-
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__ ___~ L.
An Analysis of the Variation of the Earth's Magnetic Field
in the Frequency Range 1 to 12 Cycles Per Day
by
T
JAMES E. EVER
B. A.,
Cambridge University,
(1961)
SUBMITTED IN PARTIAL FULFILLMENT
OF THE REQUIREMENTS FOR THE
DEGOE OP MASTER OF
SCIENCE
at the
MIT
MASSACHUSETTS INSTITUTE OP
TECHNOLOGY
June 1962
Signature of Author
May 16, 1A
Certified by
Thesis Sutrvitsor
Accepted by
Chairman, Departmental Committee on
Graduate Students
-
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Authors
4~
1
_ ____ L
An Analysis of the Variation of the Earth's Magnetic
Field in the Frequency Range 1 to 12 Cycles Per Day
James E. Everett
Submitted to the Department of Geology and Geophysics
on May 16, 1962 in partial fulfillment of the requirements for the degree of Master of Science at the
stasachusette Institute of Technology.
The analysis was carried out in an attempt to detect
the effect of a nearby coastline on the orientation of the
horizontal magnetic field variation, with respect both to
its power and its coherency with the vertical field variation.
Hourly values were used for the computation, and it was
verified that there was no significant aliasing by comparing
the power and coherency spectr obtained for the same time
interval digitised at 200 and at 24 points per day.
A year's data from Weston observatory, near Boston,
Mass., was analyzed. Orientation due to the nearby coastline was not detected for this station.
For comparison, a three-month data length from each
of the four stations Tuscon, Arizona; Beloit, Kansas;
Fredericksburg, Virginia; and San Juan, Puerto Rico were
also analyzed. In addition, the stations were correlated
with each other.
It was found that the first three diurnal harmonics
stood out sharply from the background, The only exception
was the third harmonic of the Z-component, and in general it
was found that the Z-field falls off with frequency more
rapidly tha
than the H and D-fields. The H and D-fields appear
to decrease more rapidly with frequency near the equator.
The D-field was found to lead the H-field by a phase
angle close to 90*, and there was reasonable accord with the
hypothesis that the major part of the field is a function of
local time. These points support the customary spherical
harmonic analysis, San Juan was anomalous in both respects:
the anomaly may be due to the location of San Juan, in a
chain of islands.
The variation of field strengths with location does
not agree with an analysis carried out in 1940 by Benkova.
It
is suggested that a fresh analysis of the daily variation of
magnetic field on a worldwide basis be carried out, since
now data Is available from more stations, and machine computing facilities are available.
Thesis sugervisor:
Title:
Theodore R. Madden
Associate Professor of Geophysics
_
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ASSTRACT
QT
ACKNOWLSDI
INTRODCTION
COMPUTATIONS
WESTON
Vector Rotation of Power Spectral &
Coherencies
TUSCON, BELOIT, PREDERICKSBURO & SAN JUAN
Correlations Between Stations
COMPARISON WITH AN EARLIER ANALYSIS
SUMARY AND CONCLUSIONS
I
4
5
9
14
BIBLIOGRAPHY
35
COMPUTER OUTPUT
Weston
Tuscon
Beloit
36
36
86
96
14
27
27
52
34
Fredericksburg
106
San Juan
Tusoon, Beloit & Predericksburg
116
126
San Juan, Beloit & Fredericksburg
141
Loeation and Average Fields of the Stations
Westont Diurnal Harmonics
Horizontal Field Power at Weston
Coherency Amplitudes at Weston
Tuscon, Beloit, Fredericksburg & San Juan,
Diurnal Harmonies
Correlations Between Stations
Comparison of Predicted and Computed Powers
8
22
23
24
29
31
33
_,I._L-~~__,l.
--
L
__ I
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~------~
r
RA PI AN) FIQU:
PARS
Map Giving Location of the Stations
7
Weston: Comparison of 200 and 24 points per
day
Weston: July 1 to Sept. 22, 1961
Power and Coherene les
Weston: Horizontal Power and Coherencles
Tuscon and Beloits Field Correlation
12-13
16-21
25-26
30
__
-P----i- -- I
-, ----P~----nx-------------
--;;;
- --~--:
- EE
I wish to express Mp gratitude to Professor Madden,
who originally suggested the topic of this thesis, and
whose advice and guidance has been a great help throughout.
The subroutines used by the omputer programme were
written by Professors Madden and Simpson, and I thank them
for this help.
The Weston data was provided by Weston Observatory
whose staf, in particular Father Donohoe, I would like to
thank for their cooperation. The rest of the data was
supplied by the United States Coast and Geodetic Survey.
Machine computations were performed at the M. 1, T.
Computation Center on the IBM 7090.
Support for the project came from the Office of
Naval Research's grant ONR 1841(75)
I am also grateful
to the Comtnwealth Fund of New York for the fellowship
they awarded me for the past year.
The assistance of Mrs. R. Studer for typing much
of the data onto punched cards, and Miss D. Trop for
typing the manuscript, wars gratefully apprec1l-ted.
~__~____
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The analysis described in this thesis was initially
undertaken to investigate the suggestion that, for an
observation station located near a long straight coastline, the correlation of variations
ariations of vertical and horizontal magnetic field components should be greater if the
horizontal component is taken perpendicular to the coastline than if it is taken parallel to the coastline.
The basis for the suggestion was the following
arguments
Consider two adjacent blocks of material, with
different conductivlties and a vertical interface. If an
electric field is applied along the direction of the interface, the current in each block will be proportional to
its conductivity. Thus, at the interface of the blocks,
there will be some residual vertical field, due to the
non-cancellation of the fields produced by the currents
lying to left and right of the interface.
The residual
vertical field will be correlated with the horizontal
magnetic field produced at the top surface of the blocks.
Since the current in this case is flowing along the
direction of the interface, the horizontal field will be
perpendicular to the interface.
On the other hand, if the current is flowing perpendicularly across the interface, no vertical field will
be pro&d
ed by this mechanisms and the horlzontal field
will be parallel to the interface.
Thus it may be expected that the horizontal field
variation perpendicular to the interface should be better
correlated with the vertical component than should the
horizontal field variation parallel to the interface.
It is also reasonable to suppose that current should
preferentially flow along the interface rather than perIf this is so, then the horizontal
pendicular to it.
field variation power should be greater perpendicular
to the interface than parallel to it.
I
I
-
---
-- --------- I----
-
A coastline provides a natural situation in which
we have two adjacent blocks of different conductivitles
(sea-water and rock), though in this case the interface
is not vertical,
Frequencles should be selected for which
the skin depth is shallow enough for the coastline depth
to be lignifloant, yet if too high frequencies are
selected the magnetic field at an observing station a
few miles from the coast would not be affected by the
coastline.
Bearing these considerations in mind, frequencies of 1-12 cycles per day were considered.
The hypothesis was tested by analysing magnetic
field data from Weston Observatory, near Boston, to see
if any signifieant orientation of the coherency or horizontal field power could be deecated. Hoply values from
October 1960 to September 1961 were analyzed.
For comparison, hotwly values of magnetic field
data were analyzed, from four other stations of varied
location. These stations were situated at Tueson, Arizona; Beloit, Kansas; Fredericksburg, Virginia; and
San Juan, Puerto Rico.
The three month interval September 16th to December 5th, 1957 was utilised for each
in addition to calculating the field component
and coherencies. between components for each
station,
powers,
station, the various stations were also correlated with
one another.
Correlation between stations provided a
test of the hypothesias, frequently propouned, that the
major part of the magnetic field variation is a function
of local time only.
/11o
I0o15
0loo
95"
Iy
I7o
1so
WESTON
7o
FREDERICKSBURG
BELOIT
3so
*
TUSCON
So
o
b
0
SAN JUAN
LOCATION OF THE MAGNETIC
FIELD STATIONS USED
FOR THE ANALYSIS
[ o
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(195
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s7o
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________
OROGRAPHIC
STATION
LA- UOons
WESTON, Mass.
42'2
TUCSO1, Ariz.
BELOIT, Kans.
FREDZRICIBURO, Va.
SAN JUAN, P. R.
39*28-6' N
38*12' 3'
18*22 "9'N
1I'N
32' 14*8'N
~
------
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OURA
C
----
GOSATIC
GEOMAGNETIC
+53 -9"
+357-1'
+312*-2
71:19-3'W
100*50*0' W
+4004
98"08-0'w
+49*3°
77224 'w
66*07*l1'w
HEL,&EMaSe
17,000
26,000
WESTOA
, Wass.
TUCSON,
Ariz.
atoIT, Kants.
FREDERICSBURG,
SAN JUAN, P. R.
Va.
21,000
19,000
27,500
MBam
+324, 9
+3498*
+3*2*
+49*6*
+29-90
STATION
ON
58 m.
770 m.
430 m.
69 a.
100 m.
AVERAGE Z
E.IELD
BE IMs
15-5"w
55,000
7,2.w~9
53,500
53,000
35,000
13"3"E
7-2*W
10*2E9
6.9w"~
SZVATION
taMMMv
44,000
Location anId Average Fields of the Maetic Stations
HR W
HR
W
jjjjjjjjjjJ
Fla
HR
V
flawt
HR
W
~--
-1--
CM.TAT IOMS:
A computer programe was designed, making use of a
Daniel Spectrum routine to reduce the computer time used
with little loss of accuracy. The programme takes three
digitised vectors, each of up to 2,000 points, and calculates the power spectrum of each vector and the coherency
spectrum between each pair of vectors.
Before computing with howly values of magnetic
field it
was necessary to check that the power at fre-
quencles above twelve cycles per day was not strong enough
to cause significant "allasing." Aliasing is the term
applied to the folding back of the power spectrum about a
thus if
frequency equal to half the digitising frequency
we take hourly values, the computed power for 3 cycles per
day will be the real power for 3 cpd plus that for 21 cpd,
27 cpd, 45 cpd, etc. To test If the allasing effect is
significant in this case, a portion of the Weston data
(August 6 to 15, 1961) was digitised at 200 points per
day from photostats of magnetograms, and the power spectrum
From the output
up to 100 cycles per day was computed.
by 21
on this, it is seen that the power spectrum falls
cycles per day to 3 per cent of its value at 3 cycles
Hoarly values for the same time interval were
per day.
taken and their power spectrum computed for the same
As is apparent in the following two
frequency interval.
graphs, the agreement is very good between the result
for digitization digitised at 200 and at 24 points per
day.
By inspection of the original magnetograms, it could
be assumed that the rest of the data had no significantly
larger high frequency power, so that hQrly values were
used for the rest of the computations.
2,000 points of hodly values total just under 3
months. The Weston data was accordingly split up into
four intervals, each of three months. For each threemonth interval, hcuwly values of the H1 D & Z magnetic
the power
field components were fed into the computer
_~
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~~__~_~__~_~__
_
/0
spectrum of each component, and the coherency amplitude and
phase between each pair of components was thus computed.
The computation was repeated for one data length of
three months from each of the four statlons, Tusaon, Beloit,
Predericksburg and San Juan.
The aaling factor for the -component power was
not altered from the value #sed at Weston in the computations,
although it should depend on the average H-field which
varies from station to station. Therefore the D-powers
printed on the computer output must be corrected by the
following factors:
Tuscon: - X.2.38
Beloit: - X 1.58
Frederick-burg: - X 1.32
San Juan - X 2.80
This correction has been made in the table of comthree diurnal armonics, and in
puted values for the frst
all calculations.
Furthermore, the steady declination at Tuscon and
at Beloit is Easterly, whilst at the other three tations
ist.I Westerly. So that all D field varations are
effectively measured to the Westward, 180 must be added
to the computed phase, as prested on the computer output,
wherever a correlation laolvos a D-fleld at Tuscon or
Beloit. This correctlon also has been applied for all
calculat ons.
Coherency amplitu4des and phases between the H
fields aof Tuscon, Beloit and Frederiksburg were computed
by feeding the acoputer with the appropriate H-field
vectors.
This was repeated for the D and Z fields of these
stations, and agaln for each component using Beloit,
Predericksburg and San Juan.
The computer programme was che4ked by feeding in
three 'sine waves"' each of four points (0, 100, 200, 100)
The phase lags came out
and lagging each other by 90,
correctly, verifying that PH~E2 is positive if vector I
---
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.----~-I----~--~~- ~~~-r~-"c~--~
__ __~~_~ __~
leads vector 2. However, a data length of one cycle does
not give a sufficiently flne spectral window so the test
was repeated with a data length of sixty sine wave cycles,
each cycle having twelve points and amplitude 100. The
phase lags came out as before, but the power at I c.p.d.
was 20,000gamsq/cpd. This was four times the correct value
and confirmed a previously held suspicion as to one of the
sealing factors in the computer programme.
teefore the quantity "Power"
in
tables and graghs
0llow
is four times .the aetal power&.averaged over
which f
a trequenczintrval at 0.05 cycles p~r day. Since the
Spectral window of the computer programme is probably
broader than the real power peak, it is best to consider
the tabulated powers as being valid relative only to
each other.
-
POWER
D FIELD
D FIELD
H FIELD
GAMSQ
/CPD
200
zoo
Z FIELD
200-
F
IOOF
Ioot-
IO
/10
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£
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2.
•
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-
WESTON: AUG 6TH TO 15TH,
HOURLY VALUES
200 POINTS/DAY
0
1
1961.
2.
P
3
J
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I
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FREQUENCY CPD.
L
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ri~ _I
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H&D
Z&
D&Z
H&D
D&Z
Z&H
HRLY VALS
200 PTS/DAY -
COHERENCY
AMP.
0-5
I I
4.,
..
.
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WESTON:
3
6-
AUG 6TH TO 15TH,
4-
1961.
6-
0
I
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FREQUENCY CPD
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Cayi"r~D~21~Y~-as
The power spectra and coherencies, computed for the
quarter July 1 to September 22, 1961, are depicted on the
six graphs which follow.
The results for the other three
quarters are essentially similar,
It
will be noticed that the powers of the first
three diurnal harmonics (1, 2, 3 cycles per day) generally
rise sharply above the neighbouring background.
Consequently, particular attention has been paid to these harmonies, to which all the following calculations are
confined.
A table has been drawn up of the computed values for
From it the following
the first
three diurnal harmonics.
conclusions my be drawns
1)
The Z-field power decreases with frequency at a greater
rate than do the k°a
D-field powers.
2)
The D-field leads the H-field by approximately 90'.
This accords with a requirement of the customary harmonic analysis, which will be discussed later.
3)
There is no such obviously systematic phase lag between
the D and Z-fields, or the H and Z-fields,
There is a remarkable variation in the field powers from
one quarter to another. Whether this variation is
seasonal or random cannot be decided without consi-
4)
dering several more years of data length.
Vegtor Rotation of Power Spectra and. CoherM,ctes
To test whether the alignment of the coast has any
effect upon the power spectra and coherencies it is
necessary to consider their values in directions other
than the H and D directions.
The mathematioal formulae required for the vector
rotations will be developed below
Let H, D, Z be the appropriate continuously varying
field vectors (with zero average value) and N be the field
vector in the same plane as H and D, at as angle A to H.
11
111
I S"
H
Fr n,2>/ Pe ) cPoON'(Z)r
yPw)
m)
.
PM)
F(
Ff1,
t-VD.;
c,
, Hc
~s9 t9
+ JP/) P(q) co/I o>ros PH,,
Deftereottd t , P(&/ar
tan a ~ = c Jp,
CoN/tHi) eacp e PHHz)
P)
Hco,
.. P(M) _ PbH) r'/, r PI,;P
ij
.
=P(z),e
F,)
-eb
a ,lace'r
/
Pl) co' ,o)
) = P'n~tOP/z)
u
/as
cs P#2
,,)
cO~/f
SIP/I.) 1;2) Co /'Hz)cos
fcvl
4.9).
,d).,-
A
ca/
/P 6,) - ,s)]
)
R F+j Pl) Pr) cot'oz);r;
Taking the complex conjugate of this equation and multiplying the two together producess
PiM) coN "Z)
= PH/) co n't
+ P(
2/,f,sV9 + PD)coH oz).-4A
) co
(paz)-;
haz) co ,'(Pz)c.s/o
,7s
The maxima and minim horizontal field powers were
calculated, and have been plotted to show direction and
magnitude. They may be considered as the major and minor
axes of an ellipse representing the field power in any
horizontal direction. Examination of the diagram shows no
preferred orientation for the maximu==m field power vector,
so the coast has no apparent effect upon this property.
Coherenoles with the vertical field were also caloulated for horizontal directions 45* to elther side of the
It direction. The coherency amplitudes have also been
plotted disae mmatically. They show no preferred orientation, so again no effect of the coast altgnment is apparent.
"
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GAMSQ
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1000
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0
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FREQUENCY CPD
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llll
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POWER
GAMSQ
/CPD
zooo
1000
S-00
FREQUENCY CPD
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POWER
GAMSQ
/C PD
Z0oo
/5o o
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FREQUENCY CPD
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AMP.
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izo -
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FREQUENCY CPD
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FREQUENCY CPD
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amuo-a
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ADM
rIAIMUat
MIz
netic Flld ?ower at We ton:
ortzonta I
The direction and magnitude of the maximum and
minimum horizontal field powers.
0
is direction measured West of True North.
MAX FIWAR
TIMS INTERVAL
Ma
e~
P9
-EfOWER
gaaqE Oasqep
M9
Oct-Dec 1960
Jan-Mar 1961
Apr-Jun 1961
1
1
1
880
840
1580
-36*
-53*
81*
250
Jul-Sep 1961
1
1790
44'
1230
-46*
Oct-Dec
Jan-Mar
Apr-Jun
Jul-Sep
1960
1961
1961
1961
2
2
2
2
760
430
950
1580
9
-43'
82'
76
430
330
480
640
-81
47*
-8
-14'
Oct-Dec 1960
3
235
57*
135
-33
Jan-Mar 1961
3
15i0
-9
90
81'
Apr-Jun 1961
3
110
-55"
100
35*
Jul-Sep 1961
3
370
-57*
130
330
10
550
330
54}'
37'
-9'
2*e
.oherency
hapittudes at Weston:
Coherecy amplitude for correlations of the vertical
field with various ho.rizontal field directions.
DfiEC"Tl:fiONi~
a 45* w_
g
.44
.83
.89
.63
.40
.67
.83
.81
.63
.53
1960
1961
1961
1961
.38
.60
.67
.56
.70
.67
.51
.62
.63
.65
.3
.79
.61
Oct-Dec 1960
Jan-Mar 1961
.27
.32
.45
.01
.27
.43
.56
.44
.16
.35
.42
.09
TIME ITERVAL
Oct-Dec 1960
Jan-Mar 1961
Apr-Jun 1961
Jul-Sep 1961
Oct-Dec
Jan-Mar
Apr-Jun
Jul-Sep
Apr-Jun 1961
Jul-Sep 1961
S
.86
11
.77
.87
.65
alt
.61
.78
•99
.71
.72
.25
.28
.70
HORIZONTAL MAGNETIC FIELD POWER AT WESTON.
Vectors represent direction and magnitude of the
maximum and minimum horizontal field powers.
2cms : 1000gamsq/cpd.
Scale:-
1
FREQ.
CPD
OCTDEC
TJo
2-
J
JANMAR
\vz
APRJUN
f --70
JULSEP
Tg1
\V
--,'j
3
26
WlrSTOIV.
cos r
SAtIVE.
CORRELATION OF HORIZONTAL & VERTICAL MAGNETIC
FIELDS AT WESTON.
Vector length = 2cms. X Coherency amplitude.
FREQ.
1
.
2
cpd
3
OCTDEC
19,0O
JANMAR
1961
APRJUN
JULSEP
Tc
vJ1v
- -
27
M
BMT
MfUsONC,
0 SAN JUAN
AjNM;C&MU
On the next page there is a table of the field powers
and coherencies for the first
three diurnal harmonics and
for the interval September 16 to December 5, 1957.
As for Weston, it is noticeable that the Z-field
power falls off with frequency more rapidly than do the H
and D field powers. Also, the D field generally leads the
H field by about 90*, except in the case of San Juan, when
the lead is closer to 180*.
San Juan is also anomalous
in the fact that its Z and H-field powers fall off with
frequency more quickly than the corresponding powers at
the other stations. These anomalies may be due to San Juan
being located in the Caribbean, is a chain of islands,
whilst the other stations are continental, though the effect
may also be due to a latitude dependence. Tuscon shows
the same effect to a lesser degree, which supports the latitude dependence.
fl.tp
et
tations
The histogram, depicting the coherency amplitude
between Tuscon and Beloit for each of the three field components, shows that the correlation is very good for the
first
three diurnal harmonies.
It will be noticed that
the correlation is also very good for certain other frequencies, indicating that the harmonics we have been
considering are not the only coherent signals present.
A table follows giving the coherency amplitudes and
phase lags (corrected to real time) between each pair of
stations for the first
three diurnal harmonics,. For comparison, the differences in geographic and geomagnetic
longitude are also tabulated.
It has often been claimed
that the major part of the field variation is a function
of local time only, For example, N. P. Benkova claims
that 80% of the field variation is a function of local
tlme (J. Terr. Mag., 45, p 427).
On this hypothesis, the
phase lag between two stations should be the product of
the difference in geographic longitude times the frequency
2?
in cycles per day.
Allowing for a considerable amount of'
experimental error, this hypothesis could be satisfied for
correlations between Tuscon, Beloit and Fredericksburg.
However, any pair including San Juan is definitely anomalous.
As before, the anomaly of San Juan may be explained as
being due to its special location,
1t
'es
LUo4TJA6
cawaoi- 9T .aqmeaqag
P1T4 o=eu20
JO aSOT UOUfni
eq
TWUArtTU 904n
!S4fl, rnW, 40J Gaf-lA pOtnduo3
(739
A1Ta-
aL'
812
at t
60T 9L
T-
OIL
to
6
99
09
St
L't- LL'
L696.
6
2:
.96
r11
-----"-1 C-l^lrry-l^ --II- --- ---sr*--l-- 'Y--'~~~-~"^I'~I~C'
*&yfl NYS CMY
Li
K9-
a,/
eL
c65
L6
80/
Zii
657z
of*
t76
221
trS
ITE89'
09
OTT- 0 6 '
sot 06'
LFAt- 139
Orj
06
09
06
Oct
oCr
ot
o2A3
o6ir
099
~e*F*raW*rr~lllll
OUhESMaIaaUtA wlt1(y2ha ?moms
0 -'T
00?l
mvCNVS
Off
09T
o0
0 T
9OLT
0o6
OLL
069
091E
olST
ou6t
09T
0091
fLdnntG'
z V a
Svz
MIR
pdapows
unMsU4
Kverys
Daum
uootm&
NOOUI
xura
a078"
loma
NVSUes
LIO7XS~
iPonw~1;1s
S-t
(I V 14
.__~_~_ ~~_
l-~----L--siu_~__;L;t-
/'0
COHERENCY
AMP.
0-7
tO
AMP.
ho
AMP.
0-7
FREQUENCY CPD
-- -- --:: -;----------
--;-cn~--c~
- ~_~-^lc--~~
I_
Corr
tions
etwen
II
-----~;-~-~-~:
t ations
Phase corrected to real time.
Phase positve if
station leads second station
first
SATIONS
c.~~TN_ ~~f*Z~Ig~p~
~r~l~ip
.pd.
.
,75
.96 -.56
.78
.69
.96 -. 10'
.83
11.5*
15'
.15 1150
.78 10*
.64
13.
.83
1
5Aslqlv'J-A
f'
.98
.73
2
2
38'
.75
2
3
FRELo/8-
320
7*
.95
.75
.11
3
3
.85
.64
1
1
1
2
2
2
.96
33
3
.84
1
.71
2
2
3
3
3
.96
.96
.97
.83
.93
.95
.88
.67
.90
.81
I
1
1
.79
.99
.86
2
.93
2
3
3
3
.82
.98
.86
-35"
66'
93'
20.5*
22'*
43*
65*
56*
73,
30
97*
70'
33.50
6"
73'
79"
51'
37*
19*
59"
28*
20'
32'
70
22'
53,
13
37.5*
-.-- ~
32
C0MWARION WIT
AmA
A NALM ISs
There are two solenoida1 solutions for the wave
equation in spherial co-ordinates (Stratton, p. 416)t
The "N" solution:
1
IiUR) P
'-9
-
, (R)
p
a
9)
9cor mp
"
co,
s~
)reo
M p"
and the "N" solution:
Z 7
o
t4
(I
been quetioned)
h aumption have
recenty
0,
or data from
alysed the daily varaton
P.
Bnkova
N.
In
-Iv3v de 21
.a/3earrA
±3*? cvJ
i1n
Where Il.It has
22~
that only the "N"' mode is
assumed
usually
been Vecto
present in the earth's magwtic field. (The grounds for
In 1940,
this assumption have recently been questioned).
N. P. Senkova analysed the daily variations for data from
a large number of stations. He assumed that only the Nmode was present and concluded that for one cycle per day
variations, the amplitude could be represented thus.
where the signifloant first
ing values:
C
=/SO
C,' =
C' =
(Soale arbitrary)
F0
23
few parameters have the followa'
I
c,' = 3
u
O
°
33
Note that for one cycle per day, we need consider only
m w 1, on the hypothesis that magnetic field is a function
of local time only.
Assuming these values, a table of the powers predicted by Befiova's analysis for the five stations at one
cycle per day is given below. It is followed by a table
giving ths observed powers, and the D to H ratios by the
two analyses.
There is no agreement between Benkova's analysis
and the present analysis. Benkova predicts that the H
power should steadily increase, and the D power steadily
decrease as we go southward. This effect is not apparent
in the computed values, which vary in no simple, systematic
manner.
Powers predicted on Benkova's analysis; arbitrary
scale.
Powers computed; measured in gamq/cpd.
Freyency
STATIO
BENK0VA
WESTONt
BELOIT
PREW
TUCSON
SANJAN
4 495
74 305
102 290
196 245
380 234
1 cycle per day
CqRPUTED
800
1650
1490
850
840
1040
1870
1930
1600
1510
ZEN OVA
10
4.1
2.8
1.25
.6
COM
1.3
1.14
1.3
1.78
1.80
39-
SUM HRY AND CWICW$ONIS:
The analysis failed to detect any preferred orientation of the horizontal field power, or Its coherency with
the vertical field, due to the effect of the coastline at
Weston.
The powers of the first three diurnal harmonics were
found to be significantly greater than the powers at frequencies in between the harmonics, An exception to this
is the third harmonic of the Z-field at Weston, which does
not stand out from the background. The Z-field power
generally decreases with frequency more rapidly than the
H and D-field powers.
In general, the 8 and D powers decrease with frequency more rapidly in southern latitudes.
The D-fleld leads the H-field by a phase angle
close to 90', except in the case of San Juan, San Juan
may be anomalous because of its location in a string of
islands in the Caribbean,
The hypothesis that the magnetic field variation is
a function only of local time is reasonably well supported
for the stations on the continent, Again San Juan is
anomalous.
The analysis does not agree well with former work,
and it seems probable that the variation of magnetic field
at these frequencies is more complicated than has previously
been assumed. Insufficient stations were analysed to draw
arny definite conclusions, and it is suggested that a
fresh analysis of the world-wide magnetic field variation
might be profitable. Most of the work on the daily variation of magnetic field was done before the last war. Now
that more recording stations are operating, and electronic
computers are available, a new analysis of the whole problem
seems necessary.
3-
Spheric4
n aronic Antalis t the
Sq-Vrations4 May-uu0 t, 19w}.
J. Toar. ag., 45, pp. 425-432.
Eckhardt, D. H. (1961)
Inugfon
_eopanett
an4 the Electril, Conductivi
of th
rth'p
ntle
Ph. D. Thesis, Dept. of Geology and
Geophyses, g. 1. T.
Jahuke, E. and fnde, F. (1945) Mb1es of Fu.nctions , Dover
Stratton, J. A. (1941) lectronMgnetic Theory, Mnwar-Hill
U. 8. Dept. of Comeroe, Coast and Geodetic Survey (1957)
and AMBe0tic ouv Ya-luvQS
AIMnetog
Bonkova, N. P. (1940)
T
36
AN ANALYSIS OF THE AUTO POWER SPECTRA AND COHERENCY AMPLiTUDE AND
PHASE FOR THE THREE COMPONENTS OF MAGNETIC FIELD AT WESTON FOR
AUG 6Ti TO 15TH i961 * HtZ DENOTED BY 1,2,3 RESPECTIVELY HRLY VAL
FnEQ
POWERFK
POWERF2
pouwF3
CPO
GAMSQ/CPD
GAMSQ/CPD
GAMSQ/CPD
0.
0.500
0.999
i4y
0.214E
0.198E
0.159E
U0.t33E
1.998
2.498
03
03
03
U
03
0.310E 02
U0.73E 03
0.278E 03
0.23l
03
0.IOOE 03
0.87lE 02
0.581E 02
035E 02
0.111E 03
0.649E 02
0.199E 03
0.126E 03
0.335E 02
0.147E 02
2.998
0.284E 02
0.717E 02
0.118E 02
3.497
3.997
0.13TE 02
0.698E 01
0.374E 02
0.107E 02
0.805E 01
0.380E 01
4.0b6
4.996
5.496
5,995
6.495
0U.e82E
0.382E
0.299E
0.262E
0.326E
01
O1
01
01
0.597E
0.623E
0.617E
0.776E
6.994
1.494
7.994
8.493
8.993
9.492
9.992
0.492
10.991
11.491i
11.990
0.245E
O.83E
0.183E
0.201E
0.164E
0.127E
0.112E
0.14sE
0.773E
E
0.207E
01
01
01
01
01
01
01
00
00
1
01
0.942E
0.737E
0.439E
0.284E
0.331E
0.416E
0.197E
0.867E
0.253E
0.4E
0.586E
-
e0
1
0.924E
01
01
01
01
0*396E
0.400E
0.317E
0.221E
0.239E
01
01
01o
01
01
01
01
01
01
01
01
01
c0
01
0.268E
0.264E
0.174E
O.IOIE
0.783E
0.013E
0.963E
O.100E
0.102E
0.776E
0.655E
01
01
01
01
00
00
00
O1
01
00
00
01
37
AN ANALYSIS U
ItH
AUTO POUWR SPtIRA ANU LUCOHERENCY
AMPLITUUE AND
PHASE FOR THE THREE COMPONENTS OF MAGNETIC FIELD AT WESTON FOR
Y I,2,3 RESPECTVVELY HRLY VAL
pUtZ tENUltU BE
i9i1
SI
5U
bHtu
AUG
FREQ
CU"2 PHZ2T
COUWH
PHZ23
CUH31 PHZ31
CPC
0.
