu, X.L. Wu,
J.S. Guo, X.H. Zhou, S.G. Yuan, G.M. Jin
J. Garcés Narro, C. Longour, P.H. Regan, B. Blank, C.J. Pearson, M. Lewitowicz, C. Miehé, W. Gelletly, D. Appelbe, L. Axelsson, A.M. Bruce,
W.N. Catford, C. Chandler, R.M. Clark, D.M. Cullen, S. Czajkowski,
J.M. Daugas, P. Dessagne, A. Fleury, L. Frankland, J. Giovinazzo,
B. Greenhalgh, R. Grzywacz, M. Harder, K.L. Jones, N. Kelsall, T. Kszczot, R.D. Page, A.T. Reed, O. Sorlin, R. Wadsworth
M. Gaelens, J. Andrzejewski, J. Camps, P. Decrock, M. Huyse, K. Kruglov,
W.F. Mueller, A. Piechaczek, N. Severijns, J. Szerypo, G. Vancraeynest,
P. Van Duppen, J. Wauters
J. Giovinazzo, B. Blank, C. Borcea, M. Chartier, S. Czajkowski,
G. de France, R. Grzywacz, Z. Janas, M. Lewitowicz, F. de Oliveira Santos,
M. Pfützner, M.S. Pravikoff, J.C. Thomas
J. Giovinazzo, B. Blank, C. Borcea, M. Chartier, S. Czajkowski,
G. de France, R. Grzywacz, Z. Janas, M. Lewitowicz, F. de Oliveira
Santos, M. Pfutzner, M.S. Pravikoff, J.C. Thomas
A. Gizon, J. Genevey, C.F. Liang, P. Paris, D. Barnéoud, J. Inchaouh,
I. Penev, A. Plochocki
R. Grzywacz, C.H. Yu, Z. Janas, S.D. Paul, J.C. Batchelder, C.R. Bingham,
T.N. Ginter, C.J. Gross, J. McConnell, M. Lipoglavsek, A. Piechaczek,
D.C. Radford, J.J. Ressler, K. Rykaczewski, J. Shergur, W.B. Walters,
E.F. Zganjar, C. Baktash, M.P. Carpenter, R.V.F. Janssens, C.E. Svensson,
J.C. Waddington, D. Ward, E. Dragulescu
T. Hashimoto, K. Nakai, Y. Wakasaya, I. Tanihata, Z. Fulop, H. Kumagai,
A. Ozawa, K. Yoshida, R. Goswarmi
M. Hannawald, V.N. Fedoseyev, U. Koster, K.-L. Kratz, V.I. Mishin,
W.F. Mueller, H.L. Ravn, J. Van Roosbroeck, H. Schatz, V. Sebastian,
W.B. Walters, ISOLDE
K. Hauschild, M. Rejmund, H. Grawe, E. Caurier, F. Nowacki, F. Becker,
Y. Le Coz, W. Korten, J. Döring, M. Górska, K. Schmidt, O. Dorvaux,
K. Helariutta, P. Jones, R. Julin, S. Juutinen, H. Kettunen, M. Leino,
M. Muikku, P. Nieminen, P. Rahkila, J. Uusitalo, F. Azaiez, M. Belleguic
668
G. Audi et al. / Nuclear Physics A 729 (2003) 337–676
2001Ha66
HYIND
132,
291
2001He29
PRLTA
87, 142501
2001He35
EPJAA
12,
57
2001He36
2001He.A
2001Hi06
PRVAA
64,
AnRpt GSI
PRVCA
63,
62504
3
65502
2001Ho06
EPJAA
10,
5
2001Ib02
EPJAA
10,
139
2001Ke05
APOBB
32,
989
2001Ke06
PRVCA
63,
44315
2001Ki13
PPNPD
46,
73
2001Kl11
EPJAA
12,
147
2001Kl13
2001Ko44
MPLAE
PYLBB
16,
512,
2409
268
2001Ko52
PRLTA
87,
92501
2001Ko.B
2001La31
PrvCom
HYIND
AHW
132,
Aug
315
2001Li17
PRVCA
63,
47307
2001Li44
2001Lu17
PRVCA
PRVCA
64,
64,
34310
54311
2001Lu20
HYIND
132,
299
2001Ma08 PRVCA
63,
24613
M. Hausmann, J. Stadlmann, F. Attallah, K. Beckert, P. Beller, F. Bosch,
H. Eickhoff, M. Falch, B. Franczak, B. Franzke, H. Geissel, Th. Kerscher,
O. Klepper, H.-J. Kluge, C. Kozhuharov, Yu. A. Litvinov, K.E.G. Lobner,
G. Munzenberg, N. Nankov, F