0.02
0.500 0.37
0.
-77.
0.47
0.40
-0.
65.
0.29
U.39
0.
i9.
0.80
0.o
0.88
-78.
-4.
-74.
-8.
-103.
-99.
-155.
-i2T.
-106.
-72.
-12.
-104.
-133.
-162.
26.
-24.
173.
i60.
169.
-86.
-7.
80.
-180.
0.67
0.38
0.44
0.65
0.58
0.42
0.37
O.1q
0.62
0.49
0.36
0.45
0.38
0.38
0.42
0.15
0.35
0.33
0.21
0.17
0.16
0.02
0.11
70.
76.
144.
143.
126.
iB6.
-15.
2ti
156.
-176.
-147.
-144.
-136.
-103.
-65.
-166.
149.
103.
72.
16.
-44.
21.
180.
0.47
0.38
0.42
0.56
0.55
0.28
0.27
0.2
0.33
0.55
0.30
. 13
0.51
0.39
0.28
0.35
0.38
0.39
0.33
0.34
0.20
0.42
0.51
16.
-ii.
-51.
-54.
-36.
-60.
121.
0.999
i.99
1.998
2.498
2.998
3.497
3.997
4o496
4.996
5.496
5.995
6.495
6.994
7.494
7.994
8.493
8.993
9.492
9.992
10.492
10.991
11.491
11.990
0.8
0.78
u.5i
0.10
0.28
0.63
U.56
0.37
U.37
0.67
0u31
0.25
0.25
0.49
0.63
0.37
0.3
0.32
0.41
0.12
102.
-85.
-108.
114.
8.
-56.
-6i.
-76.
-25.
15.
69.
97.
-180.
40.
101.
180.
AN ANALYSIS OF THE AUTO POWER SPECTRA ANO COHERENCY AMPLITUDE AND
PHASE FOR
THE THREE tCOMPONFNTS nF MAGNETIC FIEtO AT WESTON FOR
AUG 6TH TO 15TH 1961 * HOT DENOTED BY 1,2,3 RESPECTIVELY
FREQ
CPf
0.500
1.500
2.500
3.500
4-000
4.500
5.500
6.00
6.500
*500
8.500
8-000
POWERF1
GAMSQ/CPD
POWERF3
GANSI/CPO
0*301F 02
0.155E 03
0.670-
0.104E 03
0-143
0 27AF 03
0ds27
0.232E 03
0.148E 03
0.508E 02
0396F 02
0.175E 02
0,2985
02
03
0.108E 03
0.t05F 09
0.665E 02
0-207
02
0.733E 02
09
02
0.7714E 02
Ool37'E 02
0.169E 02
0.445E 02
0.666E 01
0.108E 02
0.338E
06246A
0.313E
0*265F
0.139E
0.103E 02
Os93F 01'
0.124E 02
0.145E 02
0.100E 02
0.104E
0*473E
O1mtE0.516E
0-50OF
0.356E
0*262E
0.325E
02
01
Oi
01
at
01
01
01
0.344E 01
0*431E O
0.524E 01
0.322E
0.2493E
0.163E
0+ 6E
0.905E
01
O
01
01
00
00419F BI
0,983
00
01
0.139E 01
O1
01
01
01
01
01
0,503E 01.
9.500
10-000
POWERF2
GAMSQ/CPD
0.308E 01
0.203F 01
15500
0.113E 01
O.1138 01
0.163E 01
0o223F 01
0.162E 01
12.500
0.135E 01
0.254E
0.405
0.458E
00519E
0.387E
n,77E n00
0-ll0
0.966E 00
0.1149F 01
0.161E 01
0.150E 01
0.-224F 01
0.412E 01
0.9Q46F 1 0
0*386F
0.513E 00
D*621F 00
0.749E 00
0.245E 01
0.850E 00
0-31iE-00
0.295E-00
0.25FE-00
0.244E-00
0-198F
10.500
1-000
110500
13.500
14,000
14.500
14.00
15.500
16,000
16.500
17-000
17,500
18-000
18.500
19.o000
193.500
2?0.00
20.500
21-000
21o•500
0.679E 00
0.794E
0.886E 00
01
33E
01
0.841E 00
01
0,218E-00
0.1441 01
0.245E-00
0*1AFE
01
0*129E 01
0.262E-00
0.30E-o00
0,2471-00
00
0.129E 01
0.188E-00
0.861F
0.628F
0.15E-00
On
0.487E-00
0.914F 00
0.979E 00
00
0.148E 01
0.152E-00
0.145F
01
0*176E-O0
0. 108E-00
0.257E-00
0.409E-00
0.172E 01
0.196QE 01
0.899E 00
0-1AOF 01
0.160E 01
0.I06E 01
0.942E 00
0.473E-00
0.409E-00
0*833E
0,730F
00
0.596E 00
0.409E-00
24-m000
240500
O,
01
oil
01
0.102E 01
22500
23.500
01
0_-983E-00
00
0.872E-01
0.832E-01
0.999E-01
0*913E-01
0.963E-01
I
0.704E-01
0,712E-01
200PTS/DOV
AN ANALYSIS OF THE AUTO POWER SPECTRA AND COHERENCY AMPLITUDE AND
PHASE FOR THE THREE COMPONENTS OF MAGNETIC
FIELD AT MESTON
AUG 6TH TO 15TH 1961 . HD,#Z DENOTED BY 1#2,3 RESPECTIVELY
FREQ
POWERF1
POWERF2
POWERF3
CPO
GAMSQ/CPO
GAMSQ/CPO
GAMSQICPO
25.000
25.500
26.000
26. 500
27-000
27.500
i
28,000
28.500
29-000
29.500
30-000
30.500
11.000
31.500
0317E-no
0,76AE 00
0.254E-00
0.398E-00
d.322E-00
34.500
35.500
a6.0nn00
36.500
37-000
37.500
38.000
38.500
394000
39.500
40000
40.500
41-000
41 * 500
472.000
42.500
43.000
43.500
O,247E-00
0-204E-0
0. 184E-00
0& 172E-00
0.173E-00
0.&195E-00
0.220E-00
0.271E-00
O. 127E-00
0. 136E-00
0. 166E-00
0.158E-00
0. 126E-00
0.929E-01
0.79QE-01
0.142E-00
0. 129F-n
0.833E-01
0,684F-01
0.565E-01
0. 104E-00
0. 164E-00
.121E-00
0.496E-01
0,578E-01
0.637E-01
0,?22F-01
0.583E-01
44.000
O,76QF-Q'
44.500
0.974E-01
0- 104-00
0.854E-01
0.643E-01
0.643E-01
009RIE-01
0.897E-01
0*564E-01
0.742E-01
0.466E-01
45,000
45.500
46,000
46. 500
47.000
47.500
48 000
48.500
49.00
49.500
0.236E-00
Oo3LSE-oo
0.388E-00
0.41Sp-0
0.231E-00
0- AlF-0_O
32.500
33.000
33.500
0.9Q38E-01
0.144E-00
0*466E-01
0,309E-00
r
0.217E-00
0., 53E-00
0.940E-01
0.106F-00
0. 154E-00
0 IRRF-n
0.294E-00
0 #399E-00 __
0.378E-00
0.250F-00
0. 176E-00
o 165F-00
0. I25E-00
0,.9rE-0!
0.580E-01
0.54&E-01
0.106E-00
O I OE-00
0.193E-00
0.22E-00
0. 140E-00
0.137E-00
0.150E-O0
0.207F-00
0.207E-00
IF-O00
0.969E-01
0. 107E-O0
0.116E-00
0.
0. 116E-00
O, 05F-n00
0.810E-01
0-753E-0!
0.427E-01I
,0419F-t
0.493E-01
0*531E-01
0.724E-01
0-,72F-01
0.605E-01
0*650F-01
0.631E-01
*523E-01
0.535E-01
0.873E-01
0.686E-01
0-47SP-01 -~0.224E-01
0-7_4E-01
0.351E-01
0.408E-01
0*237P-01
0.405E-01
0-444E-01
0.251E-01
0. 39E-1
0.354E-01
0.476E-01
0.447E-01
0.379E-1
0.393E-01
01,207E-01
0.145E-00
0.15RE-00
0.900E-01
0.10QE-00
0. IOBE-0
0.337E-01
0.326F-01
0.234E-01
04309F-01
0,347E-01
0.451F-01
0,877E-01
0 *666E-O1
0.847E-01
0.410E-01
0.740F-01
0.248E-01
0.410E-Ol
0.492E-01
0.241E-01
I
.
...
20OPTS/
4o
AN ANALYSIS OF THE AUTO POWER SPECTRA ANO COHERENCY AMPLITUOE AND
PHASE FOR THE THREE COMPONENTS OF MAGNETIC FIELD AT WESTON FOR
AUG 6TH TO 15TH 1961 * H#OtZ DENOTED BY 1923 RESPECTIVELY
FREQ
CPD
POWERFI
GAMSQ/CP
POWERF2
GAMSQ/CPD
50.000
50.500
51.000
51.500
52.000
0.403E-01
0.436E-01
0.3071-01
O.604E-01
0.275E-01L
n.780-01
0.282E-01
0.581E-01
0.866F-01
52.500
53.000
53.500
54.000
56.500
0.843E-01
0,473E-fl
0.522E-01
55.000
51.500
56.000
56.500
60 000
57.500
58000
58.500
5 ,000
59.500
0.676F-0
0.805E-01
0.669E-01
0,63EI-01
0.360E-01
0a294F-01
0.378E-01
0.48A6-0i
0.582E-01
0.704E-01
O0697e-Ol
G41E-01l
0.446E-01
01985E-01
0.331E-01
0.38F01
0.398E-01
0,41634E-0
0.794E-01
0.455E-01
.,a61E-OL
0.606E-01
60*000
60.500
61.000
61.500
62000
62.500
63000-
63.500
612000
64.500
0.215E-01
a 179F-1I
0.281E-01
0,e6t!E -0
0.452E-01
0*448F-01
0.405E-01
f02OOE-01
0.448E-01
0,*64F-01
0.371E-Q1
0,643E-01
0.181E-01
1046E-01,
0.185E-01
0.337E-01
0.241E-01
0.358E-01
0.379E-01
0.-3031-01
0.207E-01
0*322E-l
0.325E-01
0,Q831-02
0.229E-01
0-309E-Ol
0.239E-01
003706-01
0.405E-01
0.331E-01
0.39FE-OI
0.304E-01
0a384E-01
0.416E-01
0,2TF-1
0.192E-01
0,245F-0
0.332E-01
0,368F-01
0.264E-01
0.241E-01
0.579F-01
0.24F-01
0.464E-01
0*281E-01
0.320E-01
65.500
6~A000
66.500
0.379E-01
0.494E-01
0D459 -01
0.894E-01
0.293E-01
0. 103E-00
0,*19F-01
0.326E-01
67s000
67.500
s.47F--01
0.839E-01
063 E-01
0.462E-01
0.S46E-01
0.363E-01I
0*3RF-01
0.487E-01
0.254E-01
0.Z19FE-01
0.276E-01
65.000
a68.00ann0
I
0.565E-01
0.A45F-01
0.693E-01
0349E-01
0.303E-01
POWERF3
GAMSQ/CPO
68.500
690000
69.500
70.000
70.500
71.000
71.500
72,000
72.500
73,000
73.500
74,000
74.500
0naOBF-0
0.242E-01
0.231F-01
0.430E-01
0.400E-01
0,917F-01
0.675E-01
0*652E-01
0.509E-01
---
00577-01
0.626E-01
0.350E-01
0617op-01
0,28QE-'o
0.288E-01
0.226E-01
0.36IF-01
0.400E-01
0.19aF-01
0*214F-01
0.322E-01
0.278E-01
0*248E-01
0.210E-01
0.2A601-oI
0 169E-01
0.
73E-0 I
0. 169E-01
,.209F-01
0.303E-01
0.348E-01
0222EF-0
0.179E-01
0*141F-01
0. 169E-01
0.268-01
0.207E-01
200PTS/
AN ANALYSIS OF THE AUTO POWER SPECTRA AND COHERENCY AMPLITUDE AND
PHASE FOR THE THREE COMPONENTS OF MAGNETIC FIELD
AUG 6TH TO
FREQ
CP
75.500
POWERF1
GAS
GAMSQ/CPD
P
o.isLE-01
0.401E-01
0. 171E-01
0.330E-01
77.000
0-33E-01
77500
0.325E-01
0n238F-01
0.280E-01
0.176E-01
0.440E-01
0.77EF-01
0.162E-01
0.323E-01
0*252E-01
0.260E-01
0.211E-01
O
0.184E-01
0°279E-01
0.232E-01
0*236E-01
0. 187E-0
83 500
0.252E-01
0,648F-01
0,45'IE-01
85.500
86.000
86.500
0.431E-01
0013E-01
0.5SF-01
0.
108E-01
O.148-01
0.296E-01
0.45E-01
0.301E-01
0*63E-0!
0.224E-01
0*243F-O!
0.210E-01
0.201E-01
0.20FE-01
0.199E-01
88,000-
0.383F-d1
88.500
0.490E-01
89.0000
89.500
9n.00
90.500
941000
91.500
920000
92.500
9 a000
93.500
94-000
94.500
95000
95.500
96.000
96.500
0.*3I8-01
09.*0E-0!
0.326E-01
O,32nF-n1
0.343E-01
040FE-01
0.432E-01
0. 933F-01
0.188E-01
0,2496-01
0.255E-01
0.355E-01
0.27E-01
0.300E-01
0 28EF-01
0.166E-01
01,6F-01
970000
0.357E-01
97. 500
980000
98.500
0. 180E-01
99.0000
------------
99.500
1n-nnn
0.336F-0 1
0.190E-01
87.000
87.500
0.410E-01
0. 1SE-Ol
0.221E-01
0o19F-fl0 ~
0.266E-01
0.±78l-01
0.246E-01
0,178F-01
04317F-01
0.343E-01
03337F-01
0.332E-01
0*265F-01,
0. 159E-01
0.158E-01
O.163E-01
o-l92F-01
gF-01
80.500
81,0000
81.500
82,600
82.500
83.000
84.500
POWERF3
GAMSQ/CPD
0.352E-01
76.500
74.O00
79 * 500
80.000
POWERF2
GAMSQ/CPO
0.323E-01
o0i4go-61
78.500
AT WESTON FOR
DENOTED BY 1,2,3 RESPECTIVELY
0,314E-01
76.000
78.000
I
S1TH 1961 * HOZ
0.285E-01
0*266F-01
0.196E-01
0205F-01 --
.1194E-01
0.216E-01
0 *Z254E-0l
0.241E-01
0 180E-0 I
0. 158E-01
0 s141E-0 I
0.234E-01
0*109E-O0
0.284E-01
0 229F-n1
0.206E-01
0- 199E-0 1
0.184E-01
0.175E-01
0.320E-01
0.373E-01
0-163E-01
0.259E-01
0-745E-02
0.398EO1
0.217E-01
0.261E-01
0.203E-01
0*258F-0I
0.269E-01
0,339F-01
0.439E-01
0*3 EF-01
0.169E-01
0.330E-01
0.*351E-O1
0.28F-01
0,260E-01
0.278E-01
0-203E-0
0.154E-01
0*211E-01
0.192E-01
O. 134E-01
0o1170F-01
0.240E-01
0*19BE-01
O. I50E-01
n_ 1 1 :-ni
~
--------- --- --------- ----------
0.250E-01
0*274F-01,
0.431E-01
LAA4F-Fnl
0.322E-01
0,34E-01
0.493E-01
S-rA I c.n
I
200PTS/
-2
AN ANALYSIS OF THE AUTO POWER SPECTRA AND COHERENCY AMPLITUDE AND
PHASE FOR THE THREE COMPONENTS OF MAGNETIC FIELD AT WESTON FOR
200PTS/
DENOTED BY 1,2t3 RESPECTIVELY
AUG 6TH TO 15TH 1961 * HtZ
FREQ
_CPO
0,
0.500
1,*000
1.500
2.000
2.500
3.000
3.500
4,000
4.500
5.000
5.500
6.000
6.500
7,000
7.500
8,000
8.500
9.000
9.500
10000nn
10.500
11000
11.500
12.000
12.500
13000
13.500
14nn000
14.500
15,000
15.500
1a6.000
16.500
1700nn
17.500
1in000
18.500
1n9:000
19.500
COH12 PHZ12
0.44
0.70
082
0.83
0.88
0.87
0.73
0.52
0.10
0.19
0.52
0.45
0,65
0.52
0.73
0.60
0.34
0.05
0-65
0.48
0.13
0.43
055
0.51
0,31
0.35
0626
0.35
044
0.49
0.45
0.37
058
0.71
n-.A2
0.19
n0:5
0.28
0n42
0.38
20.000 0,28
180.
105.
101,
104.
105,
98.
75,
79.
-78.
97.
67.
114.
148,
77.
31,
5.
-157
94.
19:
25.
36,
-160.
164.
137.
88.
71.
46.
67.
93,
70.
54.
99.
750
37.
4.
28.
"17:
85.
103.
114.
132
COH23 PHL23
COH31 PHZ31
0.22
0.50
-180a
-100.
001
0.31
0L6R
-1070
0,44
40
0.35
0,45
0.64
0.63
0.63
0.32
0.16
0.69
0.52
0A30n
0.40
0,45
0.59
0A58
0.55
0n,5
0.27
030
0.32
0,14
0.23
0.41
0.46
0.68
0.46
0.60
0.58
0.43
0.43
-100.
-30.
-30.
-42.
-57.
-A62.
-110.
-15,
5.
20
32.
49,
77.
93
8.
-24
-69.
-138R
-141.
153.
132.
43.
0.38
0.48
0.57
0.56
0.45
0.41
0.24
0-34
0.50
n0:38
0.14
0,62
0.25
0:01
0.36
0:51
0.34
012
0.48
0-12
0.48
0 60
0.70
0.A6
0.31
0.06
0.51
0.31
0.11
0,23
0.42
0.17
0.28
n20n
0.20
0n
0.28
-15.
-60,
-62.
-39.
-40.
96,
101.
-78.
-121.
152
-61.
-56*
-62.
69A
-38.
-21.
38.
-174.
-104.
-2.
93.
-177.
-138.
-138.
165.
-1t6,
-109.
-113.
-171o
-aS.
-53.
-n80.
170.
n05s
82.
-n90
-81.
18
0.57
-82,
45.
87.
154.
-125.
-97.
48,
46.
0.47
0n29
0.28
0,5
0.30
0 3
0.07
-80.
13,
-84.
-146a
104.
49.
-36.
0.25
0.45
0.50
031
0.27
036
0.34
0.29
1729
109.
92.
92.
45S
52.
61.
110.
1,34
t.
39.
97,
88.
56.
42.
4A.4:
n0.
-10.
20.500 0.16 -143.
21nn:000 0n36 -53
175.
21.500 0.30
51.
2.n000 0:17
22.500 0.18 -170.
23-An000 0n01n 59.
23.500 0.36
0.34
0,40
0.43
0445
0.32
n032
0.31
S24;n000 04
113
0n 08
119.
0:345
80
24.500 0.39
169.
0.29
-151.
0.20
123.
--'-II----------------
AN ANALYSIS OF THE AUTO POWER SPECTRA AND COHERENCY AMPLITUDE AND
PHASEF FOR THE THREE COMPONENTS OF MAGNETIC FIELD AT WESTON FOR
AUG 6TH TO 15TH 1961 • HD,0Z DENOTED BY 1#2#3 RESPECTIVELY 20OPTS/
FREQ
CPO
COH12 PHZ12
COH23 PHZ23
COH31 PHZ31
0.16
1.
0.2 8
-110.
25.500 0.49
-18.
0.43
40.
0.28
-25.
260000 0Q34
-37.
0.5
aQ
0.18
-R68.
26.500 0.16
27.000 0.41
27.500 0.53
28.000 0.57
28.500 0.56
150.
0.31
45.
0.50
-142.
-146.
0.33
34.
0.51
-168.
-125.
-136,
-144.
0.43
0.26
0.43
95.
97.
-124.
0.15
0,30
0.31
-127.
-74.
-115.
-139
0.15
158.
0.52
102i
0.70
105.
25.000 0.26
74.00Q 0.22
-162
29.500 0.16
117.
0.37
81.
30.000 0.10
119.
0,23
143,
0.71
84R
30.500 0.09
-51.
0.34
-145.
0.29
109.
31.000 0.22
-39-
0n,7
-79
n-026
93.
-1n02
31.500 0.51
-44.
0.15
-77.
0.33
732000 0.46
-62-
0. 1
-5.
0:47
110.
32.500 0.38
-64.
0.43
-4.
0.17
63.
-78.
0,29
-99,
n030
33.
0.34
-124.
0.24
-164,
0b44
-67.
-57.
0.17
-90.
0.43
33,000 0,31
33.500 0.40
34.000 0.20
34.500 0.29
-155.
354000 0,48
4.
06.4
60A
-85.
0.62
54.
80.
0,56
23,
35.500 0.32
-126.
0.22
56.
0.19
-40.
36.000 0.A40
-109
0.26
-138.
0.50
-107.
-99.
0.25
-100.
0.31
-165.
37.000 0.43
-23.
0.56
-49.
0.20
113,
37.500 0.61
387000 0.23
38.500' 0.46
-29.
-63.
167.
0.41
0s
0.50
21.
37.
-18.
0.42
0.35
0.39
21.
-78.
-81.
39.000 0.23
-147.
0.37
-45.
0,18
-152.
39.500 0.23
-15.
36.500 0.63
0.09
124.
0.23
170.
0.nn000 042
59,
0,38
-73.
0,12
-20.
40.500 0.22
41,000 0.19
41.500 0.07
85.
0.12
-89.
0.15
159.
0bl2
-26-
0.20
-128.
0.32
-52.
0.40
42000 0.722
-47.
031
-156
42.500 0.33
13.
0.56
21
0,0a
43.500 0.36
4A.000 037
44.500 0.38
45.000 0a56
a
43,000 0.46
7.
39.
19.
0.33
-125
-155.
0.41
-140.
-37.
0.28
26,
-55.
-97.
-59.
0.30
0,23
0.50
-15.
-32,
-89.
0.15
0.4
0.13
62.
-179
-155.
-41.
0.4T
-116.
0.13
170.
-33.
0.27
-83.
0.25
-126.
-3.
0.56
-61.
0,33
--63.
0.29
-79.
45,500 0.41
a46000 0.26
46.500 0.14
-145.
0.41
-47.
nnn000 0,60
-17?.
0.18
-55,
0.36
390
180.
0.38
-107.
0.50
26.
0,.46
-122
0_28
7a
111.
117
100.
47.500 0.42
annn00 n458
-164k
48.500 0.04
025
n49.000
49.500 0.21
92.
0.53
135.
0.36
51:
0.67
16
0.36
53.
0.84
110.
0.13
-- I---
_.
AN ANALYSIS OF THE AUTO POWER SPECTRA AND COHERENCY AMPLITUDE AND
PHASE FOR THE THRFF COMPaNENTS OF MAGNETIC FIELn AT WESTON FOR
AUG 6TH TO 15TH 1961
FREQ
COH12 PHZ12
HDOtZ DENOTED BY 1,2,3 RESPECTIVELY
COH31 PHZ31
COH23 PHZ23
-CPO
50.000 0.70
50.500 0.35
0,68
0.51
77.
46.
0.44
0.22
-41.,
0,36
,
0,30
-,.
51.500 0.13
5~,000 0.17
52.500 0.42
53.000 0.37
53.500 0.26
54-d00 0.12
54.500 0.06
54n000 011t
55.500 0.47
l56,000 .4b
56.500 0.59
57.000 0.23
57.500 0.41
58000 0t18
58.500 0.40
59.000 82 8
*.61
59.500
60000 044
60.00 0.24
61i000 n,08
61.500 0.22
62nn000 048
62.500 0.59
-3.
-144.
-146.
-547.
-11.
-8.
-83,
-76.
28.
147,
143.
174
-164.
-1-4.
-37.
-94
-1104
-7.
34.
30.
-137.
4411.
-1A66,
-162.
0.22
0.13
9.21
n01
0.39
0.34
0.13
0.18
0.21
0n6A
0.55
,0.34
0.09
0n,40
0.59
01.31
0.38
0,42
0.21
0.1_
0.18
0,45
0.37
-92.
0.03
0.26
0.39
0120
0.16
0.05
0.24
019
0.23
0n-2
0.39
0'3
0.21
0.11
0.63
066
0.13
0a38
0.17
0-48
0.12
0- a8
0.04
-125.
-61,
-61.
20n
27.
1435
-147.
-1594
140.
647
-20.
-73.
-33.
-40.
171.
5
49.
-4.
39.
-41
100.
40.
159.
63.000 0.48
-127.
0.21
a.
0.a49
63.500 0.33
64,000 0.41
64.500 0.23
145.
I I,
63.
0.24
0.38
0.09
65.000 076
62.
65.500 0.32
-45.
66.000 n.3n
-a48.
0.20
66.500 0.20
-121.
0.04
A.7-00nn0 0.23
-126.
0.4
0.25
n08
0.22
0.033
0.37
0294
0.32
0-22
0.07
0 -2
0.30
0.12
0.36
t-74n000 0:40
74.500 0.57
36.
-'r,
-161.
172.
174.
-136
-166.
174.
-21.
-NT
-137.
-93
-38.
-sA4
-144.
0.28
0,9A
0.28
0.3
0.38
01
0.41
0.464
0.26
0 35
0,27
0.22
0.20
1.o000 n,38
67.500
68000nn
68.500
69.000
69.500
70.000
70.500
7100nn
71.500
72~000
72.500
n
7300~
73.500
153,
-120,
109,
->1.
-37.
154.
.89.
114.
142.
159.
-115.
20.
-56.
-73.
-93
-49.
-39.
-68.
91
-1.
-70
-
-171.
142.
3314
65.
-127.
-88.
136.
1541
-154.
0.57
0,11
0.45
0.34
-62.
0.41
-74.
0.33
-166.
0.21
-135.
0.
0.25
790
-0.
-4O,.
147.
13
164.
43,
-32.
-40
69.
62
13.
-1631
-16.
-45_
-73.
-85:
168.
0"39
-177.
0.29
-73.
0.4
-270.
0.44
0.57
0.29
0.3'
0.25
0.11
0.51
008
0.40
0 09
0.37
035
0.17
0:32
0.23
-19.
-554
-21.
37.
40.
-143.
-169.
-8rt.
-6.
-83.
-61.
-19
-56.
58
-56.
200PTS/
4sAN ANALYSIS OF THE AUTO POWER SPECTRA AND COHERENCY AMPLITUDE AND
PHASE FOR THE THREE COMPONENTS OF MAGNETIC FtELD AT WESTON FOR
AUG 6TH TO 15TH 1961
*
Ht0tZ DENOTED BY 1,2,3 RESPECTIVELY
COH12 PHZ12
COH23 PHZ23
0,34 -1237
-94.
0.07
1 40
0.2
105.
0.39
103.
0.10
109.
0.08
46,
0. 1
-66.
0.47
28nn -a.
61.
0.13
AR68.
n021
-94.
0.09
-42.
0,26
43.
0.25
0o46
0.50
0.35
0.58
0.6A
0.43
0.14
0.39
0.40
0.48
0,3
0.10
026
0.23
160A
82.500 0.39
83,000 0,30
83.500 0.20
84,000 0,10
84.500 0.10
85.000 0,i3
85.500 0.06
8600nnn 0A38
86.500 0.21
87n000 0n06
87.500 0.05
8RR000 0n47
FREQ
_CP
75a000
75.500
76-00Q
76.500
77000O
77.500
78.000
78.500
7-000
79.500
80n000
80.500
81.000
81.500
82.000 047
156
151.
-164a
-92.
-74,
-85.
-a66.
138.
99,
104.
141,
179.
-175
173.
0.12
0.19
0.634
0.21
0.18
0.43
0,31
0.42
0,32
0.18
0,17
0.16
0.19
0.13
0.43
75.
0.40
166.
180,
-170.
-6.2
-136.
-179-19.
71.
23.
-29.
104.
0.42
0.11
0.43
0.43
0.19
0,52
0.45
n023
0.42
0.52
0.18
-0.
-61,
-176.
-11.2
-96.
69
35.
-30.
121.
11699.
0.26
n0.23
0.32
0.28
0.06
0.11
0.08
n031
0.01
0.16
0.34
138.
-82.
-3
11.
86.
118.
176.
-123.
-n04,
-152.
-161
111.
34,
25.
176.
-147.
22
1.
-64.
-94o
150.
126.
42-152.
-119.
-79.
210
0,34
87.
0.60
-92.
0.30
0.-1
0.14
0.5
0.53
0.21
0.35
0.24
0.24
90.
-97.
-102.
120.
104.
26.
-0.
12-5.
0.57
0.46
0.22
0.1
0.20
019
0.27
02
0.16
-75.
-28.
35.
84.
83.
-27,
-42.
-47.
-36.
0.A
117.
0.65
0.39
0.19
0.31
0.19
0.41
0.54
0.i6
0.26
35.
57,
-66.
-128.
130.
7.
97.
151.
-172.
93.00o 0.04
7-
88.500
89.000
89.500
S0.00
90.500
91,000
91.500
92nn00
92.500
COH31 PHZ31
n.A
-40.
0.31
0.32
0.31
0.39
0.24
164.
-101.
-93.
-118.
-141.
-66.
-95.
-44.
-25,
58.
0.30
016
0.47
0.44
0.52
-90.
-164a
155.
111,
77.
96.000 0.44
128.
0.61
67.
0.44
-165.
96.500 0.62
97.000 0.41
97.500 0.12
A98000 014
98.500 0.28
-9nh000 016
99.500 0.50
n0n0
-n00n00n
152.
156.
30.
0.39
0.24
0.13
0.0
0.70
076
nA
0.17
0.15
59.
169a
-155.
49,
26.
3.
-31.
-178a
0.16
0*24
0.17
-130.
-56
-171.
-86.
107o
122.
-108.
180A
93.500
946000
94.500
95,000
95.500
0.31
0.34
0.47
0.41
0.21
93,
-103.
-45.
92.
3
0.09
0.35
0 46
0.34
0.0
3
20OPTS/
AN ANALYSIS OF THE AUTO POWER SPECTRA ANP COHERENCY AMPLITUDE AND
PHASE FOR THE THRFE COMPONENTS OF MAGNETIC FIELn AT WESTON FOR
OCT I TO DEC 22t
1960. HDtZt, DENOTED BY 1t23. HRLY VALUES
FREQ
-CPU
0,
0.050
0.100
0.150
0-200
0.250
0.300
0.350
0,400
0.*450
0.500
0.550
0.600
0.649
0n699
0.749
0.799
0.849
0n899
0.949
0.999
1.049
!go09
1.149
10199
1.249
1:299
1.349
1=399
1.449
1A99
1.549
1 5!99
1.649
1Ag69
1.749
1 799
1.849
1:192
1.948
14998
2.048
2098
2.148
2.198
2.248
20298
2.348
2.398
2.448
"
POWERF1
GAtM4/CPD
206E
0.187E
0lt76E
0.121E
0,701E
0.656E
0.665E
0.606E
04a5E
0.405E
n-2FE
0.249E
0.287E
0.404E
0.432E
0.389E
0413E
0.424E
n0442E
0.598E
0:,5E
0.544E
0n-4746
0.386E
n237r
0.258E
n:37
0
0.349E
0.352E
0.320E
02449
0.126E
0:955E
0.111E
0142E
0.140E
n-lF
0.107E
n .14F
0.499E
0.752E
0.404E
01n41E
0.149E
0.162E
0.140E
0.152E
0.181E
0.157E
04
04
04
04
n
03
03
03
03
03
03A
03
03
03
03
03
n03
03
n03
03
03
03
0
03
0n
03
n
03
03
03
03
03
0
03
03
03
n03
03
03
03
03
03
03
03
03
03
03
03
n0176E
3
03
"-------I--
POWERF2
GAMSQPCPO
O,391E
0.310E
0.259E
0.252E
,03
8E
0.256E
0.3t27
0.376E
0n3100.188E
0.EAAF
0.262E
0:324E
0.362E
03
03
03
03
03
03
03
03
03
03
03
03
03
03
0.402E 03
0.349E 03
n.n280E
0.305E 03
0346E n0
0.563E 03
0: 75nE O3
0.716E 03
n0539E 03
0.296E 03
n0341IE 03
0.406E 03
0a36l
03
0.311E 03
0.238E 03
0.261E 03
0.225E 03
0.170E 03
02-7E 03
0.269E 03
0 236E 03
0.291E 03
0267TE 03
0.267E 03
0.225E 03
0.292E 03
0.433E 03
0.321E 03
0in 6nF 03
0.226E 03
O.7RFE 03
0.246E 03
0-235E 03
0.235E 03
0 200E 03
0.149E 03
POWERF3
GANMS/CPD
n,434E 03
0.380E
0,.1Q9
0.109E
n0225E
0.193E
O.876E
0.100E
0.996E
0.855E
0854R
F
0.164E
0.228E
0.296E
0 274E
0.286E
n041E
0.373E
0n423E
0.125E
00 202
O.130E
n58E
0
0.421E
n411tE
0.351E
n.357E
0.375E
0-328E
0.294E
016TE
0.823E
0n603E
0.102E
0-143E
0.145E
n0in1E
0.569E
O.42OE
0.530E
0.107E
0.108E
0,644F
0.611E
0.714F
0.655E
04556E
0.641E
0 732E
0.572E
03
03
03
03
03
02
03
02
02
02
03
03
03
03
03
On
03
03
04
04
04
03
03
03
03
03
03
03
03
03
02
02
03
03
03
03
02
02
02
03
03
02
02
02
02
02
02
02
02
4-7
AN ANALYSIS OF THE AUTO POWER SPECTRA AND COHERENCY AMPLITUDE AND
PHASE FOR THE THREE COMPONENTS OF MAGNFTIC FIELD AT WESTON FOR
OCT 1 TO DEC 22, 1960. H#OZL
FREQ
CPO
.4iH
2.548
2-59A
2.648
2,748
2.748
2.848
2.948
2--998
3.048
3,098
3,147
-3a 97
3,247
3.347
3*397
POWERFI
GAMSQ/CPO
.131E 03
0.133E 03
0*19E 03
0.138E 03
03
0.130E 03
03
0.113E 03
i01
0. 169E 03
O-231 E b2
0.327E 02
020.348E 02
A2
0.390E 02
02o.307E 02
4.047
.0097
4.147
4-197
4.247
4-297
4.347
4.446
4,496
4.546
4o596
4.646
4.746
4.846
__1_
_
4.946
0.160E
O0.191E
0.096E
0.208E
0- 49E
0.238E 02
0-174E 02
0. 167E
02
02
o0.288E 02
02
0.357E
02
0.205E 02
0*253E 02
0.283E 02
Oa346F 02
0.362E 02
0,342EF
0.301E 02
02
02
0_
0.422E
O3
0.173E 03
0e207E
03
0.165E 03
03
0.186E
n03
03
0.132E 03
O.151E 03
n03
03
0.163E
0-. ZOF 03
0.203E 03
03
0.155E 03
03
0.136E
0ol36E 03
O.gAF
03
0. 119E 03
, 46E 03
a03
03
0.185E 03n-
7nF0
POWERF3
GCAMSQCPD
0 a-469
02
0.651E 02
O.74SF A>
0.530E 02
02
0.429E 02
0-588E 02
0.581E 02
0.7 16E 02
0.828E 02
0-684E 02
0.436E 02
02
0.408E 02
02
0.574E 02
0.523E 02
0.497E 02
0.,74FE02
0.199E 02
02
0.253E 02
0.437F 02
0.437E 02
0,220E 02
0*3241
O.176E 02
0.143F 02
0.121E 02
0,199E 02
0.265E
S0.254E 02
0.205E 02
02
0.158E 02
02
0. 14AF
0,172E 02
O.220E 02
l2
02
0.227E 02
0.199E
0,00F 03
02
0.432E
n,4070.350E
03
03
03
03
-03
03
03
03
03
03
03
03
O.149E 03
0.210E 02
3.847
3.897
3.947
0-!44E
0.171E
0.147E
0. 149E
0. 108E
3-497
3.797
POWERF2
GAMSQICPO
04175
0.119E 03
02
0.572E 02
02
0.392E 02
0-351E 02
0.373E 02
3.447
3,4597
3.647
30697
3.747
DENOTED BY 1,2,3. HRLY VALUES
0.279E 02
0.*294
02
0.214E 02
02
0.19SFE02
O0
0.302E
0_ 91F:
0.0SOE
0.191E
0,- 7_
03
03
03
02
0.254E O3I
0.205E
0.183E
0.847E
02
1
02
0.197E O3
03
03
03
0.158E 03
03
0.153E O3
0.142E 03
02
0, 168E 02
i
AN ANALYSIS OF THE AUTO POWER SPECTRA AND COHERENCY AMPLITUDE AND
PHA$F FOR THF THREE COMPONENTS OF MAGNETIC FIELD AT WESTON FOR
OCT 1 TO DEC 22, 1960. HeDOZt DENOTED BY 1,t23. HRLY VALUES
FREQ
_CPD
POWERFi
GAMSQ/CPO
POWERF2
CAMSQ/CPn
POWERF3
GACMSQ/CP
4,QQ96
5.046
0.260E 02
0.249E 02
0.182RE 03
0.152E 03
0.54
01
0.685E 01
5,096
0*29AF 02
0.175E 03
QSA1F
5.146
5.196
5.246
0.259E 02
0,42E 02
0.301E 02
0.135E 03
0*145E 03
O.137E 03
0.360E 01
0.280F 01
0.517E 01
5-296
0233F 02
0.17F 03
0.810F 01
5.346
5-396
5.446
5.496
5.546
5.596
5.645
a4
5.745
5.795
5.845
5 089
5.945
0.250E
0.314E
0.333E
0n339E
0.281E
0.249F
0.258E
0,17AF
0.299E
0,399E
0.426E
0l316E
0.227E
0.157E 03
0148E 03
0.157E 03
0.146E 03
0.142E 03
0.130E 03
0.130E 03
n,126A
n
0.137E 03
0,166F 03
0.148E 03
O0.191
03
0.182E 03
0.109E
0*150E
0.180E
0.147F
0.107E
0.148E
0.264E
n.287AF
0.237E
n,168E
0.110E
0.174E
0.228E
5.295
0.1S1E 02
6.045
6,095
6.145
6195
6.245
0.117E
O,t6E
0.127E
0.237E
0.245E
62944
6.345
6.395
6.445
6.495
6.545
02
02
02
02
02
02
02
02
02
02
02
02
02
02
02
02
02
02
,5
231E 02
0.199E
0.117E
0.160E
0.175E
0.151E
02
02
02
07
02
.123E 03
0.162E
0.168E
0.149E
.168ER
0.163E
03
03
03
03
03
01
02
02
02
02
02
02
02
n0?
02
02
02
02
02
0.*24F 02
0.234E
0.213F
0.133E
0.715E
0.967E
02
02
02
o
01
n16F n0
0
0,142F 02
0.164E
0164F
0.221E
0.214E
0.184E
0.178E
O 227F
0.230E
0.182F
0.129E
03
03
03
03
03
02
02
02
02
02
6.595
n- 2TF n0
noenF nA
n,127F 7
6.645
6.95
6.745
60795
6.845
6:894
6.944
6.994
7,044
7.094
7,144
7.14
7.244
7.29O4
7.344
7,394
7.444
0.165E
0.237E
0.266E
0-247E
0.228E
0.26, E
0.298E
0,771E
0.237E
0.46E
0.352E
O.388E
0.258E
0.6E
0.165E
O405E
0.152E
0.164E
.1043
O.140E
0,166
0.206E
O.182E
0.199E
0,.F2E
O.156E
0.155F
0.163E
0*n,7F
0.147E
0.130E
0.157E
0.61fE
0.175E
0.167E
0.97F
0.143E
0.960E
0.155E
0.1OF
O.108E
0,a49E
0.950E
O.749E
0.373E
0.355E
0.447E
0.582E
0.755E
O.829E
0.662E
02
F02
02
02
02
02
02
02
02
02
02
02
02
02
02
02
02
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
02
02
02
01
02
02
02
01
01
01
01
01
01
01
01
01
01
AN ANALYSIS OF THE AUTO POWER SPECTRA AND COHERENCY AMPLITUDE AND
PHASF FOR THE THREE C4nMPONENTS OF MAGNFTIC FIFLD AT WESTON FOR
OCT 1 TO DEC 22, 1960. H#0,Z, DENOTED BY 1,2,3. HRLY VALUES
FREQ
-CPO
7.494
7.544
7-r!4
7,644
7.694
7.744
7.794
7.844
78944
7.944
7.994
8.044
8.094
-8.143
8.193
8.243
POWERFi
POWERF2
POWERF3
GAMSQ/CPO
GAMSQ/ICP
GAnMSQCPD
0n!05F 02
0.108E
0.132E
0*116E
0.03E
0.994E
0.964E
0.112E
0.107E
0.848E
0.4498E
0.159E
0.241E
0.223E
0.e23
0.243E
8.293
0.195
8.343
0.161E
8.193
0.1,tE
8.443
.6493
8.543
8,4593
8.643
0.159E
0.2089
0.217E
A8-693
8.743
8.793
8.843
8.893
8.943
8.993
9.043
9:093
9.143
90193
9.243
9-293
9.343
9:492
9.442
94492
9.542
94592
9.642
9:469
9.742
9 794
9.842
-- 9 892
9.942
017iE
0.153E
~En3
0.156E
0.1OF
0.223E
0.-90E
0.287E
0.208E
0.233E
0,721E
0.402E
0n512E
0.506E
nn501E
0.471E
0611
0.344E
0.3049
0.362E
0.433F
0.416E
0*322E
0.237E
0.165
0.168E
:8tanE
0.193E
02
02
02
01
01
01
02
02
01
0
02
02
02
02
02
02
02
02
02
02
02
02
02
02
02
02
02
02
02
02
02
02
02
0n2
02
02
02
02
03
02
02
02
02
02
02
02
0
02
02
02
0. 10E
0.174E
0.10E
0.136E
0.126E
0.142E
0,14~1
0.138E
0n171E
0.170E
0,178E
0.185E
01T77
0.185E
0.147,
0.152E
0.156F
O.144E
0.53E
0.171E
0.n490
O.171E
0n167E
0.165E
0.127F
0.121E
n0."28
0.151E
0.161F
0.163E
0.191E
0.164E
0.142E
0.149E
-141E
0.130E
0160EF
0.170E
0.F
0
0.165E
0.160E
0.177E
0.165E
0.142E
0.153F
0.126E
0.192
0.143E
n0124E
0.134E
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
0n3
03
0a3
03
3
03
03
03
03
03
03
03
03
03
03
03
0,S2F 01
0.355E 01
0,483E 01
0.745E 01
OI03E 02
0.105E 02
0.801F nO
0.976E 01
0.134E 02
0.125E 02
0123E 02
0.140E 02
0-128E 02
0.103E 02
0.105E 02
0.149E 02
0n59EF 07
0.132E 02
0.1 E1 02
0.871E 01
O.004F 01
0.606E 01
0,1339F O
0.326E 01
0,560F 01
0.603E 01
0,t74E 01
0.898E 01
0.619F 01
0.369E 01
0438EF 01
0.649E 01
0.871E 01
0.107E 02
n046E 02
0.150E 02
.t09E 02
0.681E 01
0.554
01
0.681E 01
0.649F O0
0,574E 01
O.6?F 01
0.804E 01
O,634F 01
0.323E 01
0=333E 01
0.445E 01
-0559F
a
0.642E.01
AN ANALYSIS OF THE AUTO POWER SPECTRA AND COHERENCY AMPLITUDE AND
PHASE FOR THW THRFF COMPONENTS OF MAGNETIC FIEn
AT WFSTON FOR
OCT 1 TO DEC 22, 1960. HtOZ, DENOTED BY 1#2,3. HRLY VALUES
FREQ
CPO
POWERFI
GAMSQ/CPO
10.042
0,!Q4
02
0.211E 02
10042
0,17@ 07
10.142
0.154E' 02
100149
0, 107E 02
10.242
1-0s292
10.342
0.730E 01
10.442
10.492
10.542
0.104E 02
49442
.74,r8F
n
0.959E 01
nl0,021
02
POWERF2
,GAMSQ/PD
,0134F 03
0.131E 09
03
0.145E 03
0.143E 03
0.157E 03
03
0.136E 03
03
0.156E 03
03
0.150E 03
03
10,641
0.132E 02
O04E- 02
0.540E
0*74E 01
01
10.741
0.155E 02
0.131E
0.1741
0- 1 38E
0.151E
10-79!
02
10.841
0.163E 02
10,941
11.0141
0.138E
0
,n06
0.101E
0-124F
0.144E
11.241
0.102E 02
11.341
0.460E 01
11.041
02
02
02
02
02
05 6E 01
0.77OF 01
11.441
!-0491
11.541
I11°641
I - 641
11.741
11.841
118o90
11.940
1.990
I
~3_
0.107E 02
00119
02
0.125E 02
0X1t2E 02
0.101E 02
0.10Th 02
0.180E 02
0,2659 02
0.317E 02
0.294F
POWERF3
GAMSQ/CPO
0.128E
0. 149
'0. 147E
03
03
03
03
03
03
03
01
01
02
02
02
OQ_19F 0
0.112E 02
0.860E 01
0.118E 02
0.i45 02
0.113E 02
0766C F 01
0.504E
0o459F
0.478E
0-874E
0.136E
01
0
01
01
02
03
0.138E
0,197F 03
0. 126E 03
03
0.149E 03
0- !RF 03
0.128E 03
03
O.150E
03
0-e!36E 030.128E
0.148E
0.677E 01
,479E n
0.483E 01
0.144E 02
0.133E 02
_-?_FE 02
0.750E 01
0.139E 02
03
03
-030a9
03
03
03
0. 157E
0 1953E
0.134E
0.236E 02
0-.159E 02
0.125E 02
1n00F 0
0.937E 01
0'
0.224E 02
0.1QQF
1___ OA2
0.608E
0*7I73E
0.118E
0n
65F
0.159E
,159QF
0.155E 03
1 14IQF 03
1
02
0.299E 02
A.llAF
2a__ A 2
n
~
AN ANALYSIS OF THE AUTO POWER SPECTRA AND COHERENCY AMPLITUDE AND
PHASE FOR THE THRE
COMPONENTS OF MAGNETIC FIELD AT WESTON FOR
OCT 1 TO DEC 22, 1960. HOsZt
FREQ
COH12 PHZI2
OENOTED BY 1,2,3. HRLY VALUES
COH23 PHZ23
COH31 PHZ31
-0,
4.
0o04
0.38
180.
122.
128.
CPD
0.
0.27
0.050 0.43
180,
145.
0,24
0.24
0.100 0.55
155.
0.46
70.
0.43
0.150
0200
0.250
0,300
0.350
170.
136.
160.
162o
157.
0.28
0031
0.37
0,37
0.25
139.
1372,
10
105,
116.
111.
0.35
0,69
0.67
0.46
0.37
0.400 0.61
tS4,
0,22
Q1,
0.37
0.450
0.500
0.550
0.600
0.649
0.51
0.19
0.42
0,47
0.38
132.
194.
150.
135149.
0.38
0.26
0.28
0,29
0.46
61.
100,
113.
137.
167.
0.25
0.20
0.44
0,55
0.10
0,699 0.38
162a
033
147s
0.6A
0.749 0.39
166.
0.27
161.
0.58
-24.
0,799 0.08
-116,
0,14
156,
0,74
-22.
-115.
-176a
-116.
-121,
-151.
-14,.
-18.
-63.
-127.
-168,
-170.
170,
166.
145.
101.
0.36
0.49
0.35
0,44
0.47
0.45
0.27
0,51
0.40
0.32
0.54
0,24
0.29
0.19
0.33
92.
133.
110.
Q94,
110.
134.
78.
a6,
111.
103a
127.
146.
136.
179.
-152.
0.73
0,70
0.57
,63
0.70
0.77
0.71
0,79
0.73
0,72
0.78
O,81
0.79
0.74
0.49
-4.
-7.
25.
32.
190
7.
-10.
-9,
9.
17.
23.
18.
16.
2?.
7.
-16.,
0.47
16.
0.24
IS.
0.51
0,28
0.33
138.
1S0,
95.
0.59
0.50
-171.
176,
149.
0.41
4.
24.
61.
0.40
124,
0.43
120.
0,29
109.
0.16
114.
0.24
175.
0.06
67.
-1.898 0.19
-18.
0.27
68.
0.44
-37.
0.59
-95.
104.
0.64
-45.
0,64
-93.
117.
0.67
-44.
-35.
0.849
0,899
0.949
O,Q99
1.049
1,099
1.149
1.199
1.249
1,299
1.349
1,*99
1.449
1.499
1.549
0.44
0.33
0.28
0.44
0.50
0.27
0,32
0.22
0,37
0.37
0.20
0.17
0.49
0.37
0.*3
0.51
0,47
0.33
0.54
0.36
1,599 0,25
1.649
1.699
1.749
1-799
1.849
1.948
1.998
2.048
2.098
2.148
0.65
0,59
0-57
60.
61.
73.
56,
63.
R1,
45.
-8,
-17.
-10.
1.
1..
0.53
-81.
0.43
0.38
0.46
117.
0.58
0.27
-144.
0-66
137.
0-49
3.
0.13
108.
0.38
167.
0.48
17.
6.
0.28
157.
0.45
23.
2.198 0.05
62.
0.37
162.
0.38
34.
0.27
-46,
0.20
132.
0.43
37.
2.348 0.18
2,398 0.12
2.448 0.32
-99.
-1.
-62.
0.23
0,20
0.06
118.
174.
95.
0.58
0.64
0.53
22.
25.
31.
2.248 0.17
2.298
AN ANALYSIS OF THE AUTO POWER SPECTRA AND COHERENCY AMPLITUDE AND
PHASE FOR THE THREE COMPONENTS OF MAGNETIC FIELf
AT WESTON FOR
OCT 1 TO DEC 22t 1960. H,0,Zt DENOTED BY 1,2,3. HRLY VALUES
FREQ
CFo
2.498
2.548
2.598
2.648
2.698
COH12 PHZI2
COH23 PHZ23
COH31 PHZ31
0.16
0.38
0.20
0.08
0.34
0.34
0.40
0.24
0.35
0.25
138.
148.
142.
126.
65.
145.
-99.
0.30
0.34
0.34
0.41
0.42
0.50
0.15
48.
62.
81.
114.
93.
0.37
77.
0-22
-135.
0.21
-122.
0.38
2.748 0.26
2.798 0- 27
t.848
0,129
0.12
-27.
-43.
-119.
-121.
-80.
-90.
-49.
-32.
-6.
2.948 0.21
2.998 0,32
3.048 0.56
-48.
0,14
-219.
0,27
-32.
3,098 0,23
3.147 0.32
31.197 0,26
3247 0.03
3*297 0,33
-4.
0.18
0,13
15.
0.18
-67,
o,11
0.34
0*37
0.15
0,30
0.14
3.347 0*36
3*.997
0*27
3.447 0.29
110.
-35-a
-63.
12a
-50.
0,24
3.547 0.27
3,47
0,28
-112.
3.647 0.25
-64.
3.697
3.747 0.03
0.28
3.947 0.26
165.
158.
-100.
0.3917
0,09
0*46
-114.
0.58
-147*
-140.
-143*
0.05
176.
-75.
0.47
-52.
0.13
-141.
-173.
-114.
-152.
0.19
-135.
0.11
-45.
-31.
-126.
0,36
0.40
0,17
0.25
28.
22*
0.39
0.55
19.
31,
18.
0.62
-70.
0.42
-70.
0.11
28.
-124.
103.
0.40
144.
4.396
-98.
67.
-174.
4,496
134.
4.546 0.13
142.
0.37
4*646 0.23
4-96 n. 16
4.746 0.24
0,31
4.846 0.37
161.
175m
17.
79.
-6117.
1396
-30.
151-146.
-46,
156.
4.297 0.06
4.347
_024
4.946 0.15
-177,
0,28
0.01
162.
4.896
146o
176.
42.
-157.
-71.
-15.
4.247 0*26
4.446 0.39
121.
-73.
0.10
0,18
11.
4.0Q7
4. 147 0.45
98.
157.
-156-
22.
-172.
3*997
4.047 0.03
127.
156.
37.
0.33
0,38
0.07
3,707
3.847 0.26
12S,
105.
78.
94.
42.
0.08
-74.
0.20
0.24
0,22
0-42
0.13
172.
0,57
-22.
144.
-148.
-78.
0.43
0.56
0.62
36.
5.
-9.
-12.
123.
0.29
-132,
-69.
80.
113.
0.17
-125.
0.46
54.
42.
0,55
48.
0.26
-141.
36.
0.11
-54.
0.59
0.54
0.35
-165.
0.38
0.38
-1.
163
121.
62.
0.54
-32.
-10.
45.
14.
-ll.
AN ANALYSIS OF THE AUTO POWER SPECTRA AND COHERENCY AMPLITUDE AND
AT WFSTON FOR
PHASE FOR THE THREE COMPONENTI OF MAGNETIC _ED
HRLY
VALUES
BY
1,2,3.
DENOTED
OCT 1 TO DEC 22, 1960. HZtl,
FREQ
CP_
---
COH12 PHZ12
COH23 PHZ23
COH31 PHZ31
4.996 0.30
105.
0-21
0.03
43.
5.046 0. 23
.01I
5.046
5.146 0.25
22.
-58. '---118.
0.07
132.
0.38
0.33
150.
0-56
160.
0.57
92.
0.24
0-14
104.
73,
47.
28.
0.06
0.34
101;
0014
-18.
173O.
105.
0.21
0,10
0.27
5.246 0.18
5.346 0.13
s*196
0*12*
5.446 0.09
5,496 0-08
5.546 0.27
,546o 0-30
5.645 0.24
5,695
5.745 0.18
5,795
81.
1,61,
71.
0.10
153.
66-155.
1
141.
-179.
0.22
112.
0.24
011L
60,
0-38
-106.
139.
0.31
0.14
0.15
-78.
0.07
0.24
0*22
0.19
I
-34,
83.
147o
-4.
165o
123.
0.20
0.19
61.
-14.
0.49
0-*43
0.29
177.
0.63
6*495
-lq6,
0,17
-1780
6.545 0,15
Oe32
-179.
0.18
0 26
0,24
-85.
s0.
138.
0.77
0-46
6.245 0.46
6.29445 0.16
6.345 0.05
6.645 0.16
6.745 0,16
66.
6.845
-121.
~-87- --157.
6,894
-172*
6o944 0*34
-152.
6;795 0-24
0.30
0;08 --
-53.
7,094 0*20
7,144 0.27
7.14
7.244 Ol22
0.19
-56.
-118-164.
77.
156a.
-116,
160.
160o
149.
-170,
-107.
0.47
0,47
-69.
-57-25.
20.
0.54
-35.
168*
0,62
-15.
70,
0.20
-151.
-1162
-111.
0.63
-63
33-
0.59
0,45
48.
32-
0059
-3*
-10.
0,61
0.35
o
0,42
0.15
-143.
7,294
-85.
0,37
174.
7,344 0.20
-o05
7.394
7.444 0.18
157.
0.46
-133.
-12680.
-127.
0.05
-1800
22.
0.60
175.
-136.
4.
a18.
----
89
143.
0.04
0.14
0.16
-129.
-746
0.30
6994
7.044 0.29
I
-35
-128*
69.,
38,
6,445 0.25
6.145 0.21
-71.
0.64
-0.
-153.
8821
-108.
6-09S 0-46
-23-
2*
0.08
0.17
0,36
0.48
0617
0.37
0649
0.16
0,39
0.31
-147.
-176,
-174.
174144.
-20.
0A44
7.
6.045 0.42
1470
-117.
-149*
136.
38
14324.
29,
60-
-58.0
-IS9.
5.845
5.8945 0.14
5,945 0.16
0.18
-129-
0.13
Oo3l
0.17
17.
63o
-157.
-130.
-87,
0.30
0*24
0.24
-70.
-86.
-120.
AN ANALYSIS OF THE AUTO POWER SPECTRA AND COHERENCY AMPLITUDE AND
PHASF FOR THE THRE COMPONENTS OF MAGNETIC FITFL
AT WESTON FOR
OCT I TO DEC 229 1960. HtDtZ, DENOTED BY 1,23. HRLY VALUES
FREQ
CPn
7.494
7.544
7.594
7.644
7.694
7.744
7.794
COH12 PHZ12
COH23 PHZ23
COH31 PHZ31
0.14
0.25
0.17
0.31
0*36
0.05
0-17
0.12
0.25
0-48
0.16
0.33
0.26
0.05
-17.
105.
-173.
72.
155.
-116.
39.
0.25
0.27
0.44
0.58
0.41
0.17
0.14
-III.
-78.
-89.
-84.
-9q.
-158.
50.
0.04
64.
0.42
-24.
7.844 0.15
7.894
61.
-20.
29.
3.
-100o
166.
-720
46.
0.42
0,47
7.944 0.04
112.
7.994 0.16
-13.
8.044 0.29
-63.
0.16
0.16
83.
-2966.
0.45
044
-8.
-17.
17.
8,094 0.14
13.
0*27
-120.
0.45
0.58
8.143 0.46
8.
0.34
-62.
0.66
45.
0.18
81,
0-61
-65.
0.65
26.
35.
-16.
0.23
0.13
149.
-80,
-109.
0.21
105.
0-14
8.243 0.15
48.
24-
8.343 O.1
8_393 0.25
8.443
0.n0
8.643
8,693 0,04
0,20
8.743
-46.
0.31
-153.
0.13
-35.
0*24
44,
0.*60
0.65
0*66
0a49
0.44
0,36
97.
-46,
0.34
O,36
43.
46.
0.41
-55.
280128.
010
9.043 0*08
9.143 0.14
0.462
9.243 0.10
-164.
-1.16
-139.
-65,
-110.
177.
90293
9.343 0.31
0*14
9.442 0.28
9.492
0.10
9.542
49542
9.642
9*692
9.742
0.21
0.20
0.22
0-37
146.
174.
0.67
0.763
0.27
165.
1350
-48.
0-76
-20.
0.055
0.42
-44•
0.11
0.01
0.14
0,23
0.23
-177.
153.
87.
174.
-118.
5.
0.08
0.19
1560
-177.
52.
30
131,
8.843 0.15
8-893 0*25
8.943 0.22
40.
38.
54A
85.
0,37
8.543
8,593 0.16
42.
58.
-132-142.
-177.
-113.
0.09
-165.
-125.
-7.
0.73
0*79
0.88
-4.
-16,
0.89
0.72
165.
0.62
-75,
0,77
154.
0.68
-21.
-21.
-29.
-4.
-172.
n-48
-136.
0.49
-12.
-42.
-87.
0.57
0.38
0.27
172.
15429.
1290
0.05
-74.
0419
-60o
9.842 0.12
9.892
9.942 0.21
16.
0.03
-128.
110.
109.
0.14
1?0*
0.17
-29.
0-66
175.
0.39
011
0.15
-10.
169.
AN ANALYSIS OF THE AUTO POWER SPECTRA AND COHERENCY AMPLITUDE AND
PHASE FOR THE THREE COMPONENTS OF MAGNETIC FIELD AT WESTON FOR
OCT 1 TO DEC 22, 1960. HtOtZ DENOTED BY 1,2,3. HRLY VALUES
FREQ
CPD
COH12 PHZ12
COH23 PHZ23
COH31 PHZ31
-177.
130.
0.27
0.49
i6O.
-142.
9.992 0.28
10.042 0.11
2.
-104.
0.24
0.28
10.092 0.18
80.
0.28
136.
0.59
-137.
0.05
0.06
0.18
0.05
0.28
0.-2
0.21
0,22
0.29
0,17
0.19
0.06
0.15
0,17
0.08
0-30
0.24
0.02
-142.
149.
-158.
177.
170.
-105.
41.
163,
-48.
41,
173.
-48,
121.
-70.
17.
-140.
-93.
-103.
0.68
0.72
0.44
0.09
0.24
0.25
0.45
0.64
0.65
0.53
0.15
0.22
-80.
-171.
-171.
-155.
154,
140.
-178.
-141.
-134.
-132.
-136.
179.
29.
-9.
-47,
-88.
-96.
-72.
-12.
16.
10.142
10.192
10.242
10.292
10.342
10.392
10.442
10.492
10.542
10.592
10.641
10,691
10.741
10.791
10.841
10.891
10.941
10.991
11.041
0.23
0.04
0.09
0.13
0.20
0.07
0.15
0.09
0.19
0.06
0.08
0.31
0.15
0.15
0*24
0.19
0.16
0.17
0.14
.15
11.141 0.17
0 .15
11.241 0.27
11,291
11.341 0.29
11-1391 0-17
9.
-101.
143.
120.
-7.
-13,.
147.
-133.
-177.
-137.
-51.
27.
-82.
146.
-1.
-115.
177.
-e.
28.
-14*
-89.
-47*
0.20
128.
0.39
0.53
0453
0.60
0.68
0.49
0.27
0.47
0-*57
0.39
-164*
-49_.
-127.
0.19
-1790
0020
0.24
0.04
168.
13611.
-141.
-130-92.
0.21
146.
11.441
11.541 0.08
0.18
0,53
-87.
0.16
53.
1800
0.72
11.641
103.
0.33
-122.
0.*39
-47.
41.
15.
-15.
0.55
0.46
-8,
-76.
-83.
-28.
-32.
0,49
-94,
-7t.
32-
-58.
11,741 0.21
0-a29
11.841 0.24
11,890
11.940 0.27
i i - Qan
__ __ _
__
(L.1
Y_ Y
___
___
-92.
130.
0.10
172.
0.36
25-78.
9g,
0.18
-13140.
0.45
n. 12
-104,
0.42
-50,
-3.
0.11
95.
0.40
-40.
0.23
18 .
I~aU
las
i
(L.
56
AN ANALYSIS OF THE AUTO POWER SPECTRA AND COHERENCY AMPLITUDE AND
PHASE FOR Tn THREE COM PONErNTS OF MAGNETIC FIELD AT WESTON FOR
JAN I TO MAR 31 1961t HO,Z, DENOTED 8Y 1,2,3. HRLY VALUES
POWERF1
^
GA..SQ/CPD
"'^
FREQ
.CPO
V.GH
--
0.050
0.150
0.250
V1300
0.350
0.450
0.550
649
-- '-~-
----
0.334E 04
0.463e" 03
0.280E 03
012-8tE 0.241E 03
0.206E 03
0.171E 03
o t6ge 09
0.139E 03
O.130E 03
0.122E 03
0. 776E 02
0.841E 02
-t-t6et'
es
0.749
0.157E 03
0.849
0.873E 02
POWERF3
GAMSQ/CPD
--
----
0.442E 03
023
0.993E 02
-02
0.977!
0.806E 02
02
0.511E 02
02
0.396E 02
-Of0.438E
02
0.469E
o.22eE 02
1.049
0.174E 03
0.342!: 03
0.220E 03
1.149
t .0199
1.249
0.996E 02
02
*-7?TE0.706E 02
0.186E 02
02
-02
0.228E 02
0.45SE
0.450E 02
0.756E 02
0.389E 03
0.613E 032
0.450E 202
0. 7 16E
0.639E 02
O
1-.-499
1.549
0.727E
0.623E
0.482E
0*.38E
0.369E
0.230E
0.259E: 02
0.393E e20.53T7E 02
0.413E -Ot-
1.649
0.308E 02
1.749
0.206E 02
O.I94E 02
0.318E 02
00899
0.949
---
POWERF2
GMSCPO
GH
r
299
1.349
1.449
02
02
02
02
02
0.163E 05
0.850E 04
0.541E e3
0.306E
0343E
0.269E
0o.96E
0.911E
0.
16E
0.233E
0.210E
0.160E
03
03
03
02
02
03
03
03
03
0.171E
0.219E
0.170E
0.14:2E
0.158E
0.163E
0.361E
.59e-E
0.344E
0.936E
0.181E
0.202E
0.226E
0.198!:
0.135E
0.oeiE
0.181E
0.107E
0.118E
03
03
03
03
03
03
03
03
03
02
03
03
03
03
03
03
03
03
03
0 12GE
1.849
1.948
--- t 99192.048
0.176E 03
0.231E 03
0.326E
0 .478!E
0.345E
G. 213E
0.237E
S0.4 37 E
0.248E
0.236E 02
2.248
--- 2 2-19
2.348
0.209E 02
0-.300E--02
0.224E 02
21st6E-02
2.448
0.218E 02
0.121E 03
0.18!E 03
0.136E 03
02
02
0%
0%
02
0.217E
V
2.148
02
0203
.1t
r
E
0.180E
0,112E
0.125E
0.212E
0.202E
0.279E
0.271E
02-
02
02
02
02
02
02
i
0.845E 02
,.115
03
0.961E 02
0.935E- 02
0.952E 02
0.854E 02
0.980E 02
0.91:2e 02
0.565E 02
0.818,! 02
0.112E 03
0-93E 02
0.754E 02
.57
AN ANALYSIS OF THE AUTO POWER SPECTRA AND COHERENCY AMPLITUDE AND
THRnnEE CPOfNENTS OF AGNETIC FIELD AT WESTON FOR
CPHASE FOR T
JAN I TO MAR 31 1961, H,0,Z, DENOTED BY 1,2,3. HRLY VALUES
FREQ
-CP
2.548
2.648
2.748
POWERF1
GASQiCP0
POWERF2
GAMSQ -CP0
-02
0.191E 02
o.26eE 02
0.213E 02
0.867E 02
0.107E 02
020.256E 02
0.
120E 02
0.1201:
02
0.854E 02
02
0.141E 02
0. 178E 02
0.268E 02
0.277E 02
0.477E 02
0.611E 02
0.741E 02
0.653E
0.600E 02
0.590E 02
0. 587E 02
0.265E 02
0.226E 02
0.683E 02
0.628E 02
0.113E 02
0. 160E 02
0.205E 02
0.4374E 02
-At
2.848
2,998
3.048
0.940E
-0202
3.147
0.292E
3.247
3.2r97
3.347
3.447
02
0. 146E -0202
02
0.219E
-0202
0.130E 02
02
3.547
0.961E
3.647
3 -5697
3.747
3.847
3.947
4.047
eti
0.839E 01
0-129E 02
0.124E
0.992E 01
0* 136E 02
0.184E 02
0.225E 022-
0.118E 02
0.200E 02
02
02
-at
02
0.176E 02
0 149E: 02
0.234E 02
02
POWERF3
GAMSQ/CPD
0.426E 02
0.491E
02
0.535E
0.621E 02
02
0.75E
0.4593E 02
0.419E
02
0.437E 02
0.212E
02
0.781E
02
,e335E 02
0.426E 02
0.477E2
02
0.532E
O. 49--9E 02
02
0.461E
0.451E 02
02
0.226E 02
0.386E 02
02
0.$25E
0.246E
4.147
4.247
-4r*2974.347
02
0.771E 01
0. 120E 02
0.958E 01
0.836E 01
0.895E 01
0.421E 02
O.102E 02
0.375E 02
4.446
0.144E 02
02
0.566E
4.546
0.896E
0.105E 02
4.646
0.139E 02
O
0.674E 01
4.746
0.111E
0.102E 02
4.846
-4. 96
4.946
0.135E
eiF
02
0.919E
-9102
0,458E 02
I
0,497E 02
0.342E 02
0.3l7E 02
0.312E 02
0.107E 02
0.108E 02
0,539E 02
AN ANALYSIS OF THE AUTO POWER SPECTRA AND COHERENCY AMPLITUDE AND
PHASE FOR !"E THREE COMPONENTS OF MAGNETIC FIELD AT WESTON FOR
JAN 1 TO MAR 31 1961, HvOtZ, DENOTED BY 1,2,3. HRLY VALUES
FREQ
5.046
POWERFI
POWERF2
POWERF3
02
0.135E 012
-0t
0. 101E 02
0.672E Ot
0.986E 01
*25E
o
-t
0.923E 01
-02
0.101E 02
02
O.105E 02
0.362E 02
0.274E 02
.446E 02
0.529E 02
0.4 2tE- 02
0.381E 02
0.221E 02
0.364E 02
0.4G6E 02
0.437E 02
0.345E 02
0.256E 02
0*.195E 02
0.348E 02
" 339E 02
0.207E 02
0.250E 02
0.240E 02
-r287tE --02
0.382E 02
-. 349E- 2
0.228E 02
0.383E 02
0.389E 02
f.415t-E 02
0.388E 02
-,.2
7002
0.228E 02
0e.353E 02
0.364E 02
0.264E 02
0.250E 02
-et
5.146
S.196
5.246
5o296
5.346
5.446
5.546
5,645
5.745
5.795
5.845
5.945
0.479E 01
-Ot
0.485E 01
-t0.798E 01
02
0.150E 02
0.665E 01
ot
0.969E 01
-0t
0.620E 01
0.486E -ot
0.689E 01
et
6.045
0.680E
6.145
6.245
0.422E 01
-745E -0+
-t
0.706E 01
6.345
0.334E 01
6.445
0.498E 01
6.545
-6 9947.044
0.697E 01
-Ct@
0.535E
0.332E oi
0.218E
et
01
0.834E -ot
01
0.376E
.3183E 01
01
0.554E -t-
7,e94
7.144
0.722E
-et
01oi
*
1A4E-
0.945E Of
-01
-0.7?3E- 01
0. 464E -ot
01
-t
0.570E 01
018TOE
0.709E -t01
0.735E 01
Ot
0.709E 01
O,49tE
0.579E -t
01
ot
0.254E 01
-- 305E0.518E 01
-Oe6f5E0.551E ettl
6.645
6.745
6. 95
6.845
6.944
:7 *t94
7.244
7.344
7.444
01
0.327E 01
01
0.556E 01
0.228E0.228E
0.110OE 02
0.466E
-Ci0.651E
0.496E -t
01
-l0.708E 01
01
0.651E 01
--0-401E- -Ci0.661E 01
O.142E -i
0.501E 01
01
0.453E 01
0.250E 01
i
0.192E
0.296E0.282E
0.227E
0.348E
02
02
02
02
02
0.378E 02
0.391E 02'
0.233E 02
0.330E 02
G0.404E 02
0.430E 02
0. 350E 02
0.161E 02
-0.
4--E
02
0.330E 02
AN ANALYSIS OF THE AUTO POWER SPECTRA AND COHERENCY AMPLITUDE AND
PiASE FOR TE THREE COMPrNENTS OF MAGNETC FIELD AT WESTON FOR
JAN L TO MAR 31 1961, HtDt,Z, DENOTED BY 1,2,3. HRLY VALUES
FREQ
CPO
POWERF1
GAMSQ/CPD
A2L7C
T.,44
7.544
Alr
POWERF3
GA1SQ/CP B
7.744
0.458E
0.3iZe 01
01
-i
0.412E 01
-0*
0.37 1E 01
0.235SE -Ot
0.491E 01
7.844
0.402E 01
0.417E 01
0.195E 02
0.32SE 02
0.330E 02
4-234E
0.268E
7.944
0.62tE
e.235E
0.381E 01
9P.
0.582E 01
594
0.447E 01
7.,644
?,694
oa
I
POWERF2
GAMSQ/CP
LC
uL
8.044
0.685E 01
8.143
8.243
0.204E 01
-004tee at
0.586E 01
8.343
0.252E 01
6.3493
0.294E 01
8.543
0.434E 01
-0050tE-O
0.341E 01
8.643
-ot
01
06r3tt0.572E
0.149E 01
0.213E 01
-O-2ttt
0.194E ()
01
0t
0.723E 01
-0o6tE--at
01
0.365E 01
0-.356E 01
0.622E
-*52SE0.237E 01
.246E
8.743
0.421E 01
0.;349E 0
0.375E 01
-0*454E-- t
0.513E 01
0*463E 01
0.301E 01
00799
8.843
8.943
9.043
0.364E 01
0-300E t
0.381E 01
-074tE--t0.269E 01
9.143
9.193
9.243
9.343
0.326E 01
-3349E0t
0.321E 01
0O.398E 01
0.451E 01
9.442
9.542
9.642
-9692
9.742
9.842
99-4-82
9.942
I
0.333E 01
04*63E-0
0.206E 01
0-.2 E
-0.335E 01
0.442E
e10.286E 01
0.276E
0.958E
e0.-623SE0.584E
et
01
01
02
0.314E 02
-ei
0.366E 02
-02
0.317E 02
-20.304E 02
-0t
0.426E 02
-0t
0.190E 02
it
-02
0.233E 02
-20.273E 02
O.261E -a2
0.135E 02
-02
0.324E 02
-0.27e- -02
0. 256E 02
0.$262 E -02
0.244E 02
0.587E
0.370E 02
-e2
0.286E 02
*255E- 020.324E 02
O. 333E e20.275E 02
20.249E 02
O20.254E 02
02
0,253E -2
02
0. 164E 02
20.315E 02
20.313E
0.364E
0.210E
401
0
01
0.436E
e. 44 tE
0.510E 01
01
t
01
ol
0.386E 01
e,64E0.614E 01
*303E0.213E -etot
01
01
0.247E
AN ANALYSIS OF THE AUTO POWER SPECTRA AND COHERENCY .AMPLITUDE AND
PrrASEr FOR THE TRee COPONeNTS OF
JAN 1 TO MAR 31 1961,
FREQ
CPO
..
*992
POWERFL
-,AMSQiCP
0.31E
01
01
,AGNEIC
FIELD AT WESf,,N FOR
H,DZ, DENOTED BY 1,2,3. HRLY VALUES
POWERF2
GAMSQ/CPB
.6I
01
10.042
1.0.592
10.142
I0.9L2L
10.242
io.292
10.342
1.392
10.442
1t0.42
10.542
10.592
10.641
,1.691
10.741
1i0.?9i
10.841
0.345E 01
0.33t01.t
0.333E 01
U-,9o 1
0.131E 01
01
.156E o1
0.242E 01
0.222E
01
0.259E 01
0u.359E o1
0.281E 01
.1 67E 01
0.179E 01
... 12 01
0.233E 01
0.223E O
0.229E 01
0,643E 01
o4.;1t 01
0.385E 01
0u.250
E2
1
O.132E
0132E 01
0.118
1
0.357E 01
0.469E 0i
0.296E 01
0.203C 0i
0.359E 01
0.7021 O
0.746E 01
0.516E 0"
0.469E 01
0.,464E 01
0.336E 01
POWERF3
GASQ/CPD"
0.333
02
0.394E
0.3606
0.279E
0.251E
0.226E
0.333E
0.332E
.19iE1
0.201E
u.922
0.216E
0.L251E
0.223E
0.1202
0.264E
0.302E
0.315E
02
02
02
02
02
02
02
02
02
v02
02
02V
02
02
02
02
02
10.941
0.154E 01
0.250E 01
10-99
o.186e e1
e.2eeE 0t
0.219
02
11.041
11.091
11.141
1.191
11.241
0.227E
0.247'
0.216E
0.*280
0.263E
0.222E
0.41..
0.454E
0.334E
0.313E
0.358E
0.363E
0.301E
0.2802
0.161E
02
02
02
02
02
11.291
11.341
0~*l65E 1
0.216E 01
S.1
391
.O260
01
1
01
01
01
01
01
01
01
01
0.206E 02
.2ze5E 01
0.270E 01
.250E 02
0.287E 02
01
0.457E 01
0.217E 02
11.441
0.195E 01
0.577E 01
0.152E 02
11.491
11.541
0.163E 01
0.316E 01
0.452 01
0.385E 01
O.19E 02
0.160E 02
11.641
0.116E 01
0.209E 01
0.237E 02
11.691
0.1372 01
0*159
01
0.141E 02
11.741
i.,791
11.841
0.2616 01
U. I9iE o1
0.115E 01
0.255E 01
.353;. v
0.308E 01
0.187E 02
0.2582 02
0.326E 02
11.940
1i.990
0.238E 01
.220E 01t
0.487E 01
0.599 01"
0.280E 02
O.12 02
AN ANALYSIS OF THE AUTO POWER SPECTRA AND COHERENCY AMPLITUOE AND
PHASE FOR THE THREE CepONENTS OF 4AGNETiC FIELD AT WESTON FOR
JAN 1 TO MAR 31 1961,
HODZ, DENOTED BY 1,2,3. HRLY VALUES
FREQ
COH12 PHZ12
COH23 PHZ23
COH31 PHZ31
CPS
e.
0.050 0.70
-
-25.
----
0 f~9
0.75
0--0.3 5
---
-177.
0.150 0.20
0400-0.47
0.250 0.44
V0300 0v36
0.350 0.22
ev400 -re
0.450 0.19
0500v0.36
0.550 0.44
0.600 0,33
0.649 0.09
0.699 0.4
0.749 0.36
--
0.38
-30.
0.31
71.
So.
155.
0.65
94.
0.28
0.02
59.
150•
61.
0.44
-31.
0.50
0.04
e.36
0.54
140.
39.
-38.
-70.
0.46
117.
1-22.
87.
-- F119.
52.
0.68
63.
0.11
42.
0.66
65.
0.59
-52.
;,7 o
-470
-44.
-- .
-29.
52.
0.75
-138.
0.72
-t34.
2.448 0.71
0.81
Fre
0.-32
0.849 0.48
00899 0.32
0.949 0.53
1.049 0.45
i099 ee10
1.149 0.27
L.19 0.46
1.249 0.59
.50
1t99r
1.349 0.09
i.399 0017
1.449 0.37
1499 0.52
1.549 0.36
0.599 0.18
1.649 0.27
1.699 0.49
1.749 0.45
1799 0.30
1.849 0.18
-1w8918 0.54
1.948 0.89
--998 0591
2.048 0.84
2.098 0#4
2.148 0.32
2,198 0.14
2.248 0.46
2o298 0.39
2.348 0.35
-- Bi
20.
c
-127.
--- Sr-17.
-54.
--- 74.,
~Fr-
48.
-50-65.
--
0.86
0.68
"o66
0.78
---0 6F
0.44
0.57
---- Br57-22. ------ $r-+0.54
6-
0.58
59;
0.44
0o36
96.
-- 95,105.
0050
0.50
52.
0.48
0.60
-- 8671.
105.
---
kerIo
-6.
0.32
-82.
0.43
-56.
48
-3e
-3.
-43.
-S6.
-80.
-51.
-25.
68.
0.44
0.64
58.
0.71
-50.
117.
0.38
0-63
---77.
~16-
132.
0.56
-20.
-30-32.
---- -r6,
0.50
I
-52.
0.58
S--4r-3
42.
-99.
-- 59w8s47.
-- Few92.
,
35,
250..
95.
e6".47
0.59
-59-
7,.
9.
0.68
-101.
0.56
--- 97.w-95. ------ 4.20.50
-79.
---- 58r159.
-82.
-21.
-27.
0.30
4.56
152.
0.42
-11.
0.59
--- 1-,-
0.31
0, 46
0.29
0.15
110.
79.-
0.20
in-26-
104.
1T2.
0.29
152.
0.09
16.
-34.-36.
-26.
-0.
-56.
4z
AN ANALYSIS OF THE AUTO POWER SPECTRA AND COHERENCY AMPLITUDE AND
rPASE FOR THE THREE COMPOENS O
ur
AGETruC FELD
r
WESTi FOR
JAN 1 TO MAR 31 1961, HtZti, DENOTED BY 1,2,3. HRLY VALUES
FREQ
CPO
2.49
COH12 PHZ12
20I
0rr 56
2.548 0.29
0.
-24.
COH23 PHZ23
COH31 PHZ31
16
70_
0C~L12
0.57
126.
0.39
0
0
-125.
-- ete
2o6913
2.748 0.24
-43.
0.27
146.
-t43,
102.
2.848 0.56
-88.
0.23
55.
0.18
10.
--- 90ri
100
59.
0.12
107.
0.41
12.
2.648 0.35
2*998
2.948 0079
0.82
3.048 0.68
-121.
0.45
0.14
84,84;s
129.
0.24
0.23
-100.
--- *t59.
, ott
-93.
0.28
3.147 0.45
-60.
0.23
88.
0.26
-69.
--team-
3.247 0.51
0.39
3.347 0.30
-45.
0.42
149.
0.18
----56.
e;-
0.26
-73.
3.447 0.40
3
-148.
-132.
* 491
3.547 0.06
168.
-- 1410
3.647 0.14 -142.
3,697 -0.60
-4.
3.747 0.29
0.09 ---1+27
161. ~
-e,46144.
0.24
7---,7+32.
0.23
124.
0.26
0130.08
-94.
-e.350.20
0.47
0.35
0.271
0.61
0.59
0.31
-0. 3-
3,847 0.22 -126.
019
1--29
3.947 0.21 -137.
0.50
0.51
97.
0.38
4.047 0.32
-79.
0.45
66.
4.147 0.09
OF!*
197- 0.32
0.30
157.
117
*
24k- e
-70.
0.16
-87.
0.47
0.27
0.17
7
-140.
4-
---
)
- 17
--S8.
13.
1.
-66.
1.
54.
r9.
0.24
4.446 0.16
---
170.
-liew-76.
4.546 0.33 -145.
4o+-596- -6 59- --1230
0.62
---
4.846 0.75
--4.0 96
4.946 0.60
56.
63.
--- 61.b
0.24
0.37
119.
--143.122.
--1-42
0.52
0.16
0.19
0.32
0.08
0.06
-004
171.
0.22
0019
-156.
-- 7-.-121.
0.08
76.
---91-
-49.
-27
178.
36.
26.42.
-130.
0.25
-102.
0.41
39.
0.55
0-47
69.
-146.
-102.
-102.
0.42
00, 5-
74.
42.
0.40
59.
-64,
r6964.746 0.42
13.
0.34
49.
0.09
0.-
0.138
0.42
-16.
AN ANALYSIS OF THE AUTO POWER SPECTRA ANO COHERENCY AMPLITUDE AND
"HREinE COMPOeE;fTS
rF MA6N;ETrC. FIELD AT WESTON FeR
JAN 1 TO MAR 31 1961, HtD,OL DENOTED BY 1,2,3. HRLY VALUES
PnASE run THE
FREQ
CPO
COH12 PHZ12
COH23 PHZ23
COH3L PHZ31
0.66
0.38
0.46
0.45
0.42
0.28
0.35
0.53
0.31
0.36
0.69
0.67
0.45
0.19
0.50
0.41
0.30
0.09
0.55
0.67
4.996
5.046
5.096
5.146
5.196
5.246
5.296
5.346
5.396
5.446
5.496
5.546
5.596
5.645
5.695
5.745
5.795
5.845
5.895
5.945
5.995
6.045
6.095
6.145
6.195
6.245
6.295
6.345
6.395
6.445
6.495
6.545
6.595
6,645
6.69
6.745
6795
6.845
0.64
0.56
0.50
0.47
0.20
0.13
0.09
0.3
0.66
0.67
0.08
0.49
0.12
0.14
0.36
018
0.43
150.
-126.
79.
-84.
-380.
-37.
-88.
-94.
-6.
-65.
-82.
-97.
-142.
62.
21.
135.
163.
168o
110.
114.
175.
-145.
-174
-161.
44.
-99.
9.
48.
105.
109.
35.
16.
166.
75.
16.
-130.
-136,
-105.
0.17
0.22
0.35
0.20
0.27
0.30
0.12
0.20
0.17
0.11
0.34
0.30
0.32
0.51
0.5S
0.24
0.34
0.41
0.49
0.24
0.10
0.17
0.47
0.55
0.28
0.40
0.20
0.36
0.37
0.648
0.08
0.20
0.31
0.24
0.09
0.25
.71
0.52
153.
137.
152.
177..
-163.
175.
97.
5.
99.
-147o
44.
58.
64.
38.
26.
-7.
40.
-59.
-121.
-155.
135.
176.
114.
93.
127.
.143.
168.
-123.
159.
142.
131.
58.
24.
-65.
34.
-164.
-1.
164.
0.23
0.16
0.18
0.17
0.07
0.30
0.41
0.27
0.32
0.10
0.42
0.35
0.26
0.23
0.25
0.30
0.10
0.31
0.24
0.31
0.12
0.11
0.28
0.29
0.39
0.41
0.12
0.14
0.60
0.49
0.06
0.14
0.27
0.05
0.07
0.10
0.33
0.53
52.
171.
00.
-75.
127.
-116.
-125.
-175.
174.
45.
31.
45.
91.
51.
9.
-8.
6.
-162.
63.
52.
117.
-136.
51.
28.
1.
-12.
70.
93.
69.
78.
70.
88.
iii.
135.
-70.
-66.
-59.
-32.
6.944
.o994
7.044
,094
7.144
7.194
7.244
7.294
7.344
7.394
7.444
0.20 -144.
0.31
108.
0.19
810
o17 165.
0.58
147.
0.34
146.
0.34
-14.
0.56
55.
0.30
121.
0.33
167.
0.47
74.
0.39
0.30
0.10
0.19
0.40
0.4i2
0.16
0.18
0.40
0.46
0.16
-148.
-138.
2.
12.
-38.
-73
-107.
121.0
63.
34.
-153.
0.22
0.1
0.08
0.26
0.39
0.36
0.51
0.52
0.25
0017
0.31
137.
1370
-143.
-168.
-94.
-85
-170.
-177.
80.
75.
154.
e.42
AN ANALYSIS OF THE AUTO POWER SPECTRA AND COHERENCY AMPLITUDE AND
PHASE FOR THE THR'EEC0MNEPO;;S OF
JAN 1 TO MAR 31 1961,
FREQ
cPD
"A6NETIC
"IE ' e AT WESf"" FOR
HOtZ, DENOTED BY 12,3. HRLY VALUES
COH12 PHZ12
COH23 PHZ23
COH31 PHZ31
65.
28.
138.
158.
-72.
-68.
-148.
129.
17.
-175.
81.
76.
17.
98.
16;2.
-110.
8.343
8.393
8.443
8.493
8.543
0.593
8.643
8.693
8.743
0.93
8.843
8.093
8.943
0.63
0.19
0.13
0.51
0.21
0.25
0.32
0.30
.23
0.26
0.40
0.17
0.08
0.31
0.44
0.13
0.05
0.47
0.13
0.14
0.43
0.17
0.27
0.37
0.10
0.17
0.33
0.17
0.43
0.48
0.12
0.35
0.45
49.
0.37
0.26
0.22
0.12
0.22
0.25
0.30
0.26
0.53
0.40
0.18
0.13
0.41
0.34
0.21
0.32
0.40
0.30
0.40
0.32
0.11
0.22
0.19
0.12
0.08
0.1,0
0.07
-91.
-129.
-108.
-79.
21.
30.
-119.
171.
112.
103.
66.
5.
-40.
-46.
-61.
95.
-114.
94.
-54.
66.
61.
43.
37.
24.
-150.
113.
-84.
.12
0.11
0.17
0.22
0.36
0.38
0.26
0.29
0.41
0.13
0.24
0.32
0.07
0.19
0.20
0.15
0.0
0.32
0.,46
0.45
0.55
0.32
0.29
0.12
0.12
0.09
0.16
0.20
0.23
0.40
166.
98.
111.
158.
-166.
-135.
-136.
-159.
-122.
-128.
168.
-174.
154.
-73.
138.
-144.
149.
172.
176.
175.
179.
155.
129.
102.
13.
101.
113.
-59.
-144.
175.
9.043
9.093
9.143
S-01-93
9.243
9.0293
9.343
9.392
9.442
9.,99
9,542
9.592
9.642
9."92
9.742
9.7192
9.842
0.50
0.21
0.46
0.50
0.24
0.38
0.04
0.29
0.52
0.50
0.50
0.42
0.20
0.33
0.71
0.4
0.27
-174.
64.
-27.
1.
-162.
10f1
-38.
12.
86.
58.
62.
123.
-140.
146.
-162.
--4 .
171.
0.18
.0.37
0.49
0.32
0.39
0. 5
0.31
0.17
0.45
0.15
0.33
0.38
0.41
0.31
0.20
0.28
0.38
-98.
122.
-122.
-15.
-87.
-108.
-146.
151.
66.
-7.
-58.
-51.
-83.
-91.
-168.
-155-165.
0.07
0.36
0.52
0.43
0.21
0.08
0.27
026
0.10
0.29
0.36
0.29
0.22
013
0.29
029
0.17
134.
164.
174.
132.
125.
-21.
-25.
-37
27.
57.
-5.
-60.
-119.
-110.
-5.
3
-136.
178.
0.36
142.
0.13
-137.
7.494
7.544
7.594
7.644
7.694
7.744
7.794
7.844
7.94
7.944
7.994
8.044
.0.94
8.143
8.193
8.243
8.293
9.942 0.25
97.
164.
175.
-46.
117.
-70.
13.
19.
56.
19.
41.
96.
42.
8.
-162.
-33.
AN ANALYSIS OF THE AUTO POWER SPECTRA AND COHERENCY AMPLITUDE AND
PHASE FOR THE THREE COMPONENTS OF MAG64EVIC HIELD AT WESVON FORl
JAN 1 TO MAR 31 1961,
FREQ
CPO
COH12 PHZI2
OENOTED BY 1,293. HRLY VALUES
HtDtZ,
COH23 PHZ23
COH31 PHZ31
9.992 0.23
34.
0.15
165.
0.17
100.
10.042 0.23
8.
0.08
-149.
0.39
-69.
.27
120.
0.19
-6.
0.44
0.50
0.45
0.32
0.35
0.33
0.41
049
0.0
054
0.52
0.30
0.52
-163.
100.
75.
-94.
-100.
-64.
-30.
-52.
-113.
-143.
-173.
140.
117.
0.13
0.40
0.65
0.20
0.33
0.14
0.13
o.19
0.28
0.24
0.27
0.25
0.24
-168.
64.
-60.
92.
121.
163.
-117.
-59.
-28.
-14.
21.
00.
-139.
e10.092 0.1V
10.142
10.19
10.242
0.292
10.342
10.39
10.442
10.49
10.542
10.592
10.641
10.691
10.741
a
r h
0.18
0.12
0.73
0.55
0.28
0.35
0.56
0.20
0.15
0.16
0.23
0.30
0.41
15.
139.
57.
-33.
-0.
-2.
-58.
-104.
-132.
58.
122.
178.
-12.
-34.
hAI
A LA P
-
t
-00
10.841 0.42
146.
60.
10.941 0.47
-42.
-- 94,-
11.0 41 0.11
e.ss
11.141
93.
51.
sito
0.20
0.32
0.29
0.50
0,36
0.33
35.
145.
---96-124.
141.
0.16
0.29
0.71
-109.
----s
0.14
106.
-172.
0.17
153.
0.21
-- +128.
0.18
--
-46.
+htT
0.S3
11.241 0.33
117.
0.55
11.341 0.37
129.
0.46
-117.
164.
79.
--168.
0.29
se-r
-82.
11.441 0.29
122.
11.541 0421
142.
0.45
146.
0.13
84.
11.641 0*22
t-t6st11.741 0.17
0.41
sO - *2
"q
65.
--994
169.
0.56
153.
0.19
0.42
-175.
0.13
16.
-123.
-119.
-1-61.
139.
0.25
0.52
0.56
0.23
0.2i
0-24
0.25
___Z_
0.47
0.3
0.20f
11.841 bk0.20
,I
8r ,e"
11.940 0.173
H0990 7 1
r2
5-le
---15.15.
--
-159.
169.
It
_____
I
46,
-98
-104.
177.
I n
_Y___
o6
AN ANALYSIS OF THE AUTO POWER SPECTRA AND COHERENCY AMPLITUDE AND
PHASE FOR THE THREE COMPONENTS OF MAGNETIC FIELD AT WESTON FOR
APR 1 TO JUN 22, 1961. H,0DZ DENOTED BY 1,2,3. HRLY VALUES
FREQ
CPD
0.
0.050
0.100
0.150
0.200
0.250
0.300
0.350
0.400
0.450
0.500
0.550
0.600
0,649
0* 699
0.749
0.799
0.849
0.899
0.949
0.999
1.049
1.099
1.149
1.199
1.249
1.299
1.349
1* 399
1.449
1.499
1. 549
1.599
1.649
1.699
1.749
1.799
1.849
I
1.998
2.048
2.098
2.148
2.198
2.248
2.298
2.348
2.398
2.*448
POWERF1
GAMSQ/CPO
0*849E
0.672E
0.459E
0.379E
0.200E
0.117E
0.172E
0.148E
0.1188
0.120E
0.853E
0.790E
0.816E
0.482E
03
03
03
03
03
03
03
03
03
03
02
02
02
02
POWERF2
GAMSQ/CPD
0.575E 03
0.416E 03
0.159E 03
0.434E 03
0.268E 03
0.139E 03
0.779E 02
0139E 03
0.598E 02
0.218E 02
0.767E 02
0.386E 02
0.324E 02
0,612E 02
0.333E 02
0.764E 02
0,505E 02
0.634E 02
0.687E 02
0.646E 02
0.423E 02
0.681E 02
0.395E 02
0.961E 02
0.409E 02
0,868E 02
0.280E 02
0.838E
0.914E
0.778E
0.117E
0.133E
0. 140E
0.360E
0.510E 02
0.293E 02
0.548E
0. 118
0.121E
0.738E
0.282E
0. 544E
0.334E
0.715E
0.895E
0.704E
0.454E
0.496E
0.546E
0.545E
0.618E
0.515E
0.531E
0.605E
0.511E
0.455E
0.412E
0.651E
0.819E
0.826E
0.3001,
0.553E
0.332E
0.528E
0.447E
0.519E
0.409E
0.450E
0.456E
0.296E
0.340E
0.473E
0.550E
0.558E
0.684E
0.791E
0.137E
0.623E
0.426E
0.538E
0.339E
0.353E
0.493E
0.455E
0.285E
0.163E
0.158E
0.245E
0.299E
0.178E
0.962E
0.284E
0.384E
0.455E
0.741E
0.486E
0.885E
0.462E
0.391E
0.286E
0.183E
0.147E
0.190E
0.206E
0.196E
0.200E
02
03
03
02
03
03
03
02
02
02
02
02
02
02
02
02
02
02
02
02
02
02
02
02
03
03
03
02
02
02
02
02
02
02
02
POWERF3
GAMSQ/CPO
__I_
02
02
02
02
03
04
03
02
02
02
02
02
02
02
02
02
02
02
02
01
02
02
02
02
03
03
03
02
02
02
02
02
02
02
02
02
02
02
03
03
03
03
0.573E 03
0.362E
O. 61E
0.155E
0.119E
0.123E
0. 150E
0.161E
0.140E
0.103E
0.102E
0.926E
0.799E
0.898E
0.672E
0.584E
0.697E
0.765E
0.818E
0.150E
0.216E
0.126E
0.523E
0.598E
0.410E
0.333E
0.284E
0.209E
0.203E
0.292E
03
03
03
03
03
03
03
03
03
03
02
02
02
02
02
02
02
02
03
03
03
02
02
02
02
02
02
02
02
'7
AN ANALYSIS OF THE AUTO POWER SPECTRA AND COHERENCY AMPLITUDE AND
PHASE FOR THE THREE COMPONENTS OF MAGNETIC FIELD AT WESTON FOR
APR 1 TO JUN 22, 1961. HDtOZt DENOTED BY 1,t23. HRLY VALUES
FREQ
CPO
2.498
2.548
2.598
2.648
2.698
2.748
2.798
2.848
2.898
2.948
2.998
3.048
3.098
3.147
3.197
3.247
3.297
3.347
3.397
3.447
3.497
3.547
3.597
3.647
3.697
3.747
3.797
3.847
3.897
3.947
3.997
4.047
4.097
4.147
4.197
4.247
4.297
4.347
4.396
4.4;46
4.496
4.56
4.596
4.646
4.696
4.746,
4.796
4.846
4.896
4.946
POWERF1
GAMSQ/CPD
0.319E
0.246E
0.185E
0.208E
0.268
0.291E
0.378E
0.501E
0.354E
0.410E
0.993E
0.774E
0.377E
0.475E
0.495E
0.533E
0.449E
0.395E
0.365E
0.273E
0.299E
0.324E
0.233E
0.206E
0.245E
0.320E
0.305E
0.306E
0.368E
0.380E
0.379E
0.314E
0.324E
0.287E
0.273E
0.307E
0.241E
0.259E
0.251E
0.243E
0.266E
0.200E
0.191E
0.235E
0.270E
0.304E
0.282E
0.233E
0.203E
0.200E
02
02
02
02
02
02
02
02
02
02
02
02
02
02
02
02
02
02
02
02
02
02
02
02
02
02
02
02
02
02
02
02
02
02
02
02
02y
02
02
02
02
02
02
02
02
02
02
02
02
02
POWERF2
GAMSQ/CPD
POWERF3
GAMSQ/CPD
0.141E 02
0.189E 02
0.263E 02
0.283E 02
0.239E 02
0.165E 02
0.218E 02
0.269E 02
0.288E 02
0.668E 02
0.110E 03
0.703E 02
0.141E 02
0.855E 01
0.109E 02
0.136E 02
0.115E 02
0.669E 01
0.140E 02
0.192E 02
0.148E 02
0.164E 02
0.162E 02
0.132E 02
0.121E 02
0.110E 02
0.964E 01
0.116E 02
0.112E 02
0.957E 01
0.191E 02
0.203E 02
0.159E 02
0.136E 02
0.973E 01
0.104E 02
0.133E 02
0.109E 02
0.115E 02
0.11SE
0.1375 02
0.140E 02
0.130E 02
0.130E
0.875E 01
0.168E 02
0.187E 02
0.211E 02
0.225E 02
0.127E 02
0.106E 02
0.137E 02
0.1375
~I-----
0.404E
0.351E
0.202E
0.174E
0.179E
0.258E
0.206E
0.121E
0.211E
0.197E
0.137E
0.190E
0.153E
0.107E
0.181E
0.141E
0.699E
0.136E
0.167E
0.172E
0.206E
0.177E
0.126E
0.164E
0.147E
0.995E
0.142E
0.122E
0.123E
0.203E
0.169E
0.117E
0.1565
0.165E
0.138E
0.103E
0.111E
0.1485
0.166E
0.163E
0.146E
0.124E
0.792E
0.108E
0.133E
0.125E
0.143E
0.137E
0.105E
0.942E
02
02
02
02
02
02
02
02
02
02
02
02
02
02
02
02
01
02
02
02
02
02
02
02
02
01
02
02
02
02
02
02
02
02
02
02
02
02
02
02
02
02
01
02
02
02
02
02
02
01
7
AN ANALYSIS OF THE AUTO POWER SPECTRA AND COHERENCY AMPLITUDE AND
PHASE FOR THE THREE COMPONENTS OF MAGNETIC FIELD AT WESTON FOR
APR 1 TO JUN 22, 1961. HOtZt DENOTED BY 1,2t3. HRLY VALUES
FREQ
CPD
4*996
5.046
5.096
5.146
5,196
5.246
5.296
5.346
5.396
5.446
5.496
5.546
5.596
5.645
5.695
5.745
5.795
5.845
5.895
5.945
5.995
6.045
6.095
6.145
6.195
6.245
6.295
6.343
6.395
6.445
6.495
6.545
6.5195
6.645
6.695
6.745
6.795
6.845
6.894
6.944
6.994
7.044
7.094
7,144
7.194
7.244
7.294
7.344
7.394
7.444
POWERF1
GAMSQ/CPD
0207E
0.257E
0.239E
0.276E
0.292E
0.263E
0.289E
0.221E
0,211E
0.251E
0.226E
0.231E
0.237E
0.231E
0.232E
0.304E
0.410E
0.319E
0.226E
0.251E
0.263E
0.252E
0.244E
0.238E
0.225E
0.217E
0.229E
0.228E
0.188E
0.188E
0.227E
0.240E
0.297E
0.307E
0.263E
0.247E
0.233E
0.239E
0.193E
0.2186
0.198E
0.263E
0.292E
0.229E
0.286E
0.244E
0.218E
0.211E
0.207E
0.221E
02
02
02
02
02
02
02
02
02
02
02
02
02
02
02
02
02
02
02
02
02
02
02
02
02
02
02
02
02
02
02
02
02
02
02
02
02
02
02
02
02
02
02
02
02
02
02
02
02
02
POWERF2
GAMSQ/CPD
0.191E
0.191E
0.144E
0.129E
0.155E
0.136E
0.144E
0.188E
0.146E
0.101E
0.826E
0.631E
0.438E
0.415E
0.559E
0.749E
0.648E
0.799E
0.106E
0.123E
0.126E
0.107E
0.758E
0.720E
0.838E
0.775E
0.931E
0.128E
0.105E
0.805E
0.979E
0.129E
0.137E
0.969E
0.648E
0.374E
0.406E
0.421E
0.514E
0.499E
0.639E
0.102E
0.125E
0.103E
0.756E
0.549E
0.507E
0.643E
0.423E
0.521E
02
02
02
02
02
02
02
02
02
02
01
01
01
01
01
01
01
01
02
02
02
02
01
01
01
01
01
02
02
01
01
02
02
01
01
01
01
01
01
01
01
02
02
02
01
01
01
01
01
01
POWERF3
GAMSQ/CPD
0.121E
0.118E
0.769E
0.492E
0*619E
0.104E
0.129E
0.126E
0.993E
0.731E
0.858E
0.122E
0.131E
0.881E
0.644E
0.941E
0.912E
0.666E
0.753E
0.554E
0.504E
0.742E
0.619E
0.475E
0.733E
0.738E
0.631E
0.810E
0.5356
0.633E
0.104E
0.887E
0.697E
0.988E
0.9316
0.727E
0.843E
0.762E
0.528E
0.440E
0.738E
0.693E
0.778E
0.895E
0.691E
0.751E
0.746E
0.595E
0.532E
0.604E
02
02
01
01
01
02
02
02
01
01
01
02
02
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
02
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
AN ANALYSIS OF THE AUTO POWER SPECTRA AND COHERENCY AMPLITUDE AND
PHASE FOR THE THREE COMPONENTS OF MAGNETIC FIELD AT WESTON FOR
APR 1 TO JUN 22t 1961. HDOZ, DENOTED BY 1,23. HRLY VALUES
FREQ
CPO
7.*494
7.544
7*594
7.644
7.694
7.744
7.794
7.844
7.894
7.944
7.994
8.044
8.094
8.143
8.193
8.243
8.293
8.343
8.393
8.443
8.49,3
8.543
8.593
8.643
8.693
8.743
8.793
8.843
8.8e3
8.943
8.993
9.043
9.093
9.143
9.193
9.243
9.293
9.343
9.392
9.442
9.492
9.542
9.592
9.642
9.692
9.742
9.792
9.842
9.892
9.942
POWERF1
GAMSQ/CPO
0.180E
0.196E
0*231E
0.232E
0.260E
0.257E
0.242E
0.227E
0.227E
0.244E
0.236E
0.251E
0.256E
0.230E
0.2306
0.243E
0.223E
0.212E
0.225E
0.232E
0.216E
0.212E
0.259E
0.254E
0.214E
0.226E
0.242E
0.221E
0.199E
0.215E
0.222E
0.196E
0.201E
0.176E
0.175E
0.214E
0.224E
0.223E
0.236E
0.240E
0.208E
0.193E
0.222E
0.227E
0.227E
0.234E
0.226E
0.230E
0.213E
0.200E
02
02
02
02
02
02
02
02
02
02
02
02
02
02
02
02
02
02
02
02
02
02
02
02
02
02
02
02
02
02
02
02
02
02
02
02
02
02
02
02
02
02
02
02
02
02
02
02
02
02
POWERF2
GAMSQ/CPO
0.769E
0.858E
0.105E
0.912E
0.617E
0.600E
0.953E
0.108E
0.704E
0.606E
0.868E
0.968E
0.998E
0.890E
0.671E
0.630E
0.668E
0.615E
0.501E
0.601E
0.657E
0.489E
0.805E
0.112E
0.102E
0.766E
0.522E
0.647E
0.728E
0.767E
0.766E
0.754E
0.606E
0.699E
0.106E
0.897E
0.498E
0.591E
0.836E
0.803E
0.636E
0.532E
0.525E
0.532E
0.593E
0.654E
0.487E
0.398E
0.403E
0.524E
01
01
02
01
01
01
01
02
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
02
02
01
01
01
01
01
01
01
01
01
02
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
POWERF3
GAMSQ/CPD
0.564E
0.670E
0.882E
0.703E
0.6676
0.861E
0.659E
0.521E
0.811E
0.719E
0.630E
0.781E
0.584E
0.587E
0.780E
0.627E
0.470E
0.589E
0.543E
0.454E
0.655E
0.690E
0.519E
0.714E
0.640E
0.432E
0.720E
0.630E
0.395E
0.728E
0.895E
0.589e
0.516E
0.647E
0.592E
0.660E
0.668E
0.523
0.683E
0.717E
0.468E
0.5876
0.630E
0.552E
0.816E
0.734E
0.642E
0.709E
0.508E
0.457E
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
70
AN ANALYSIS OF THE AUTO POWER SPECTRA AND COHERENCY AMPLITUDE AND
PHASE FOR THE THREE COMPONENTS OF MAGNETIC FIELD AT WESTON FOR
APR 1 TO JUN 22s 1961. HDtZ, DENOTED BY 1,2#3. HRLY VALUES
FREQ
CPO
I
~I
9.992
10.042
10.092
10.142
10.192
10.242
10.292
10 * 342
10.392
10.442
10.492
10.542
10.592
10.641
10.691
10o741
10.791
10 *.841
10.891
10.941
10.991
11 • 041
11.091
11,141
11.191
11.241
11.291
11.341
11.391
11*441
11.491
11.541
----------
11.591
11.641
11.691
11.741
11.791
11.841
11.890
11.940
11.990
POWERF1
GAMSQ/CPOD
I
I
0.176E 02
0.1736E 02
0.197E 02
0.199E 02
0.196E 02
0.199E 02
0.190E 02
0.204E 02
0.225E 02
0.206E 02
0.223E 02
0.223E 02
0.230E 02
0.260E 02
0.254E 02
0.245E 02
0.217E 02
0.203E 02
0.214E 02
0.192E 02
0.170E 02
0.176E 02
0.174E 02
0. 192E 02
0.207E 02
0.210E 02
0. 197E 02
0.197E 02
0.197E 02
0.195E 02
0.205E 02
0. 193E 02
0.190E 02
0.188E 02
0. 174E 02
0.211E 02
0.222E 02
0.202E 02
02
0.219E 02
0.223E
0.224E 02
POWERF2
GAMSQ/CPO
POWERF3
GAMSQ/CPD
0.728E 01
0.598E 01
I
0.422E
I
0.352E 01
0#285E
0.354E 01
0.445E
0*383E 01
01
01
0.374E 01
0.565E 01
0. 576E 01
0.450E 01
01
0.443E 01
01
0.252E 01ol
L01
0.464E 01
0.579E 01
01
0.317E 01
0.371E
I
0.492E
-----
0.332E
0.303E
0.464E
0.318E
0.197E
0.218E
0.459E
0.601E
0.411E
0.433E
0.350E
0.379E
0.566E
0. 457E
0.461E
01
01
01
01
O
OL
01
01
01
0l
01
01o
01
01
01
01
01
01
0.470E
0.470E
0.627E
0.417E O1
0.174E 01
-----
0.614E
0.613E
0.494E
0.583E
0.664E
0.683E
0.754E
0.602E
0.521E
0.688E
0.527E
0.388E
0.625E
0.744E
0.551E
0.718E
0.799E
0.564E
0.669E
0.673E
0.576E
0.697E
0.710E
0.719E
0.841E
0.709E
0.610E
0.755E
0.693E
0.506E
0.735E
0.879E
0.639E
0.692E
0.834E
0.519E
0.425E
0.598E
0.528E
0.657E
0.887E
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
7/
AN ANALYSIS OF THE AUTO POWER SPECTRA AND COHERENCY AMPLITUDE AND
PHASE FOR THE THREE COMPONENTS OF MAGNETIC FIELD AT WESTON FOR
APR 1 TO JUN 22, 1961. HeDZ, DENOTED BY 1,2,3. HRLY VALUES
FREQ
COH12 PHZ12
C0H23 PHZ23
COH31 PHZ31
0.18
0.
0.30
-83.
0.23 I -129. I
0.34 -164.
0.53
162.
0.29
18.
0.02
-9.
0.16 -149.
0.30
-49.
0.37
-65.
0.33
-80.
0.53
-98.
0.54 -110.
0.11 -127.
0.37
-60.
0.68
-46.
0.48
-37.
0.19
-68.
0.25
-59.
0.83
-42.
0.89
-52.
0.91
-62.
0.35 -151.
0.14
-92.
-54.
0.51
0.35
-83.
0.12
-36.
0.08
31.
0.23 -115.
0.25
-57.
0.34
2.
0.41 -110.
0.66 -119.
0.46 -112.
-76.
0.26
0.37
-57.
-85.
0.52
0.10 -110.
0,25 -161.
-88.
0.86
0.92
-75.
0.89
-67.
0.34
-93.
-95.
0.38
-58.
0.30
0.32
13.
0.31
-58.
-52.
0.36
0.12
1. I
-42.
0.28
0.52
0.43
0.18 I
0.04
0.43
0.43
0.23
0.20
0.53
0.66
0.61
0.54
0.51
0.28
0.20
0.28
0.24
0.30
0.50
0.80
0.89
0.81
0.62
0.74
0.74
0.54
0.34
0.19
0.51
0.54
0.69
0.36
0.27
0.35
0.30
0.11
0.32
0.47
0.58
0.74
0.86
0.81
0.39
0.36
0.53
0.35
0.21
0.36
0.45 1
0.25
0.30
0.34
0.55
0.52
0.31
0.13
CPO
r
-----
-----
------
0.
0.050
0.140
0.150
0.200
0.250
0.300
0.350
0.400
0.450
0.500
0.550
0.600
0.649
0.699
0.749
0.749
0.849
0.899
0.949
0.999g
1.049
1.099
1.149
1.199
1.249
1.299
1.349
1.399
1.449
1.499
1.549
1.599
1.649
1.699
1.749
1.799
1. 49
1. 98
1. 48
1. 98
8
2.
2.0o8
2.140
2.198
2.248
2.298
2.348
2.398
2.448
~
---
-180.
-146.
-31.
98.
124.
101.
0.
36.
108.
104.
104.
121.
140.
-169.
77.
59.
33.
63.
84.
37.
34.
37.
102.
87.
73.
71.
48.
77.
124.
81.
68.
120.
169.
135.
129.
171.
104.
126.
178.
135.
122.
117,
-131.
-177.
152.
-148.
133.
151.
-158.
-86.
0.10
0.32
0.49
0.51
0.43
0.50
0.61
0.24
0.35
0.55
0.71
0.69
0.56
0.74
0.77
0.71
0.44
0.40
0.66
0.50
0.44
0.57
0.56
0.57
0.43
0*42
0.40
0.50
0.63
0.57
0.45
0.42
0.45
0.60
0.70
0.72
0.14
0.19
0.40
0.54
0.59
0.50
0.33
0.26
180.
-179.
120.
91.
63.
61.
37.
-6.
-27.
-34.
-29.
-9.
5.
0.
-3.
5.
-12,
-4.
-2.
13.
27.
28.
36.
29.
-5.
-3.
-25.
-1.
-12.
-30.
-32.
-47.
-8.
7.
14.
22.
1.
4.
-19.
-35.
-44.
-48.
26.
-43.
-3.
26.
4.
4.
-51.
20.
7Z
AN ANALYSIS OF THE AUTO POWER SPECTRA AND COHERENCY AMPLITUDE AND
PHASE FOR THE THREE COMPONENTS OF MAGNETIC FIELD AT WESTON FOR
APR 1 TO JUN 22, 1961. HtOtZ, OENOTED BY 1,2,3. HRLY VALUES
FREQ
CPO
COH12 PHZ12
COH23 PHZ23
COH31 PHZ31
0.55
0.41
0.29
0.09
0.06
0.10
0.32
0.27
0.29
0.64
0.84
0.82
0.41
0.35
0.53
0.44
0.49
0.43
0.33
0.14
0.19
0.35
0.07
0.23
0.08
0.15
0.28
0.28
0.33
0.50
-38.
-31.
34.
-3.
-133.
-89.
-40.
-127.
-119.
-88.
-93.
-90.
-96.
-96.
-111.
-89.
-40.
4.
68.
147.
-31.
2.
28.
-68.
-49.
-12.
-34.
-122.
-125.
-120.
0.08
0.29
0.31
0.24
0.30
0.27
0.22
0.31
0.59
0.29
0.45
0.13
0.43
0.10
0.25
0.10
0.33
0.43
0.48
0.62
0.67
0.50
0.42
0.22
0.20
0.24
0.31
0.24
0.13
0.19
0.15
0.I5
0.30
0.18
0.11
0.20
0.27
0.18
0.15
0.20
0.42
0.35
0.21
0.44
0.39
0.44
0.34
0.36
0.36
0.34
0.27
0.27
0.34
0.24
0.18
0.41
0.30
0,21
0.48
0.23
33.
-67.
47.
-39.
-54.
62.
122.
1.
2.
107.
27.
28.
6.
-17.
36.
78.
79.
53.
49.
-2.
-12.
42.
22.
6.
83.
100.
67.
12.
30.
21.
3.997 0.48
-102.
0.05
29.
0.20
-59.
4.047
4.097
4.2*47
4.197
4.247
4.297
4.347
4.396
4.446
4.496
4.546
4.596
4.646
4.696
4.746
4.796
4.846
4.896
4.946
-93.
-58.
-30.
35.
45.
1.
-7.
18.
-64.
-7.
-10.
-44.
-2.'
2.
34.
47.
-6.
147.
-104.
0.120.24
0.44
0.33
0.59
0.37
0.42
0.25
0.36
0.24
0.44
0.47
0.70
0.66
0.27
0.49
0,33
0.23
0.46
-30.
-172.
140.
-176.
-143.
-49.
-36.
97.
70.
-108.
-132.
150.
-162.
-154.
-112.
-92.
-118.
-169.
-132.
0.34
0.21
0.15
0.06
0.25
0.45
0.36
0.54
0.57
0.32
0.31
0.15
0.09
0.04
0.30
0.37
0.37
0.59
0.34
-57.
-102.
-33.
128.
112.
69.
57.
3.
-7.
-31.
-52.
-113.
170.
157.
16.
0.
-42.
-32.
-99.
2.498
2.548
2.598
2.648
2.698
2.748
2.798
2.848
2.898
2.948
2.998
3.048
3.098
3.147
3.197
3.247
3.297
3.347
3.397
3.447
3.497
3.547
3.597
3.647
3.697
3.747
3.797
3.847
3.897
3.947
0i.40
0.4
0. 9
0.34
0'.41
0.15
0.03
0.10
0.25
0.05
0.01
0.37
0.42
0.42
0.27
0.11
0.10
0.15
0.24
-98.
-131.
-91.
76.
118.
125.
64.
146.
-172.
153.
81.
91.
-120.
103.
64.
-4.
-67.
-67.
-110.
-136.
-135.
-78.
-67.
-139.
99.
-138.
-156.
68.
-12.
-140.
AN ANALYSIS OF THE AUTO POWER SPECTRA AND COHERENCY AMPLITUDE AND
PHASE FOR THE THREE COMPONENTS OF MAGNETIC FIELD AT WESTON FOR
APR 1 TO JUN 22, 1961. H*D,Z, DENOTED BY 1,2,3. HRLY VALUES
FREQ
CPO
4.996
5.046
5.096
5.146
5.106
5.246
9.2,96
5.346
5.396
5.446
5.496
5.546
5.5,96
5.645
5.695
5.745
5.795
5,845
5.895
Sa&Q
__I
5.g95
6.045
6*0195
6.145
6.195
6.245
COH12 PHZ12
COH23 PHZ23
COH31,PHZ31
0.19
0.13
0.45
0.30
0.35
0.28
0.41
0.11
0.34
0.23
0.32
0.37
0.62
0.49
0.31
0.32
0.24
0.20
0.43
0.37
0.29
0.46
0.15
0.21
0.42
0.30
0.39
0.49
0.32
0.13
0.20
0.34
0.33
0.13
0.25
0.46
0.20
0.43
0.32
0.08
0.22
0.11
0.44
0.28
0.43
0.20
0.09
0.17
0.26
0.14
0.22
0.09
0.42
0.43
0.19
0.43
0.04
-111.
-158.
-178.
33.
99.
34.
9.
20.
-82.
-99.
-84.
-146.
157.
125.
61.
114.
93.
12.
103.
nl
-I1A'_
0.17
0.20
0.35
0.28
0.24
0.37
0.21
0.27
-75.
146.
112.
103.
26.
10.
8.
-43.
-94.
-157.
-180.
169.
116.
122.
Al43
0.36
0.19
0.37
0.60
0.33
0.20
6.295 0.38
6.345 0.58
6.395 0.41
6.445
6.495
6.545
6.595
6.645
6.695
6.745
6.795
6.845
6*894
6.*944
6.994
7.044
7.094
7*144
7.1,94
7.244
7.294
7.344
7.394
7.444
-160.
-107.
-39.
-40.
-16.
73.
117.
128.
-133.
-87.
-54.
-55.
-13.
7.
11.
35.
79.
-126.
-55.
0.56
0.61
0.57
0.47
0.42
0.49
0.35
0.30
0.38
0.42
0.50
0.23
0.41
0.32
0.45
0.44
0.36
0.29
0.26
0.53
0.51
-7
-61.
-9.
29.
13.
51.
112.
124.
160.
-155.
-84.
-52.
-32.
-23.
3.
33.
I
$4.
-26.
-42.
-47.
-51.
-33.
-42.
-27.
38.
77.
116.
-173.
-133.
-96.
-93.
"A
0.12
0.53
0.39
0.17
0.50
0.42
0.41
0.58
0.47
0.28
0.52
0.47
0.42
0.54
0.25
0.28
0.23
0.40
0.51
0.58
0.43
0.39
0.45
0.46
0.31
0.18
0.21
0.25
0.30
0.50
-140.
-120.
-98.
-119.
-145.
-123.
-130.
-132.
-116.
-142.
-139.
-92.
-153.
161.
135.
151.
142.
163.
-170.
17_
-153.
-158.
-161.
-150.
-167.
-164.
-124.
-137.
-141.
-134.
-136.
-155.
-131.
-92.
-111.
-74.
-67.
158.
137.
119.
142.
151.
173.
-177.
175.
143.
171.
-179.
132.
134.
0.30
0.27
0.35
0.28
0.35
0.36
0.08
0.13
0.08
0.18
0.03
0.40
0.20
0.18
0.28
0.21
0.02
0.12
0.09
0.22
0.18
0.04
84.
85.
69.
45.
43.
-8.
44.
-105.
-24.
62.
-95.
-16.
-12.
-5.
-6.
-141.
73
-~---
AN ANALYSIS OF THE AUTO POWER SPECTRA AND COHERENCY AMPLITUDE AND
PHASE FOR THE THREE COMPONENTS OF MAGNETIC FIELO AT WESTON FOR
APR 1 TO JUN 22t 1961. HD.Zt, DENOTED BY 1.2,3. HRLY VALUES
FREQ
CPD
7.494
7.544
7.594
7.644
7.694
7.744
7.794
7.844
7.894
7.944
7.9,94
8.044
8.094
8. 143
8.193
8.243
8.293
8.343
8.393
8.443
8.493
8.543
8.593
8.643
8.693
8.743
8.793
8.843
8.893
8.943
COH12 PHZ12
COH23 PHZ23
COH31 PHZ31
0.46
0.47
0.43
0.48
0.40
0.38
0.37
0.43
0.14
0.38
0.10
0,01
0.10
0.44
0.33
0.39
0.52
0.43
0.51
0.44
0.48
0.32
0.23
0.25
0.34
0.30
0.35
0.50
0.50
0.28
174.
-130.
0.42 -149.
0.44 -134.
0*39 -109.
0.33 -143.
0.32 -157.
0.40 -124.
0.34 -119.
0.25
167.
0.21 -134.
0.27 -171.
137.
0.52
0.16 -121.
0.38 -144.
0.43
177.
-87.
0.43
0.18 -126.
0.45
109.
0.28 -152.
0.48 I 179.
0.50
120.
-56.
0.18
0.32 -129.
0.27 -158.
0.31
-81.
0.57 -123.
0.43 -162.
0.19
-98.
0.20 -112.
0.14
134.
0.07
-45.
0.39 -132.
0.50
164.
0.44
160.
0.39 -171.
0.14
122.
0.12
147.
0.37
139.
132.
0.34
0.35 -170.
0.59
157.
0.34
126.
0.19 -147.
0.59 -165.
0.41
180.
0.28 -179.
0.26
176.
0.25
130.
0.33 -165.
0.16
0.18
0.09
8.993 0.17
9.043
9.093
9.143
9.193
9.243
9.293
9.343
9.392
9.442
9.492
9,542
9.592
9.642
9.692
9.742
9.792
9.842
9.892
9.942
0.15
0.27
0.10
0.23
0.28
0.28
0.50
0.47
0.43
0.26
0.08
0.34
0.40
0.25
0.37
0.34
0.75
0.58
0.58
-45.
0.32
0.37
-9.
35.
62.
103.
96.
132.
148.
-172.
-112.
-127.
-0.
124.
127.
142.
162.
170.
-129.
-119.
-108.
-66.
-51.
65.
114.
174.
-159.
-176.
178.
-122.
-89.
-88.
-37.
71.
87.
169.
-178.
-149.
-135.
-92.
-56.
-52.
65.
120.
114.
157.
166.
-174.
-138.
-116.
-66.
I
0.12
0.28
0.31
0.06
0.42
0.21
0.14
0.26
0.09
0.15
0.15
0.01
0.18
0.15
0.24
0.26
0.15
0.29
0.23
0.28
0.27
0.07
0.07
0.06
0.20
0.09
0.13
0.13
0.16
0.29
0.01
0.11
0.21
0.09
0.35
0.25
0.13
0.19
0.24
0.08
0.09
0.15
0.06
0.05
0.09
0.17
0.18
118.
-11.
94.
- 173.
8.
62.
-10.
5.
39.
-66.
-12.
57.
79.
70.
48.
10.
-17.
-42.
1.
- 129.
-73.
-22.
-79.
-78.
-71.
- 167.
-67.
-25.
- 127.
-99.
76.
134.
-70.
-32.
- 162.
12.
9.
-70.
-26.
- 126.
-83.
55.
160.
10.
28.
-44.
-78.
31.
92.
- 155.
75-
AN ANALYSIS OF THE AUTO POWER SPECTRA AND COHERENCY AMPLITUDE AND
PHASE FOR THE THREE COMPONENTS OF MAGNETIC FIELD AT WESTON FOR
APR 1 TO JUN 22t 1961. HDtZt, DENOTED BY 1#2,3. HRLY VALUES
FREQ
CPO
9.992
10.042
10.092
10.142
10.192
10.242
10.292
10.342
10*.392
10.442
10.492
10.542
COH12 PHZ12
0.39
0.23
0.18
0.26
0.33
0.36
0.39
0.36
0.28
0.32
0.30
0.19
10,592 0.20
10.641 0.24
10,691
10.741
10.791
10.841
10.891
0.30
0.16
0.40
0.61
0.53
10.941 0.33
10.991 0.32
11.041 0.43
11.091 0.35
11. 141 0.52
11.191 0.45
11.241 0.34
11,291 0.30
'11.341 0.27
11.391 0.31
11.441 0.42
11.491 0.22
11.541 0,27
11.591 0.34
11.641 0.28
11.691 0.13
11.741 0.35
11.791 0.30
11.841 0.06
11.890 0.23
11. 940 0.38
11.990 0.33
-49.
39.
76.
161.
169.
177.
-158.
-106.
-73.
-55.
4.
83.
98.
110.
-179.
164.
-158.
-118.
-75.
-66.
27.
43.
87.
127.
-179.
-159.
-157.
-79.
-44.
-12.
26.
76.
86.
140.
145.
-140.
-130.
-95.
-54.
5.
--0.
COH23 PHZ23
COH31 PHZ31
0.36
0.25
0.48
0.27
0.22
0.45
0.38
0.11
0.26
0.40
0.38
0.05
0.11
0.37
0.23
0.24
0.15
0.16
0.26
0.15
0.37
0.13
0.06
0.31
0.58
0.30
0.24
0.36
0.32
0.16
0.18
0.07
0.11
0.12
0.08
0.05
0.17
0.16
0.10
0.31
0.14
0.16
0.13
0.18
0.09
0.25
0.12
0,16
0.06
0.14
0.09
0.10
0.21
0.05
0.20
0.13
0.18
0.04
0.15
0.03
0.31
0.02
0,28
0.03
0.20
0.16
0.10
0.19
0.18
0.08
0.05
0.05
0.34
0.18
0.27
0.09
0.41
0.23
0.13
0.26
0.52
0.39
-175.
-142.
-97.
179.
-174.
-141.
-141.
-101.
-168.
171.
130.
40.
141.
107.
113.
-111.
-37.
41.
43.
-167.
-172.
96.
59.
121.
121.
135.
-159.
-158.
-155.
-144.
178.
166.
-141. ~
-78.
-6.
66.
41.
-93.
-65.
-47.
0.
___
~
160.
81.
-17.
81.
-77.
0.
155.
-116.
63.
125.
-61.
-175.
-144.
58.
106.
52.
59.
161.
-3.
45.
164.
-171.
-149.
75.
73.
33.
-35.
-55.
-109.
-130,
-23.
127.
-149.
40.
133.
-29.
-23.
-35.
59.
-100.
0.
76
AN ANALYSIS OF THE AUTO POWER SPECTRA AND COHERENCY AMPLITUDE AND
PHASFE FOR THF THREE COMPONENTS OF MAGNETIC FIELD
AT WESTON_
FO
JUL 1 TO SEPT 21, 1961. H0,*Z, DENOTED BY 1t,23. HRLY VALUES
FREQ
POWERF1
POWERF2
POWERF3
CPO
GAMSQ/CPO
GAMSQ/CPO
GAMSQ/CPO
o.
0.050
0O.70F 04
0.218E 04
0. 1(0(
0s531E o03
0.377E 03
03
0.210E 03
O, 149
0a
0.180E 03
03
0. 192E 03
03
0.140E 03
02
0.155E 03
0.13SE
0.107E
0.IOIE 03
03
0.134E 03
0s1164F 03
03
0. lOSE 04
04
0.775E 03
0.150
0.250
0.350
0.450
01400
0.550
0.600
0.649
0*699
0.749
0.799
0.849
0,409
0.949
1.049
03
1.149
0.126E 03
1,199
03
0.156E 03
03
0.139E 03
1.249
1.349
02
1.449
- 499
1.549
1,649
1.749
1.799
1.849
0.891E 02
0,702F 0-2
0.414E 02
0o941 E O2
0.106E 03
02
0.889E 02
0.583E
02
0.259E
0- 129F
03
0118E 03
0.877E 02
02
0.908E 02
0.287F
0.508E 02
0*6!9E n2
0.722E 02
n747EF02
0.775E 02
0.793F 02
00TSSE
0.88E 02
0.929E 03
0-961E 02
0.137E
-02
03
0.499E 02
02
0.700E 03
0.12RF -04
0.680E 03
0.120E 03
0.811E 02
0*712F
0.123E
0.11?F 02
03
0.101E 02
0.848E 03
0.708E
0.274E 02
0.797E
0.394E
0. 67 3E
0.504E
0.355F
02
02
03
02
03
0.415E 02
1.948
0.594E 03
0-asss5 03
0.642E 03
0. 136F 02
2.048
0.406E
2a19
2.398
02
0.324E 02
02
0.310E 02
0*459E
02
0.755E 02
n2
0.781E 02
02
2.448
0.454E
2.148
2. !8
2.248
2.348
0.459E
0.469E
02
02
0.241E 02
0.31E
5F 02
0.394E
0.371E
0.371E 02
0.69QE 0Q
0.462E 03
flBEIE 03
0.79E 03
0.!156F 03
0.801E 02
03
0.243E 03
0. 105F 03
0.134E 03
a0
0 -85E
0.152E 03
Os129E n3
0.294E 03
0,271F 03
0.275E 03
0*29ZE 03
0.247E 03
03
0.884E 03
0* lOTE
0.107E 04
03
0e 9FE04
03
0.271E 03
0-452E 03
0,418E 03
0,486E
03
0.192E 03
0*244E 03
0.180E 03
03
0. 168E 03
0*I1_6E 03
0.121E 03
0. 144E 03
0. 135E 03
0.214E 03
0.247E 03
0. 194E 03
0.127E 03
0.459E 02
0.149E 03
0.174
03
0.859E 03
0.117E 43
0.210E 03
03
0.136E 03
_
77
AN ANALYSIS OF THE AUTO POWER SPECTRA AND COHERENCY AMPLITUDE AND
PHASE FOR THE THREE COMPONENTS OF MAGNETIC FIELO AT WESTON FOR
JUL 1 TO SEPT 21, 1961. HDOtZ
DENOTED BY 1#2,3. HRLY VALUES
FREQ
CPO
S2.498
2.548
2.S598
2.648
2*698
2.748
2,798
2.848
2.388
2.948
2,998
3.048
3.098
3.147
3.197
3.247
3,297
3.347
3.397
3.447
3.497
3.547
3,597
3.647
3.697
3.747
3.747
3.847
13897
3.947
3,497
4.047
4.097
4.147
4.197
4.247
4.297
4.347
4.396
4.446
4,496
4.546
4.596
4*646
4.696
4.746
4.796
4.846
4,896
4.946
POWERFi
GANSQ/CPD
0.239E
0.352E
0574F
0.532E
0,41TF
0*394E
0.405F
0.393E
O.416F
0.838E
0O1568
0.178E
0,107.
0.449E
059s7F
0.503E
0.478F
0.570E
0.*Q9E
0.259E
021A8E
0.204E
0.463F
0.478E
0.287E
0.335E
0 231F
0.122E
0.23e
0.301E
0.170F
0.138E
0,90nF
0.772E
0.11QF
0.181E
0.a60F
0.125E
0,142F
0.193E
0.195E
0.188E
0.196E
0.147E
0.258E
0.269E
0.112E
0.938E
0.193E
0.183E
02
02
02
02
02
02
02
02
02
02
03
03
03
02
0
02
02
02
02
02
02
02
02
02
02
02
02
02
02
02
02
02
.
01
02
02
02
02
02
02
02
02
02
02
02
02
02
01
02
02
POWERF2
GAMSQICPD
POWERF3
GAMqQ/CPD
0.441E
0.361E
0, 60F
0.283E
0.482E
0.470E
.393Eo
0.564E
0.RAF
0.275E
0,349F
0.172E
0532F
0.440E
0,545F
0.406E
0.486E
0.472E
0.308E
0.279E
0.208aF
0.206E
0. 08E
0.213E
0.215E
0.231E
0.RAOF
0.167E
0.L112F
0.650E
0O,120
0.121E
0o782E
0.111E
0oQnO
0.566E
0,948E
0.997E
0.658F
0.133E
0o134E
0.798E
0.839F
0.863E
0.683E
0.947E
0,314E
0.696E
0.702E
0.741E
0,114F
0.117E
0.864E
0.899E
n.557F
0.453E
0.911F
0.884E
Q,409F
0.405E
0,415E
0.378E
0.447F
0.378E
0.314E
0.429E
0.457E
0.426E
0,313E
0.224E
0.215F
0.276E
0.295E
0.347E
0.348E
0.221E
0.272F
0.277E
0.389E
0.l78F
0.182E
0A,161F
0.162E
Oit94
0.144E
0.390E
0.380E
0.845F
0.171E
0.221E
0.157E
0.195E
0.248E
0.262E
0.281E
0.289F
0.290E
0.223E
0.196E
02
02
02
02
02
02
02
02
02
03
03
03
02
02
02
02
02
02
02
02
02
02
02
02
02
02
01
02
02
0,429F
02
02
02
02
02
03
02
02
02
01
02
02
02
02
02
02
02
02
02
02
02
03
02
03
03
02
03
02
02
02
02
02
03
03
02
02
02
02
02
03
02
02
02
03
03
02
02
02
02
07
02
02
02
02
02
02
02
02
02
02
02
02
02
02
02
02
02
02
02
02
02
AN ANALYSIS OF THE AUTO POWER SPECTRA AND COHERENCY AMPLITUDE AND
PHASF FOR THE THRFE
JUL 1 TO SEPT 21,
CCMPONFNTS OF MAGNFTIC FIEL
1961. HDOLtZ
AT WFSTON FfR
OENOTED BY 1,2t3. HRLY VALUES
FREQ
POWERF1
POWERF2
POWERF3
CPn
GAMSQ/CPD
GAMSQ/CPD
GAMSQ/CPO
R aVCU
5.046
5.146
-112E 02
0.246E 02
02
0.108E 02
0,t782F
5.246
5*296
5*346
0.999E 01
5-q396
5.346
0-962F
5.446
54966
5.546
0.128E 02
0.104E 02
0- 792E Oi
0.393E 01
5-596
5.645
O.162F 02
0-32SE
0.198E 02
n
0.201E 02
n0194E 02
0.232E 02
0.347E 02
02
0.19SE 02
0.219E 02
0.163E 02
02
0.266E 02
0*129F 02
0. 180E 02
,2OOE 02
0. 160E 02
0.2f E 02
0.213E 02
n21 5
02
0. 184E 02
02
0.135E 02
O.124F 02
0.11OE 02
02
0.810E 01
02
0.869E 01
0*-556E 01
0.665E 01
5.945
0. 594E 01
01
01l
0.450E
0104E 02
0.0IO1E 02
02
0.101E 02
6.045
0.105E
02
(), !pSE 02
6.145
0.611E 01
n*94SE 0L
0.116E 02
01
0,813E 01
ni
01
0.802E
0.112E
0, 76F
0.161E
5.745
5.845
6.245
- .295
6.345
6.445
atl
0- 37!E
6.545
0.489E 01
0-73EQ
6.645
6.745
6.845
6.944
7.044
7,094
7.*144
0.940E at
O!
01
01
0.328E
0*453E 0t
0.705E
0*6215E 01
0.591E
0. 594rF 01
01
01
0.695E O
01
01
0*769F 01
0.531E
7.1!94
7.244
0.859E 01
7o294
7*344
7.344
7*444
0.930E
0.65 E
0*618E
Ol
01
01
Ol
n-
79FE
0.201E 02
0,SO50E
0.104E
02
0.126E 02
0-207E
O.110E 02
02
02
0.168E 02
O2
O.179E
02
-z
02
02
02
0.235E 02
O?
0 - 64E 02
0.122E 02
0.973E -0102
, 1nsr 02
0.107E 02
02
0.147E
02
02
01
0*130E 02
02
02
0.102E
a0.859E 01
0,C74F Ol
02
0.152E 02
0,a148F
02
0.948E 01
02
0*127E
0.108E 02
0. 182E
0n137F
02
0.962E
0.893E 01
0.890E
O0
0.772E 01
0.14sr 02
02
0.176E
0-145F
0.144E
02
072
02
n
02
01
0,822E
01
0*579E 01
0,352E
0.742F 0
Of1
01
O.692ZE 01
0.275E 0
01
Oe6301&
0.629E ol
01
,&647E
0.142E
0.565E
O.690F 02
0.886E
O, 0115E
02
0.702E 01
O.738E 01
0,548E O
0.294E
AN ANALYSIS OF THE AUTO POWER SPECTRA AND COHERENCY AMPLITUDE AND
PHASE FOR THE THREE COMPONENTS OF MAGNFTIC FIELD AT WEFSTON FrR
JUL 1 TO SEPT 21,
1961. H,O,Z, DENOTED 8Y 1#2,3. HRLY VALUES
FREQ
POWERF1
POWERF2
POWERF3
CPD
GAMSQ/CPD
GAMSQ/CPn
GAMSQ/CPD
7.494
l,133E 02
0,875F C0
0,371F 01
7.544
0.149E 02
0.724E 01
0.514E 01
7.594
0,102F 02
0'58RRF (1
0-556F 01
7.644
7.744
7.794
7.844
0.775E
007382E
0.676E
0.867F
0*729E
0.624E
a89
0.113E
O0inEF
0.977E
01
01
02
02
01
0.592E
0
0.491F
0.816E
0.149E
0.114E
8,Rn06
7.64
01
01
01
0l
01
01
01
01
02
02
7,864
0.13F Ot
01
0.35F 01
7.944
7a994
8.044
0.404E 01
O.300E 01
0.277E 01
0.881E 01
0.716F 01
0.497E 01
0.592E 01
0.647F 01
0.417E 01
8.094
0,380F 01
0.972E 01
0,347E 01
8.143
0.405E 01
096E 01
0796E
0.388E 01
8.193
O,260F Of
0.4R9F 01
0.356F 01
8.243
8.293
8.343
0.457E 01
0,58QF 01
0.500E 01
0.400E 01
0-543E 01
0.897E 01
0.403E 01
0,628E 01
0.530E 01
8,393
0*523E
01
0.830F 01
0-422F 01
8.443
0.868E 01
0.606E 01
0o104F 02
0.50nF 01
0.756E
0.900F
0.983E
0.684R
0.774E
0717F
0.449E
01
01
01
01
01
at
01
0.463E 01
0.523E 01
0.538E 01
0.513E 01
0.349E 01
n0.53F 01
0.459E 01
0.409E 01
0,264F 01
8.943
0.594E 01
0-822F 01
0.972E 01
0.I0EF 02
0.944E 01
0.7)18 01
0.573E 01
0.a719 01
0.597E 01
0.3939 01
0.545E 01
0.426E 01
0.381E 01
8_,993
0,3175E 01
0,446F 01
0.449E 01
9.043
9.093
9.143
9.243
0.251E
0-E56A
0.485E
0,4F
0.598E
0.322E 01
,44E 01
0.398E 01
0.161F O0
0.483E 01
4,293
0.488F 01
9.343
0.442E 01
9.392
0,461F 01
9.442
Q4.92
9.542
02
02
01
O
0.517
9.642
0.126E
0,10OF
0.263E
075
0.678E
01
01
01
01
01
Q.450
01
0.406E 01
Q.394F 01
0.647E 01
0.706F 01
0.513E 01
01
0.408E 01
0.854E 01
4-692
O.RT7E 01
O.391F 01
0.67TE 01
9.742
9.792
9.842
9,892
9.942
0.752E
0-786F
0.981E
0.724E
0.333E
8,.49,
8.543
8, 93
8.643
8A693
8.743
8,793
8.843
8.893
Q-193
9592
01
01
Ot
01
01
t1
01
01
01
0.471E
0.Q8F
,01
0.767E
0.360AF
0.474E
0.458E
0.476E
0.399E
0.304F
0.364E
O
01
01
01
01
01
0.582?F 01
0.339E 01
0,431E 01
0.703E 01
,494E 01
0.551E 01
Q0.936E 01
0.702E
0816E
0.787E
0.706E
0.110E
01
01
01
01
02
AN ANALYSIS OF THE AUTO POWER SPECTRA AND COHERENCY AMPLITUDE AND
PHASE FOR THE THREE COMPONENTS OF MAGNETIC FIELD AT WESTON FOR
JUL 1 TO SEPT 21, 1961. HOtZ, DENOTED BY 1,2,3. HRLY VALUES
FREQ
CPD
POWERF1
GAMSO/CPD
POWERF2
GAMSQ/CPD
9,992
10.042
0,219E
Au1
0.308E 01
0-292E 01
tn. 092
0.946E
0,679QF nO
AL
0.930E 01
ol
---
10.442
10,492
10.542
10.592
10.641
---
0.707E 01
10.142
10.342
10*342
0.694 ~---
0.257E 01
-----
0.493E 01
0*453F AM
0.509E 01
,o303Fn I
0.328E 01
0.26AE 01
0.205E 01
0.48OF AM
-.41F
01
0,434E 01
0.400E
0.343E
0.220E
0.433E
0,411E
0.454E
0.719E
01
01
01
01
01
OI
01
0-420F 01
0.368E -oL
0.437E
0.357E 01
.352E 01
10.741
10.791l
10.841
0.401E 01
0"321E -oL
0.422E 01
106A91
10.941
L0.941
0.,99F
-0L
0.533E 01
0o402F
-&L
0.609F 01
0.569E
O,357F
0.319E
0o737F
0.835E
0.605F
0.513E
01
01
01
0.94F
01
nI
11.041
11. 1
11.141
0.318E 01
0,442E 0ox
0.414E 01
11.241
11.341
0,431E
11.341
11-941
11*441
0.447E 01
0.472 E
0.450E -oL
01
0 943 - I0.782E 01
0.434E 01
0.578E 01
0.769E 01
11-0591
n,78ez
0n44F
11.641
0.243E -1o
O 1r27E
11.741
11.940
0.276E 01
oL
0.690E 01
ox
01
0.506E
0.397E 01
0.?5 IF 01
0.121E 02
0,.153
0'
0.911E 01
0,743F n01
0.719E 01
1 1. qqn
0.44qF
11.541
11.841
110890
at
01
01
01
01
01
0.437E 01
OtL
inI
0-9324F
01
0,-868E 01
0.616E 01
0. 900F
01
0
POWERF3
GAMSO/CPD
O. 106E
0.550E
0. 114F
0.127E
0,761E
0.879E
0-927F
0.685E
02
01
02
02
01
01
01
01
0.945E 01
0,697
01
0.572E
0. 554E
0.736E
0,749E
0.563E
0;570E
0.713E
0.603E
01
01
01
01
01
O
01
01
0.949E 01
0,96AF
0.530E
0-669E
0.655E
0-476E
0.456E
0.732E
0.658E
0 611.
0.864E
0oQ96E
0.819E
.AAA66F
0.972E
01
01
01
01
01
01
l01
01
O
01
Oi
01
0
01
0A963F 01
0.944E
0.112E
0.109E
0.A47F
O.102E
0. 148R
01
02
02
01
02
02
AN ANALYSIS OF THE AUTO POWER SPECTRA AND COHERENCY AMPLITUDE AND
PHASE FOR THE THRFF COMPONENTS OF MAGNETIC FIELD AT WESTON FOR
JUL 1 TO SEPT 21, 1961. HlZ0,1 DENOTED BY 1,2,3. HRLY VALUES
FREQ
CPn
COH12 PHZI2
0.050 0.58
10,
-143.
0-100 0.S2
0.150 0.44
-148.
0.
0.44
0.200 0.18
0.250 0.24
0.o30 0.58
0.350 0.38
n.qnn
0.61
0.450 n.Al
COH31 PHZ31
040
0.25
0,68
0,35
0.32
0,07
158.
0.18
0,47
168.
-1500
177.
-0,
11.
545
39.
0.33
Oe34 I
0.43 -173.
132,
160.
0.31
176.
-159
143.
0.39
0-47
0.82
147.
-152
167.
0.849 0.O10
91.
0.09
0.899 0.34
0.949 0.79
0.999 0*83
-88.
0.60
1.049 0.74
1.099 0.31
-63.
146.
154.
0.48
0-49
0.65
n078
0.53
0.61
0.71
0,50
1.149 0.49
!199
0.54
1.249
1*299
1.349
1.399
0.67
0.63
0.36
0276
1.449 0.58
1.499 0.67
1.549 0.35
1.599
1.649
1,699
1.749
1799
1.849
1.898
1.948
1998
0.09
0.48
0.53
0.48
0.37
0.40
0.33
0.76
0,89
2.048 0.82
I36,
2.248 0.15
2,298 0,33
2.348 0.29
165.
180
-122.
58.
3719.
154,
157.
0.61
0.85
92.
64,
0.72
0*36
0.59
52.
18.
3'4
0.72
34.
20=
0.82
0.80
0.84
0.88
0.75
0.86
0.87
0.84
32.
31.
38.
42.
25.
29.
33.
33,
0.82
36.
-179.
0.71
149,
0.87
31.
0.60
130.
16r8
0.85
26.
132.
135;
67.
0.91
0.75
17.
43,
64.
137.
0.63
14.
0,40
-153.
0.54
0152
29.
0.11
0,80
l,?5
-178.
144
147.
0.64
0.41
162,
-161.
0.85
5.
-1649
117.
0.55
C,46
106-
-69.
-63.
128.
34.
-172-
124.
0.32
0.63
-162.
-162.
0.75
-143*
0079
151.
0.59
-29.
-56.
24.
138.
0.56
-148.
0.64
0.37
0.85
0.32
-132.
0.78
0,62
174*
0.58
0.70
10.
134,
0,60
2.39448 0.30
2.448 0.62
-054
0.49
180,
156.
67o
19.
0.72
2.098 0.04
2.148 0.28
176.
0-50 I -173.
0.69
0*54
--6a,
106.
178,
-158.
0-29
0.550
600nn
0.649
0*699
0.749
0.799
I
COH23 PHZ23
-154.
-142.
-177,
3t1.
14.
0.90
0.82
18.
0,67
205.*
soi
I
AN ANALYSIS OF THE AUTO POWER SPECTRA AND COHERENCY AMPLITUDE AND
PHASF FOR THE THRFF COMPONENTS OF MAGNETIC FIELD AT WESTON FOR
JUL 1 TO SEPT 21, 1961. H#OtZt DENOTED BY 1,2,3. HRLY VALUES
FREQ
COH23 PHZ23
COH12 PHZ12
COH31 PHZ31
1,
-3.
2.498 0.47
2.548 0.41
1!52
124.
0,66
0.68
-164.
-135.
0.76
0.57
2o598 0-o5
132.
0.72
-156.
0.63
73.
2.648 0.66
2.698 0.43
2.748 0.37
2.798 0.55
2.848 0.74
2.898 0.54
2.948 0.67
2.998 0.A
133.
130.
132.
141.
127.
165,
-127.
-123,
0.81
0.72
0.61
0.66
0.82
0,82
0.57
06l
-172.
-167.
-148.
-I5~.
-155.
-162.
-179.
157.
0.75
0.60
0.73
0.78
0.78
0,74
0.61
0-65
40.
2.
-1.
5.
23.
-4
-9.
-14,
-155.
11.
0.53
0-76
3,098
3.048
3.147 0.56
3 197
3.247 0.56
0.56
-179.
0.75
1 _4,
0- 69
0.63
0;73
0,88
138.
165*
-177.
-143-154.
0.75
174.
0.63
6.
96
14.
136.
126e
114.
0.78
179.
0,81
46.
-164.
177.
174,
63=
163.
1-56,-
0.87
49.
163.
0.67
-141.
0.51
0*83
0,76
3,347 0.90
33947
3.447 0.63
0.75
0.66
0.74
0.90
0.81
0,69
0.74
0.66
0.74
134-
3.547 0.50
0,76
3.647 0.70
3,697 0,71
3,747 0.62
166.
170-
166.
-163.
3*897 0*66
3.947
3.997 0.72
104.
166a
179.
4.047 0.36
-99.
3.847 0.31
4-0Q7 0140
4.147 0.19
-174,
-1780
0.80
0044
0.44
0,47
-46.
0.66
0,61
4,247 0.21
54,
168.
-20-
0.46
168.
-168.
-175.
-144.
-176o
165.
40,
0.75
280*83
-92.
0.56
67.
as--177.
1a46
-178.
0.78
43 96 0.0-17
4.446 0.65
4-496
4,546
4- 96 0.46
4.646 0,64
4-696
4.746 0.57
-174.
038
I
31.
4.
27.
7i
67.
270
0.74
0.23
25.
0.16
51.
17.
56,
0.72
53.
0,38
0,33
157.
89,
0,7!
4.347 0.58
21.
-134.
-. 5i4_
-125.
0-72
0.48
-126.
0.41
0.44
0.73
-133.
-514.
0.70
0,45
0.42
0.45
0,45
41,
62.
74,
-13.
83.
49-
-153.
0071
-147
4.846 0.29
-4- 946
177.
0.76
-135.
4,946 0.61
124.
0.81
-149.
0.50
0-59
0.40
0.83
0*83l
16.
27,
-24.
22?
45.
--
I
-I
-II--
AN ANALYSIS OF THE AUTO POWER SPECTRA AND COHERENCY AMPLITUDE AND
AT WESTON FOR
PHASE FOR THE THRFFE COMPONENTS OF MAGNETIC FtEL
DENOTED BY 1,2,3. HRLY VALUES
JUL 1 TO SEPT 21, 1961. HOZ,
FREQ
COH12 PHZ12
COH23 PHZ23
COH31 PHZ31
0-67
045
0.56
.CPA
4.996 0-17
5.046 0.62
5,146 0.13
5.1A96
5.246 0.59
Se296
5.346 0.17
0411
5.446 0.48
144.
16-
-19.
0.69
-174.
-!64o
0.60
-151.
0.45
0.26
0.78
-172.
0.53
0.75
0154
0.68
-155.
0.50
15.
-169.
-I166
0.51
19.
174.
0.67
-163.
0.35
-26.
-92.
0.42
-142.
0.40
0-5_2
126.
-149.
-69.
174,9
-164.
1-78--
121.
-175.
34.
-77
177.
5.546 0.34
-n4
8.
r-% 96
5.645 0.31
90
-78,
5.745 0.45
0,53
82.
0.43
-140.
0.57
48.
5.845 0.34
0-16
5.945 0.68
5:995 0-67
6.045 0-47
0.08
174.
0.38
-163.
0.43
46.
67.
0.66
-131.
0.69
57.
97.
-140.
0.60
22.
6.145 0942
-125.
0.58
0-66
0.50
540
-147.
-117-
6195
6,245 0.16
-171-
-173.
0.56
-140.
-5,
0.52
00,52
0.80
0.86
16.
28.
0081
6.345 0.24
0.29
6.445
-62.
-86s
0.41
-116.
0-47
-71
175.
0.48
6.545 0.28
152.
I
6.645 0.07
0.72
22.
-143.
0.49
19.
0157
-!62=
A,72
0.56
-160.
0.30
54.
0.73
-155.
0.37
-27.
0.24
-111.
as_
0.16
6.745 0.47 -121.
s
6 795 -004
93.
6.845 0.47
!50*
0.64
0.59
0.66
6.944 0.53
7.044 0.46
20.
0.65
0.69
0.81
7.144 0.15
110.
0.44
A-994
2 - 194
7.244 0.52
7-294
7.344 0.45
7. 94 0.-51
7,444
0.28
54. i
!280
155.
-31.
-138.
-138.
0.47
0-41
-Is-
-151.
0.48
-46.
-140.
111.
-177.
0.59
0-47
0.68
-115.
0.86
73.
165.
0.75
-0.57
0.06
40.
-!72-14-1.
0-55
0.58
0.58
0.34
0.34
3,
154.
177.
69.
41.
70,
-13.
AN ANALYSIS OF THE AUTO POWER SPECTRA AND COHERENCY AMPLITUDE AND
PHASF FOR THF THREE COMPONENTS OF MAGNETIC FIEln AT WFSTON FOR
JUL 1 TO SEPT 21#
FREQ
1961. H0,tZ, DENOTED BY 1,2,3. HRLY VALUES
COH23 PHZ23
COH12 PHZ12
COH31 PHZ31
-CPn
7.494 0n,50
7.544
7,454
7.644
7.694
7.744
7,794
7.844
7.84
7,944
7.994
8.044
8.094
8.143
8,1Q3
8.243
8.293
8.343
8.393
8.443
8,493
8.543
8,593
8.643
8.693
8.743
,7493
8.843
8,893
8.943
8,993
9.043
9-093
9.143
9.193
9.243
49293
9.343
9.392
9.442
0.59
0.45
0.31
0.49
0.11
0.63
0.47
031
0.45
0.35
0.28
0.22
0.18
0.55
0.27
0.28
0.59
0*S4
0.38
0,32
0.20
0.37
0.14
011
0.13
0.-8
0.62
0,37
0.59
0,38
0.22
0.17
0.42
0:60
0.37
0 28
0.54
0.42
0.55
9.492 0.55
-
9.542
9.592
9.642
9.692
9.742
94794
9.842
9a892
9.942
0.39
0,72
0.42
0.16
0.22
0,78
0.77
053
0.19
'1~---------1-1
84,
0,5
-294,
0,45
16.
130.
167a
167.
-3.
-42.
-178,
-163.
-R83.
-106.
-111.
-52.
s55.
119.
-0,
49.
40.
-23.
-32s
-150.
178.
152.
-180.
-169.
-150,
-171.
-115,
-126.
-170,
175.
-!56,
32.
169:
-164.
158:
163.
173
170.
-160-156.
0.48
0.52
0.40
0.14
0.33
0,70
0.77
073
0.72
0,67
0.36
0,53
0.47
0.24
0.22
0.51
0.62
0,63
0.77
0.62
0.65
0.67
0.44
0044
0.64
0,31
0.53
-162.
161,
141.
178,
-144.
-167,
172.
144.
137.
133.
-178.
168.
130.
89.
129.
152.
177.
175.
158.
158.
135.
154.
142.
121.
-174.
148R
95.
0,A6
135.
0.52
0,23
0.23
0.58
0.82
0.38
0.53
0.41
0.22
0.52
0.53
174.
141,
52.
114.
122.
142:
116.
114
63.
60a
130.
0.51
0,49
0.54
0.82
0.68
0.10
0.18
0.51
0.63
0,45
0.24
0.32
0.53
0.43
0.27
0,.1
0.55
0.49Q
0.57
0.45
0.43
0.51
0.23
0.66
0.74
0.56
0.53
0.35
0.40
0.63
0.45
0.29
0.40
0.46
0.21
0.12
0.42
-6.
-7.
8.
-26.
-6.
-7.
-20.
-a63.
-48.
-54.
-35.
39.
30.
-131.
111.
89.
170.
134.
22.
44
58.
38,
45.
33,
38.
A6.
55.
33.
8.
-4,
15.
4
7.
35.
1.
-19
-27.
47,
-2.
-145.
0.70
164.
0.ss
-15.
-160.
-180.
-163.
92.
160.
-171.
-158.
129,
116.
0.47
0,64
0.50
0.24
0.53
0.70
0.36
0.33
0.37
151.
159.
-179.
139,
152.
0.49
0,52
0.59
0.43
0.17
0n.4
0.41
0.50
0.64
82.
32.
37.
113,
141.
0.76
-1-----~~--"
173,
136.
57.
-150.
0.0
I,.
44.
5729.
AN ANALYSIS OF THE AUTO POWER SPECTRA AND COHERENCY AMPLITUDE AND
PHASF FOR THE THREE COMPONENTS
JUL I TO SEPT 211
COH12 PHL12
FREQ
AT WESTON FOR
OF MAGNETIC FIFL
1961. H1DtZt DENOTED BY 1,2,3. HRLY VALUES
COH23 PHZ23
COH31 PHZ31
tP0
C
87.
9,992 0,45
1Q.042 0.47
10.042
10.142 0.61
104.19
56.
17-4,
-172.
0,41
0974
0,30
10.242 0.30
10.342 0.40
0,19
10.442 0.58
!0,49Z
-165.
1680,
0.55
133.
0.43
15616
0,65
163.
0.81
0,69
0.43
146.
-177.
0,39
0,37
67,
30.
51.
170
20.
-35.
57.
0.19
161.
0.72
0,44
0.41
167.
10.641 0.64
171.
0.54
174.
10.741 0. 48
-s64
10.841
10,821 0.65
175.
0#73
136.
-171.
1647
0.62
132.
100,
0.45
0.70
0.69
-155.
0.67
004
0.57
0,6!
162.
0.51
120.
0.51
28.
0.59
0,65
170.
1250
8.
497,
0.40
118.
0.41
0,76
0.21
0.57
0,39
91.
0.20
5.
-149.
0.42
0.37
0.55
10.542 0.47
10,592
0,50
10.941 0.38
11.041 0.69
0140
11.141 0.40
0,73
-145.
177.6
-136.
11.241 0.54
11
'1
0.18
11 741 0,47
11.341
11.441 0.46
1!-491
0.04
-1.77.
1596.
-26.
-27.
11.541 0.46
98.
0.58
0,42
0.62
0,56
0.16
38,
41.
-32.
23o
29.
44.
n60
22.
33,
143,
15.
-17.
0.48
137.
0.46
-133.
!49.
0.59
-91.
0.39
179.
0.60
10.
0.55
173.
159,
0-26
0.30
0,33
46.
0.58
152.
0.23
-20.
n.i
____
I~_~
n_
An
-40.
0.a6
11.641 0.42
I1 -741
-177.
0.83
11.841
0.64
109841
11.940 0.69
11
QQ4
______
n____
.A
-172.
____
0.47
n-
___
__~_
__
___
96
AN ANALYSIS OF THE AUTO POWER SPECTRA AND COHERENCY AMPLITUDL AND
PHASE FOR THE THREE COMPONENTS OF
GNETIC
-FIELD AT TUCSON FOR
SEPT 16 TO DEC 5, 1957. H,DtZ, DENOTED BY 1t2t3. HRLY VALUES
FREQ
CPn
0
0.050
SA
0.150
0-200
0.250
n030n
0.350
0nn00
0,450
0n500
0.550
0.600
0.649
0.699
0.749
0.799
0.849
00899
0.949
POWERF1
G AMSQ!CPD
POWERF2
GAMSQ!CPD
POWERF3
GAMSQ/CPD
0.266E
0,241E
5E
0.104E
O-531E
0.791E
0A:RsE
0.380E
-6
E
0.104E
n09!A8E
0.994E
O-97AF
0.528E
0,-6llF
0.900E
0.169E
0.243E
0,2479
0.356E
0-6713E
0.343E
1.049
1.099
1,149
1.199
1.249
1-290
1.349
1,399
1.449
1.499
1.549
1599
0 312E 04
0.274E 04
0391E 0 4.
0,356E 04
On!36E 04
O.110E 04
n T93E 03
0.501E 03
n1T4F6
03
0,625E 03
n
F661E
03
0.446E 03
0.488E 03
0.424E 03
0-,40E 03
0.510E 03
0.358F 03
0.350E 03
0.404F 03
0.714E 03
0RA6
03
0.495E 03
0.1329
03
0.321E 03
0.279E 03
0.195E 03
0.19F 03
0.211E 03
l0,175 03
0.172E 03
0.158E 03
0.113E 03
0n10n1F 03
02
0'
01
O
01
n01
02
ni
01
01ni
01
01
01
02
02
02
03
03
03
0-29Q2
02
0.235E 02
O-.93F 02
0.161E 02
0-12OF02
0.106E 02
0,621F 01
0.578E 01
0.749E 0!
0.914E 01
O 99FE 01
0.779E 03
0.430E 03
-Oa&E03
0.133E 03
0-500E 02
0.368E 02
n0 322E 02
0.180E 02
0-153E 02
0.157E 02
0134E 02
0.814E 01
0.nOE 0
0.148E 02
0a129F 02
0.143E 02
0.1197t
0O
0.322E 02
0,274E 02
0.368E 03
0. 63F 03
0.318E 03
0256F 02
0.136E 02
0.972F 01
0.108E 02
0.114F n02
0.716E 01
0.677F 01
0.114E 02
0.973W 01
0.596E 01
0.R-A3F f
1.649
0.944E 02
0.812E 01
1.699
1.749
1.799
1,849
0.873E 01
0-AA3F 02
0.755E 02
0.642F 02
0.888F
0.187E
O.240F
0.204E
'iA4F 01
0.781E 01
0-123F 02
0.136E 02
01
1.948
1^998
2.048
0.*289E
0.:999
2.148
2lAQ
- -2.248
2,3*98
2.348
-aA
2.79
2.448
0.851E 02
03
03
0.168E 023
02
02
02
01
02
0?
02
0. 134E 03
0.199E 03
0.696E 02
0-602E
0.295E 03
0.430F
0.153E 03
03
0.446E 02
0.184E 02
0. 391E
n176F n.7
0.225E
...
0.298E
n 19F
0.164E 02
ndlfl
01
nA
01
01
0. 120E 02
0.309E 01
o-924F Ol ~
0.774E 01
0-441E 01
01
0.434E 01
oi
71n
"
I'
0.451E 01
A-2 31iF
ntr~03
0.472E 01
.07
AN ANALYSIS OF THE AUTO POWER SPECTRA AND COHERENCY AMPLITUDE AND
PHASE FOP THE THREE COMPONENTS OF MAGNETIC FIELD At TUCSON FOR
SEPT 16 TO DEC 5, 1957. HtDeZr DENOTED BY 1,2,3. HRLY VALUES
FREQ
CPD
POWERF1
GAMSQ!CPOD
POWERF2
GAMSOCPO
POWERF3
GAMSQ r-PD
0a85E 02
O
94E-
0-362E 01
2*548
0.148E 02
2.648
0,185E
0n 205E
0.293E
0-3472
0.325E
0,363E
0.777E
0.915n
0.531E
0,349E
0.298E
003306
0.300E
0.328E 01
01
0.308E OL
01
0.171E 01
0 286E OB
0.208E 01
0.654E
0,272E 01
2.748
2 7981
2.848
2.948
2-998
3.048
k3098
3.147
31,197
3.247
3*297
3.347
3-397
3,447
0.28RF
0.335E
0,*322
0.281E
.7-46E
3.547
3,597
3.647
3* 697
3.747
0.454E
0,442E
0.283E
0.247E
0.203E
0.17EF
02
0
02
02
02
02
02
0'
02
02
02
02
02
02
02
02
02
02
02
02
02
02
02
0O
02
0-626E 01-
01
0.335E 01
-629E- ODi
0. 119E 03
0,! 24E
0,494
03
al
02
01
0.512E 01
0.208E 01
0mI 7SE 01
0.308E 01
0*407
l
0.322E
01
0.167E
0.1971E U
021
01
0.290E 01
01
01
01
O.046E
0.231E
0.R90E
0.202E
0*233E
0.215E
0.175F
0.170E
0,285E
0,343F 02
44197
4.247
4,3497
A,396
4.446
4.496
4.546
44596
4.646
4,696
4.746
4,796
4.846
4.R96
4,946
0n IOF 02
0.991E 01
0.718F 01
0.893E 01
01
0.106E 02
Oi
0. 197E 01
2190
SE
oi
0. 135E t
s 193F
0.167E
0-202F OIL
01O
0.222E
0.121E
0. 140E 01
0. 147E
0,209E 01
0. 1AAF
0. 108E 01
0.189E 01
O,132E 01
0.148E 01
0.103E 01
0,139
0.,182E
0.216E
0,353E
O
0.983E 00
O.140E 01
0.154E 01
.ln9F nt
O0.105E 01
69F
0
0.648E
0,.856F
0.364E
0.135E
0.501E
01
01
01
01
00
0,841F
0
0.
0,827E 00
0,851F 00
0.108E 01
0-R91F on
0.895E 00
0.796E 00
0.605E 00
0.483E-00
0.423E-00
ns-021
_____ __ An
yy
0.462E-00
Q,717E
0.625F 01
0.521E 01
01
0.191E 01
0l249F 02
4.147
02
0.780E
3-897
3.947
4.047
0,397E 02
0.227E 02
0.128E
3*997
0.388E 01
n0 574
0.589E
3.847
02
01
02
02
02
02
02
0,200F 02
0.177E 02
0.211F 02
0.187E 02
0.184E 02
0.176E 02
O,137E 02
0.116E 02
0 4791;O
00
0.789E 00
O.4012F-0
.140E
01
AN ANALYSIS OF THE AUTO POWER SPECTRA AND COHERENCY AMPLITUDE AND
E D T Ie
TLu
l
, r
A L, r
., .
.
. .
D i AC c
SEPT
.
16 TO DEC 5,
FREQ
5.046
5o096
5.146
5.196
5.246
5296
5.346
5. 39A
5.446
50496
5.546
4o56
5.645
5.695
5.745
5.795
5.845
5.895
5.945
5~QO5
6.045
6.095
6.145
6!95
6.245
6.295
6.345
6.395
6.445
6-495
6.545
6 595
6.645
669.5
6,745
6.795
6.845
.9RQ4
6.944
6.994
7.044
7n94
7.144
7,194
7.244
7,294
7.344
7,394
7.444
0.1989
0.150E
,50EnF
0.173E
nl 54F
0.139E
0 .13F
0.148E
0 137E
0.202E
0.23E
0.146E
0,1-2F
0.129E
0.148F
.
.
1957. H,,lZ, DENOTED BY 1,2,3. HRLY VALUES
POWERFI
CPD
GAMSQ!CPD
4996
52E
0.740E
0O860E
0.859E
0:951E
0.102E
0-132E
0.179E
0165E
0.169E
n0-93E
0.212E
n0716F
0.206E
. .
01
01
01O28E
01
01
02
02
02
02
02
02
02
02
02
02
02
02
02
02
02
0?
02
02
02
02
02
02
02
02
02
02
02
01
01
0.149E
n-121F
O.113E
.o95E
0,923E
0 !IF
0'
0,135E 02
0.Q94
0.383E 01
0.Q44F 01
0.755E 01
0.495F 01
0.454E 01
0.58E 01
0.851E 01
0~R41F 01
0.765E 01
0*12?F 02
0.116E 02
0,781F 01
0.802E 01
POWERF2
GAMSQ/CPD
0*450E 0
0.292E 01
01
0.277E 01
0aj173E 01
0.168E 01
0-136E -0!
0.174E 01
0-15E 01
0.170E 01
0:172F 01
0.144E 01
0.972
no0
0.119E 01
O*173E 01
0.156E 01
OIn40F 01
0.218E 01
02?3E 0
0.373E 01
0. 3499 0
0.106E 01
0 863E 00
n
0,969E 00
0.127F 01
0.970E 00
0-57F n
0.683E 00
0.900O
O00
0.162E 01
0.144E
1
0.690E 00
no938E 00
0.109E 01
095if 00
0.IIOE 01
01
01
0143F
0.120E 01
0.?2E 01
0.279E 01
0.262F 01
0.172E 01
O.lRAF 01
0.154E 01
0,?nOF n0i
0.673E 00
0.726F 00
0.925E 00
0,789F 00
0.883E 00
POWERF3
GAMSQClrP
0193E 01
1.000E 00
0.448E-0
0.344E-00
i0:IE
at
O.124E 01
0;730E no
0.471E-00
0:55E n00
0.475E-00
0:232E-0
0.256E-00
0.344E-0n
0.346E-00
0.51?E 00
0.495E-00
0,41SF--o
0.636E 00
n0.546E 00
0.448E-00
n0 7 04E on
0.509E 00
26E-O0
0.247E-00
n,248;E-00
0.256E-00
n0.ASE-on
0,326E-00
0.319-O0
0.318E-00
nA246E-0nn
0.133E-00
0-lOE-OO
0.266E-00
0nn226p-o
0.269E-00
O,25qEF-00
0.192E-00
0249-00no
0.495E-00
0,77F 00
0.494E-00
0,251FE-O
0.217E-00
019F-FOn
0.304E-00
,.235F-On
0.196E-00
0.242E-00
0.176E-00
.
AN ANALYSIS OF THE AUTO POWER SPECTRA AND COHERENCY AMPLITUDE AND
PHASE FOR THE THREE COMPOFNTS OF MAGNETIC FIELD AT TUCSON FOR
SEPT 16 TO DEC 5, 1957. HDL,, DENOTED BY 1,2,3. HRLY VALUES
FREQ
POWERF1
GD0
GASQYCrPn
7.0494
POWERF2
GAMSOCPD
POWERF3
GAMSQ CPlr
)
0-73E 01
0.766E 01
0783E 00
0.779E 00
86E-O0
0.254E-00
0.142E 01
0 la85E
0.192E-00
1
A 0291E-00
0.238E
0-267E
0.192E
0-232E
0.245E
01
01
01
01
01
8.543
0.876E
0:758E
0.932E
0112E
0.116E
0 15iF
O.160E
0o137P
0.132E
0n1k41
0.118E
n,940F
0.969E
0.11n
3
0.125E
0,.907
0.857E
t956AF
0.818E
R-593
0.863T
8.643
9.043
0.102E
0.121
0.938E
n.q4F
0.130E
0.t13
0.I02E
6E
I0.1
0.108E
9,093
0.758F
9.143
9*193
9.243
SoZ93
9.343
0.626E 01
0.503P 01
0.590E 01
O,543F 01
0.552E 01
O,595F 01 ---0.631E 01
0581F 01
0.454E 01
7.544
7,644
7A694
7.744
70794
7.844
72894
7.944
7 994
8.044
8*094
8,193
8.143
8.243
8,293
8.343
8*393
8.443
8*493
R, 693
8.743
8.843
8.893
8*943
8,993
9,-92
9.442
9.542
9.592
9.642
9.742
9.792
9,842
9,892
9.942
01
01
01
02
02
02
02
02
02
02
02
01
01
02
02
01O
01
0.835E 00
0. 1tnF 01
0.107E 01
0.887E 00
0.119E 01
0,656E 00
0.474F-00
0.684E 00
0.704E
0.678F
01
0125PE
01
01
01
01
01
01
0. 199E-00
0- 6TF-00
0.854E-01
0, 23F-00
0.160E-00
0, 144-00
~
01
01
02
02
01
01
02
02
02
02
02
0
01
0.678E
0o751F
0.692E
0n.45SF
0.453E
0.170F-00
0.820E 00
0.a609E 00
0.736E 00
0.522F 00
0,165E-00
0
olh.IF
0.397E-00
0-320E-00
0.326E-00
0-341F-00
0.440E-00
0 483F-00 ~
0. Z8E-00
0. 111E-00
01RF-00
0.188E-00
0.240F-00
0.180E-00
0. 122F-00
0,231E-00
0.43F 00
0.312F-0l
0.507E 00
0f.645F 00
0.544E 00
0.427F-00
0.570E 00
0694F n00
0.678E 00
0.239E-00
0, 163F-00
O. 109E-00
0. lf6F-00
0.204E-00
0. 14,F-00
0. I08E-00
Ol
0.130E 01
0,753E 00
0.787E 00
n_ 1
as:
"
0.688E 00
0.69SF
0.752E-01
0 644E-01
0,156E-00
0O -~-
0.449E-00
0.560E-01
0.)102F-00
0. 145E-00
0.368E-00
0. lO9E-nO
0.452E-00
0.997E-01
0, 11 9F-00
0.871E-01
0.496E-00
0,404F-00
0.873F-01
0.662E 00
0.54SF 00
0.540E 00
0. 113E-00
0. 141F-00
0.134E-00
AN ANALYSIS OF THE AUTO POWER SPECTRA AND COHERENCY AMPLITUDE AND
PHASE FOR THE THREE COMPONENTS OF MAGNETIC FIELD AT TUCSON FOR
SEPT 16 TO DEC 5, 1957. HtD,Z, DENOTED BY 1,2,3. HRLY VALUES
FREQ
CPI)
9,992
10.042
n'0:09
10.142
10.1972
10,242
10:292
10.342
10*92
10.442
!0o492
10.542
10.592
10.641
1n.691
10.741
10.791
10.841
10.891
10.941
10Q991
11.041
11.091
11.141
11.191
11.241
11,91
0.O
11.341
11,391
11.441
11.491
11.541
115441
11.641
11.691
11.741
11,791
11.841
llR90
11.940
11.990
POWERFI
GAMSQ!CPo
POWERF2
GAMSQ/CPa
0-R88E 01
0
7E-00TF
0.506E 00
0.779E 00
0.814E 00
0.687F o0
0.857E 00
0,970E on
0.629E 00
0nOOEn
01
O.119E 01
0,777E o0
0.787E 00
R,83E 00
0.590E 00
0.861E 01
0i771E 01
0.746E 01
0.A8F 01
0.709E 01
0-k7lF
01
0.533E 01
O1720F 01
0.726E 01
0.61 F3 0
0.697E 01
0-9283 01
0.922E 01
0.973F 01
0.894E 01
0.915E 01
0.992E 01
0.918F 01
0.114E 02
.n9QF
02
O.119E 02
0.115F 02
O.IOIE 02
O603F
0.702E
0.743F
0.745E
l.747F
0:935E-01
0.106E-00
0-103E-00
0.693E-01
0.882E-01
0.106E-00
0 R88E-n
0.140E-00
0.11t-O0
0.630E-01
O,117F-00
0.148E-00
,0.35EF-00
0.126E-00
n.303F-n0
n-.72F-On
0.500E
0.714E
0.631E
O.626F
0.744E
0.235E-00
0.153F-O0
0.943E-01
O.A64F
00
o0
00
O0
00
on
00
00
01
0.156F-00
0.12?E-00
0-Q90E-01
0.109E-O0
0.,1lRF-O0
0.122E-00
O,194F-D
0.137E-00
01
01
01
01
01
01
01
t01
01
01
01
01
01
0.530E
0.7hE
0.116E
.1
945E O0
0.543E 00
0.a6lF 00
0.702E 00
0.A64F 00
0.836E 00
0,573E 00
0.649E 00
0.879F o00
0.700E 00
0.559F 00
0.529E 00
0.2A2F-00
0.715E 00
0.130E-00
0,152F-00
0.104E-00
0,o 9F-00
0.128E-00
O'43F-00
0.113E-00
0.6 8F-01
0.133E-00
0-128F-00
0.541E-01
01
0.14F
0.498F-1
0.Q955FB
0,917E
991QF
0.633E
0.64F
0.736E
0F606E
0.538E
0*6RF
0.819E
POWERF3
GAMSQCPD
0
0.554E 01
0,579E 01
01
0.112E 01
0.649E 00
O,.jlF-OI
0.566E-01
0,528-01
~
_~I
_____
1
___
AN ANALYSIS OF THE AUTO POWER SPECTRA AND COHERENCY AMPLITUOe AND
PHASE FOR THE THREE COMPONMENTS OF MAGNETC FIELD AT TUCSON FOR
SEPT 16 TO DEC 5, 1957. HDZt DENOTED BY 1,2,3. HRLY VALUES
FREQ
CPD
0-
COH12 PHZ12
COH23 PHZ23
COH31 PHZ31
0-75
0.52
0.66
0-72
0.73
10n_
155.
087
154,
0.86
158.
173.
180,
162.
0100 0.77
-173:
0:71
0.150 0.79
-173.
0.84
-0
45.
15:
16.
0:200 0030
160
065
8:
072
0.250 0.55
-158.
0.74
5.
0.72
153.
0:300 0n57
-150
-56.
0-48
0.20
-2-66.
068
0.66
153.
148.
0.050 0.72
0.350 0.34
0:600 0:36
-77
0.58
-!91
053
147.
0.450 0.27
-146.
0.42
0.500 0.30
-29.
0.50
141.
-178,
0.04
0.550 0.28
169.
0.29
54.
0.57
0.600
0.649
0,hQQ
0.749
0.28
0.31
172,
157.
0.57
0.34
15.
57.
0.53
0.70
0.38
167,
0.27
39,
0,56
0.13
-97.
0.66
-31.
0.56
142.
0,799 0.12
-11,
0,77
-41.,
0.32
135.
0.849 0.28
0.899 0,40
178.
0.76
-24.
0,54
-10.
0.30
0,39
176.
-132-
-1346,
0,71
0
131.
133,
110.
137.
147,
40.
0.949 0.58
,99 0A,68
36.
0.95
-69.
A3t,
0,96
-69Q,
0.59
0,68
1.049 0.50
48.
0.94
-67.
0.54
26.
32.
1-099 0.27
-157t.
0.87
-113,
005
-149,
1.149 0.43
1.199 0.23
-161.
165.
0.86
0,72
-23.
-41.
0.21
OOA
-149.
-73,
1.249 0.21
14299 0,44
-166.
-128.
0.71
0,67
-60.
0.06
0,-4
170.
163.
1.349 0.37
-152.
0.72
-33-23.
0.25
116.
1-399 0,30
-179,
0,69
-18-
0,06
-149.
1.449 0.07
-161.
0.67
-32.
0.09
88.
0.59
-23,
0,38
47.
54.
1.499 0.23
-66,
1.549 0.21
-126.
0.71
34.
0.41
10599 001&
1.649 0.08
1,699 0,55
i3o
-88.
0041
0.40
-9
0,18
75
-42.
0.21
50.
-13,8
144.
63.
-95.
148.
80.
78.
90.
138-
0,34
0.61
0.80
0.69
56,
0.39
0,13
0.20
n4R
0.81
0.81
0.61
0.47
0-51
0.14
0.36
0.48
0.97
0.98
0.96
0,64
-45.
-32.
-3.
-14,
-61.
-63.
-66.
-44.
82.
40.
12.
63.
39.
-12.
-14.
-24.
-0R.
2.148 0.32
175.
0.56
-31.
0.23
176.
0469
-346.
0.2
-168.
2.248 0.59
145.
0.39
-67.
0.06
-118.
2,298 0.44
146,
0-13
-126,
0.47
-19.
2.348 0.57
128.
0.19
-72.
0.55
-31.
2, 98 0.68
2.448 0.53
102,
56.
0,38
0.48
-47*
-38.
044
0.48
-S5.
7.
1.749
1.799
1.849
1.898
1.948
1.998
2.048
2,098
,Q19A
0.A0
0n,5
0n18
0.75
0.78
0.62
0.24
139.
--
~--~-
Y2
AN ANALYSIS OF THE AUTO POWER SPECTRA AND COHERENCY AMPLITUDE AND
PHASE FOR THE THREE COMPONENTS OF MAGNETIC FtEID AT TUCStN FOR
SEPT 16 TO DEC 5, 1957. H1D1Z
DENOTED BY 1,2,3. HRLY VALUES
FREQ
PO
2-0498
2.548
2:598
2,648
23698
2.748
2:798
2.848
2-898
2.948
2.998
3.048
3,098
3.147
1.37
3,247
3,=97
3.347
3.397
3.447
36497
3.547
3,597
3.647
3,697
3.747
3,797
3.847
3.897
3.947
3.997
4.047
4o097
4.147
4.197
4.247
4.297
4,347
,136
4.446
4.496
4.546
4,596
4.646
41696
4,746
4,79A
4.846
4*896
4.946
COH12 PHZ12
COH23 PHZ23
COH31 PHZ31
0036
0.55
0:47
0.24
0:12
0.44
0.46
0.37
0,29
0.76
0.78
0.62
0.53
0.25
0,24
0.44
0.22
0.33
0,12
0.22
0.61
0.27
0752
-7:
0.56
0.13
0.60
0,50
0.26
0.26
0.94
0.96
0.93
0.57
0.50
0,40
0.46
0a46
0.29
0.59
0.36
n 33
0.21
0.09
0.15
023
0.18
0,49
0.67
0.72
0.52
0a18
0.36
0,43
0.07
0,35
0.47
0,28
0.50
0.46
0.30
0,14
0.20
0,26
0.17
o036
0.05
0,73
0.31
0,?7
0.46
0,30
0.19
0,20
0.32
0.1
0.28
0,10
0.30
0113
0.36
131.
-145.
-3288.
111
-180.
132
122.
123,
123.
97,
57.
93,
92.
78,
66.
23,
-39,
-3S.
75.
62,
28.
13,
34.
48-35.
1,
14.
21,159.
128,
168.
-179,
-109.
5979.
A4,
67.
lO.0
44.
SR.
-146.
-57:
-36.
-49
-52.
120
-4.
-23,
-84.
-50.
-52.
-51.
-2 .
-17.
-30.
-19.
-50
-6.
27
-61.
0,34
-57.
-70.
-Q6*
-95.
-30.
-49.
0.48
0,79
0.63
0,34
0.35
0.28
0.29
-2.
-22.
-109.
-SR~
-40.
0.38
0,02
0,27
0,28
0.55
0,9
0.33
0,2
0.30
0,42
0.18
0.26
0.44
0Q19
-73-.
0.05
0.38
-5Q9
0.59
0.16
0.87
130.
33.
-38.
0.8
-46.
0.77
0*46
0.52
0,20
0.33
0,16
0.25
0,33
0.43
0-27
0.18
0,34
0.24
-64.
-70,
-137.
-75.
14.
-33.
-64.
-89.
-90.
-99,
25.
-47,.
-28.
-1310
0-21
79-
70.
-ts.
163.
-150.
145.
0.33
-159.
141,
172.
-113.
-91.
0*35
0.33
0.48
0.56
28:
156.
-166
-109.
179,
-80.
-62.
-60.
-39.
-68.
-72,
-69.
0.21
0.47
0.15
0.17
0.26
0-11
0.13
0,24
0.22
0.46
0.19
0n,0
0.53
0-24
0.49
0.6
0.64
0.47
0.19
0-11
0.20
0.24
0.31
-99.
141.
in2,
-24.
-10.
-33.
-42.
-4.
7.
-151.
-55,
4.
32,
-82.
-1441
-63.
-94.
-166.
106.
117.
2.
39.
12I
-49.
-27,
6.
I&-
41.
35.
-6.
-0.
-43.
Y3
AN ANALYSIS OF THE AUTO POWER SPECTRA AND COHERENCY AMPLITUDE AND
PHASE FOR THE THREE COMPOENTS OF MAGNETICr FIELD AT TUtiSON FOR
SEPT 16 TO DEC 5, 1957. HDZ,
OENOTED BY 1,2,3. HRLY VALUES
FREQ
C PD
COH12 PHZI2
4996
5.046
5:096
5.146
0A A
0.23
0:36
0.53
5m196 0- 54
5.246 0.44
5,.96 0.24
5.346
COH23 PHZ23
CUH31 PHZ31
145142.
163-,
158.
060
0.48
0.0
0.34
-88.
-74.
-162,
-162.
040
0.42
0,44
0.37
-4.-
0.45
114.
0.14
0,5
25.
116,
33.
0.39
0.16
0.37
0,33
840
63.
0.10
-16.
0.27
-43.
5.446 0.17
5,496 0-24
5.546 0.31
5*.596 0127
5.645 0.23
0.630
5.745 0.24
5-795 0,33
5.845 0.18
5-1895 0*38
5.945 0.17
6.045 0.17
-52,
0.35
26.
-71.
0.38
11.
0.23
0.34
0,46
0.14
-1-50,
65.
0.52
0,38
0.53
-18.
0141
0.57
91.
43,
-96.
0.06
0.53
-81.
0.27
70.
0.62
-39.
0.09
-38&,
0.47
-29.
48.
0.29
0.21
0-47
0*46
-65.
130o
6.445 0.43
103.
6*495
158.
11-3o
128.
0.17
6.745 0.47
135.
60795
106-
0.25
0450
0.59
6.545 0.19
6.645 0.65
0.27
-64.
41.
0.41
-102.
57.
-47.
-6.
75,
54.
380
18.
0.41
-23.
-5,
8.
-94.
-49.
-96,
-170.
n-50
147,
0.69
151.
153o
141.
127,
146.
O-Sq
6.845 0.28
108.
78s,
010l
-890
6.345 0.08
-~-~--
-105.
-25,
57.
54.
53.
-74,
-155.
140.
6A 195
6.245 0.34
-150.
1740
-1180
6.145 0.29
-49.
74,
120.
!27,
58.
.32
25.
46.
20.
0.27
0.25
-48.
42.
on
0.37
0.15
a, 1 a
0.36
81.
73.
41.
-140.
170.
-49,
6.944 0.20
6.994
0*68
0.67
126.
-157.
7.044 0.43
-50.
0.54
7,094 0-56
7.144 0.22
0*32
-46.
-112
7.244 0.12
-85.
7.394
7.344 0.43
91.
7,194
fl.r%
7.444 0.40
A'
118.
I
0.32
o-33
0.61
C.
I
0.31
0.37
-33.
-65,
-47.
-139.
-105.
-79,
-54.
0.26
0.52
71.
-71.
-94,
0.44
0*44
114.
23.
33.
0.38
126.
76.
-2fn-
-67.
- It
63.
-133.
r
0*5
£2
AN ANALYSIS OF THE AUTO POWER SPECTRA AND COHERENCY AMPLITUDE AND
PHASE FOR THE THREE COMPONENTS OF MAGNETIC FrIELD At TUCSON FOR
SEPT 16 TO DEC 5, 1957. H,D,Z, DENOTED BY 1,2,3. HRLY VALUES
FREQ
COH12 PHZl2
COH23 PHZ23
COH31 PHZ31
CPD
7-494 037
7.544 0.24
99
85.
0:40
0.32
-11-53.
Pl
0.21
86.
71.
7.594 0:20
7.644 0.34
133-177.
018
0.35
-41
24.
0:14
0.26
63:
64.
0,31
0.18
009
0.38
-141-115.
-130-132.
035
0.17
0-33
0.42
47,
-41.
342.
0:44
0.38
0.52
0.31
117,
46.
50
102.
7:894 0:3
-137
0,33
-16,
0,30
74.
7.944 0.20
7.994 0.25
8.044 0.49
8,094 0.43
8.143 0.34
8,193 0o37
8.243 0.49
8.293 0.07
8.343 0.17
8393 0.44
8.443 0.16
,.493 0.07
8.543 0.18
8.593 0.10
8.643 0.32
-141.
-178.
175.
172,
135.
129138.
-146.
63.
78.
-11.
0.48
0.54
0.42
0.49
0.36
7.
11.
-39.
-35.
7.
0.19
0.03
0.02
0.37
0.25
0.17
0.21
0.08
0.24
0.27
0.08
00,n
0.18
0-13
0.30
66.
-7,
-136.
172,
168.
-54.
-27.
117.
63.
39.
157.
-E4.
-102,
69.
116.
7,694
7.744
7.794
7.844
8.693
-51
-156.
-Q98
-54
0.43
0.52
0.54
-124.
-10.
-111.
-131.
120.
-75,
-37.
-2A.
-41.
87,
0.49
0.55
0.41
0,31
0.16
0,3s
153.
0.21
-45.
0,16
83,
8,743 0.19
8.793 0-07
8.843 0.22
8,893 0.16
8.943 0.43
143.
9,.
173.
-110.
22.
0.33
0n33
0.10
0.39
-98.
-187
-166.
-127,
-104.
0.18
O.26
0.34
0.46
0.28
67.
111.
64.
76.
102.
8,993 0.45
-12.
023
26.
0.648
52.
-76.
-73o
-90.
-64.
-28.
-179.
0.29
,Q29
0.28
0,11
0.43
0.31
-7.
-51.
65.
-86oA
-106.
-166.
0.39
0-02
0.40
0.58
0.16
0.19
56.
1371
100.
133
162.
-25,
9.343 0.16
Q3?
0.16
9.442 0.54
-16.
-42.
0.30
116.
-540
09
109.
146.
0.07
9,492 ,27
9.542 0.17
129,
-5.
0.22
007
0.26
0,49
0.53
15-10.
0.27
0.56
9,592 0.06
63.
0.17
-14-
0.58
59.
9,642 0.21
-171.
-172.
0.25
-54.
0.05
-83,
0012
0.10
0.28
-35,
67.
81.
0.2
0.38
0.20
27
60.
-31.
80.
31
6.
0.17
0,72
0.21
0.22
0.14
0.24
-6.
152,
-76.
9.043
9,043
9.143
9.193
9.243
9.*93
o0,8
0.23
0.53
0,7
0.35
0,o0
0.27
0.10
9.692 0.18
9.742 0.23
Q.792 0.54
9.842 0.40
94892 08,3
9.942 0.23
1,
130.
80,3
82.
-1880
5.
-1n,
-50.
2.
60,
46.
Ys
AN ANALYSIS OF THE AUTO POWER SPECTRA AND COHERENCY AMPLITUDE AND
PHASE FOR THE THREE COMPONENTS OF MAGNETIC FIELD At TUCSON FOR
SEPT 16 TO DEC 5, 1957. H,ODZ, DENOTED BY 1,2,3. HRLY VALUES
FREQ
CPD
10.042
COH12 PHZ12
0.10
10-092 0.16
-62174.
COH23 PHZ23
COH31 PHZ31
0:23
103-110.
0-38
0.54
-7.
-5.
0.30
0,14
0.14
-?60
-104.
0.35
0.13
0,13
0.16
-106.
0.33
-45.
0.20
30in,
10.142 0.36
92.
0,35
!08,
10.242 0.28
118.
77.
10.342 0.33
77*
0.38
1070
0,05
142.
0,33
80.
0,79
45.
0.22
-4.
0,34
0.51
10.442 0.14
!0,492
10,542 0,21
10,592
10.641 0.15
-30.
10-7191
-110.
-400
152.
100891
0.32
169.
-150*
-85.
0,16
0.42
-148-
11091
176
0e42
172.
0.51
138o
029
0.28
0,35
11.141 0.25
0.35
11.241
179.
-55.
126.
125,
176.
154.
0.22
6.
0.10
96.
, 36
-58.
77.
111.
-151.
0.21
10.941 0.29
10,991 0,44
11.041 0.45
-139.
0.23
0.06
11.441 0.23
179.
174.
146.
11.491
-84.
11.541 0.10
-33.
11-391
11.641 0.47
11,691
11.741 0.06
134.
159.
-144.
-26.
36s
0.49
25.
30-
0.17
-10.
64.
660
-37.
0.24
0.10
0-07
0.02
007
0.14
0.17
*12l
0.16
129.
0.32
94.
169.
25.
3.
0. 38
0.52
-147,
0.56
-173.
67.
0.16
-15.
1 1.791
0.27
-79.
11.841 0.45
0.47
-71.
11.890
66.
153.
11.940 0.36
-180.
O.15
11.990 0.15 11.990
-180.
-100.
0.21
i59-
11.341 0.17
97.
0.20
-11-
0,46
0.49
10*841 0,49
-36.
490
-t65
10.741 0.12
64.
-74.
O.
0.25
0.22
-56.
-42,
-142.
-25.
-36.
27.
27.
25.
13.
69.
-1.
0.49
0,13
19o
0.60
-36.
0.25
O.52
IBO,
-72.
-93.
-176.
180.
-24,
0.64
0.23
-22.
0.16
0.64
0.
0.52
AN ANALYSIS Uf- IMt AUIU POWtK SPtCfKA AN COHEUtKNLY AMPLIUtE AND
PHASE FOR THE THREE COMPONENTS OF MAGNETIC FIELD AT BELOIT FOR
SEPT i6 IU UtC 5, 1957. HULt UENOUltU
Y i,2,3. HLY VALUES
FKEt
CPO
POWEKF
GAMSQ/CPD
0.
0.332E 04
0.100
0.o is0
0.200
04
0.279E 04
0, 250
0.300
0O.350
0.400
0.500
0, 550
0.600
0. 649
0.966E
0.6i4E
0.509E
0.*t74E
0. 140E
O.30E
04
03
03
03
03
03
03
0.300E 04
03
0.279E 03
0.699
0.2115E
0.799
0.209E 032
0.899
O.949
0.999
1.099
1o099
11t49
1.199
io249
1.299
1.349
1.399
i.449
1.499
1.599
i649
1.699
-t 749-
03
0.932E 02
04
0. 165E 03
03
0.123E 03
02
0.777E 02
02
03
0.441E 02
02
03
0.502E
0*400E 02
0.439E 02
0. 161E 02
0.250E 02
02
0.263E 02
0o 137t 02
0. 156E 02
0236E
0.198E 02
O.i36E 02
0.160E 02
0.i 391
t
0.874E
02
O.iicE
0.102E 02
0.633E 02
0,972E 04
0.329E 012
3
0.716E 0
02
0.565E
02
02
02
0. 118E
006tO 02
0.838E
02
04
0.397E 02
0-306E-
0.239E
0. 173E
0.303E
02
02
02
0.212E 02
02
02
1.898
0.708E
1.9481
03
0.i73E 03
0.198E 03
0. 342 E 03
0.492E 03
09313f
0.243E
0°249E
0. 123E 03
03
03
0.118E
0.174E 02
02
02
0. 108E 02
0.121E 02
0. 150E 02
1.799
VUWEF3
GAMSQ/CPD
0. 172E 04
9910E, 03
0.109E 03
02
0.454E 02
00292f 02
0.361E 02
0.503E 02
0.351E 02
02
0.496E 02
02
0. 164E 02
0.347E 02
0.508E 02
O. 306E 02
0.197E 02
02
O.5940.540E
1.998
03
03
VUWEtKF2
GAMSO/CPO
02
03
0.479E 02
042
0.449E 02
0.867E O2
0.662E 02
0.572E
0.605E 02
0.313E
0.481E 02
02
0.426E 02
02
01530E 02
02
0.365E 02
0. 129E 03
02
0.439E
02
03
0.810E
0* 333-E
0.489E 02
2.048
2.098
0.543E
0.314E
2*148
0. 3157E
0.28t
2.198
0.336E
0.459E 02
0.303E 02
0. 335E 02
0.
144E
0,846E
2.298
0.168E
0.247E
0.212E
0159E 02
0.183E
2.398
0.205E
o
E14<
0.107E
0.176E 02
063t0E Or
0.322E
ti.t48
02
032
0.214E 02
02
0.222E
0.208E 02
I
97
AN ANALYSIS OF THE AUO PUOWER SPECTKA AND COHERENCY ANPLiTUDE AND
PHASE FOR THE THREE COMPONENTS OF MAGNETIC FIELD AT BELOIT FOR
SEPt 16 TO DEC 5t i957. HtOZt DENOTED BYT
t123. HRLY VALUES
FREOW
CPO
2.498
PUWRlK
GAMSQ/CPD
rUWteKE
GAMSQ/CPD
01
0.254E 02
0.347E
0.199E 02
0.699E 01
0*350E
Ot
0.511E 01
2.548
2.598
2.698
2.798
0.258E 02
0.423E 02
0. 130E
0.133E 02
0.957E
hnes
I
2.898
2.998
3.098
3. 147'
3.
197
3.247
0.135E
0.532E
0.220E
O.oOtE
0.200E
03
02
02
02
02
0.2i2E 02
3.297
3.397
3.44
3.497
3.54?
3.597
0.129E
O 646E
0.150E
0.714E
0.150E
0.233E
0.122E
02
02
02
01
02
02
02
0.954E 01
0.288E 02
0.218E 02
0.219E 02
O.1M5E 02
0.138E 02
02
02
0.13E
ot
0.157E 02
0.992E 01
0.104E 02
01
it
0.125E 03
04.57E-
0.430E 02
0.508E 02
0. 185E 02
0.299E 02
0. 197E 02
02
02
0.931iE OI
0.
119E
0.*63E
02
0.849E 01
0.117E
02
0.736E 01
00673fE
O. 101E 02
-t02
01
0.432E Ol
0.129E 02
0.784E O1
0039tiE 01.
0.362E
0.16tE0.856E 01
0.484E 01
0.456E 01
tt
0.887E
0.773E
0. 774E
0.801E
0.841E
0.778E 01
O1
01
01
01
3.697
0.123E 02
-3,747
0.787E oi
3.797
0.682E 01
3.847
0.653E o1
3.897
0.6E5E
O.113E 02
0,32it E 012
0.299E 02
0.545E 01
t
314E 02O
3.997
0.122E 02
O.o!80E 02
0.139E 02
019tte Ot
026te 02
4.097
-to04e 02
0.830E 01
0.489E 01
01405EL- -at
0.446E ot
0.543E 01
3.947
*.147
4. 197
--
YUWEKRF 3
GAMSQ/CPO
4.247 ----
4.297
4.396
4.9446
4.496
-4,5464.596
-46464.696
0.745E
0.129E
0.138E
O.115E
0t
02
02 ----02
-
0,637E O1
0. 683E 01
0.552E 02
0.560t oi
0l
0.357E ol
0.242E
0.585fE
0.826E
0.1705E
0.668E
01
Oi
01
o01
01
0.849E 01
0.434E
0.440E
0.276E
0.317E-itt
0.329E 01
0.590E 01
0.342E 01
0i
0.413E 01
0.338E
0i
1o306E
0.321E
0.368E 01
0. 174E 02
0.14t2E 02
0.934E 01
O.943E i01
oi
0497E 0t
0.214E 01
0I356E Oit
01
4.796
0.521E 01
4•846
0. 309E
4.896
0.331E 01
0.86Et 0 r
C . VCPO
i
-
9741578
-
0.463E 01
I
AN ANALYSIS OF tHE AUTO POWER SECTRKA AND COUERENCY AMPLiTUDE AND
PHASE FOR THE THREE COMPONENTS OF MAGNETIC FIELD AT BELOIT FOR
SEPT i6 TO DEC St 1957. Hi,Z, DENOTED
iB,
1,,3.
HRLY VALUES
POWERF
t
GAMSQ/CPO
FKEQ
CPO
POWEKF3
GAMSQ/CPD
POWOtF2
GAMSQ/CPD
4.996
0.I111E 02
0.572E 01
0.759E 01
5.u46
U0694
01
0.55tE Ui
0.*32E 01
5.096
0.501E 01
0.774E 01
%
t*
5.196
5.296
- 346
5.396
5.496
A
I
t
0.765E 01
6t
0.59sE
0.741E 01
0i
0.122E 02
01
0.793E 01
0t
5.596
0.468E 01
5.695
05841E
0.654E 01
5.795
:a84 5
5.895
19
0.565E 01
0.749E
0
0.503E 01
0.227E 01
01i
0.297E 01
0,261E 0t
01
0t
0.321E 01
0l
00479E
6.095
6.145
6.195
0.453E 01
0.180E
60245-
ot
0.524E 01
6.295
01
0
01
01
01
OL
01
0.132E
0.24-E
0.352E
029itE
01
01
01
O
-0
0 411E
0.225E 01
0.261E 01
01
0.320E
0.250E 01
0.110E 01
ti
01
0.157E 0ft
0.368E 01
01
0.466E
0.24?9E
01
0.291E
0t
0.796E
0-.290E
0.345E
0.22E
0.205E
1 390tE
0.439E
0.427E 01
0.553E
ot
0.303E 01
0.499E ot
0.531E Ol
-6*545-
0.643E 01
0. i05E 02
0.311E 01
0.310r 01
0.432E
0.437E ot
0.387E 0t
01
01
0.809E
01
0t
1.000E 01
.itt6E
5.995
0.626E 01
i
A
0.267E O
0.278E 01
0.306E 01
0.229E 01
6.395
0.697E
-6*445r
0*666E
6.495
0.356E 01
6.595
0.197E
6.695
0.293E 01
6.795
0.331E 01
6.894
0.218 E
0.188E 01
6.994
0.327E 01
7.094
0.316E
0.374E 01
01
0.376E 01
0.346E
0.333E
0.1
7.194
0.330E 01
0.321E 01
0.182E 01
7.294
0.643E 01
0.153E
7.394
7,5-44
_
U.
_I__
LYW0
01
I_
01
01
0.305E
0.283E 01
I
i
_
_1_1
_1
U1
0.208E 01
01
0.179E 01
01
0.149E 01
I
oi
0.200E
As
0.235E 01
0.178E 01
0 ,i9tE 01
01
0.202E
_ ___C __
0.281E 01
0.16TE 01
0.162E 01
0.165E Ot
0.139E 01
0.163E 01
0.176E 01
0.162E 01
E o
0.174E Ot
0.183E 01
00 t57E 01t
AN ANALYS1S OF THE AUTO POWER SPECTRA AND COHERENCY AMPLITUiDE AND
PHASE FOR THE THREE COMPONENTS OF MAGNETIC FIELD AT BELOIT FOR
SEPT 16
OUUEC 51 iv57*. HOiL
UOENOTED BY i1t23.
HRLY VALUES
FKREQ
CPO
UWERFt
GAMSQ/CPD
PUWtKtER2
GAMSQ/CPO
POERF
GAMSQ/CPD
7.494
0.3806 01
0.161E 01
0.194E 01
7.594
.644
7.694
*7.744
7.794
7.844
7.894
7.9944
7.994
8.044
8.094
8.143
8.193
6.243
8.293
8.343
8.393
6.443
8.493
8.543
8.593
8.643
8.693
8.743
8.793
8.643
8.893
8.943
8.993
9.043
9.093
9.143
9.193
9.243
9.293
9.343
9.392
9.442
9.492
9.542
9.592
9.642
9.692
9.742
9.792
9.842
9.892
9.942
0.260E
OU.iSiE
0.161E
0.134E
0.119E
0.2346
0.217E
0.cL2eEt
0.352E
0.209E
0.206E
0.16lE
0.162E
0.209I
0.239E
0.275E
0.248E
0.221E
0.191E
0. 26E
0.160E
0 t.186E
0.289E
0.325E
0.235E
0.273E
0.267E
0.377E
0.358E
0.256E
0.360E
0.30iE
0.170E
0.247E
0.266E
0.246E
0.225E
0.651E
0.167E
0.355E
0.251E
0.144E
0.253E
0.223
0.124E
0.161
0.146E
0.173E
0.228E
0u.30
0.288E
0.269E
0.376E
0.3586
0.389E
092Y9E
0.332E
0.1i81
0.140E
0.152E
0.191E
0.1726
0.141E
0.146E
0.163E
0.I6E
0.642E
0.920E
0.144E
0.115E
0.682E
0.150E
0.195E
0.154E
0.136E
0.135E
0.149E
0.157
0.193E
OoI.94e
0.254E
0.26TE
0.164E
0.144E
0.124E
0.122E
0.114E
0.964E
0.106E
0.1O1E
0.935E
0.79iE
0.133E
0.18oE
0.137E
0.108E
0.128E
0.1481
0.220E
0.10896
0.377E
0.370
0.139E
0.46UE
0.768E
0.711e
0.458E
U.213E
0.171E
0.1721
0.172E
0.143E
0.189E
0.181E
0.115E
0.904E
0.715E
0.9886
0.207E
0.217E
0.245E
0.240
0.141E
0.138E
0.230E
0.220E
0.263E
0.270t
0.167E
0.187E
0.300E
0.274E
0.165E
0.164E
0.121E
0.947E
0.723E
0.902E
0.138E
0.142E
0.214E
0.227E
0.206E
0.229E
01
01
01
01
01
01
01
i
01
Oi
01
01
01
01
01
01
01
01
01
O1
01
01
01
01
01
01
01
01
01
01
01
Ot
01
01
01
01
01
00G
01
01
01
01
01
O1
01
OI
01
01
01
0i
01
01
01
01
01
Ui
01
01
01
01
01
1O
01
01
01
01
00
00
01
01
00
01
01
01
01
01
01
01
01
ot
01
01
01
01
01
o01
01
G00
01
01
00
00
01
01
01
01
01
01
01
01
01
01
01
U
01
01
01
01
01
O1
01
01
01
01i
01
00
00
00
01
01
01
01O
01
01
01
01
01
01
01
01
01
01
01
01
01
00
00
00
01
01
01
01
01
01
/o00
AN ANALYSIS OF THE AUu POWERK SPECTKA AND COHERENCY AYPLITUDE AND
PHASE FOR THE THREE COMPONENTS OF MAGNETIC FIELD AT BELOIT FOR
UttZ,
DEUOTED BY i,2#3. HRLY VALUES
i951* H
SEPT i6 TOU UEC 5,
KFEQ
CPD
9.992
t0.042
10.092
10.192
t0.242
10.292
10342
10.392
POWERFt
GAMSQ/CPO
0.211E 01
0.121E 01
01
01
0.233E 01
0 t77 E
O.173E 01
POWERF2
GAMSQ/CPD
0.12 1E
0.944Et
0.965E
O.init
0.921E
0099SE
0.948E
01
0
00
0t
Ou
00
OWERIF3
GAMSQ/CPD
0.228E 01
0i
0.203E 01
O.20trE Oi
0.180E 01
01
01
00
0.
0 181E
136E 01
0. 149E 01
(-)
0.210E 01
0.124E 01
10,442
O. it1E
0. ItiSE
10.492
0.268E 01
0t
0.941E 00
ot
0.265E 01
-,172tr
01
0. 146E
01
0.249E
-0,298E 0i
0.231E 01
o01
0. 199E
0.975E 00
0.204E
0.844E 00
01660E Oi
ot
00
0.799E
0.281E
10.592
t064t1
10.691
10o741
10.791
tO.84i
10.891
i0.94i
10.991
11.091
tti4t
11. 191
0, 942E -Oi
Us
01
0.165E
0.1t29E
0. 162E
0.245E
0. 168E
O.3iE
0.210E
01
01
01
01
O1
01
O. 168E
it.241
00239E
11.291
ttl34t
11.391
tt-44t
11.491
0. 179E 01
01
0.219E O1
O. 163E 1ot
0.385E 01
0-313E
11.591
0.226E
11,791
022TE
0.313E 01
0.307E -ot
01
01
O1
0.437E Ot
11.890
0.274E
11.691
11.741
0.263E 01
0.116E
00
0.929E 00
O. 107E ot
0. 144E
o.lt55E 01
ut
0. 108E
0.884E 01
01
01i
01
Olt
01
ol
0.203E
0,.186E
0.228E
-Ot
0.117E 00
-0t
0. I2hE
OL
01
0
173E
01
Ot
0.107E 01
0. t36E
0.848E 00
01
I
11.990
0. 150E
0. I77E
0.143E
0.202E
01
Oi
01
0. 147E 01
0.217E 01
Oi
tif t 01
0.294E 0t
0*263E 01
0. 137E m001
1
ot
0. 104E
01
0.t623E
0. 108E
0.238E
01
ItE
AN ANALYSIS OF
AUTU PUOWK
SPtLIKA
AN
LUOHtKtNCY AMPLIUUDE ANU
PHASE FOR THE THREE COMPONENTS OF MAGNETIC FIELD AT SELOIT FOR
if2l3. HKLY VALUES
D
UtNOUltU
SEPT 6 IU UtEC 5, 195j1. H OuZ
FKRU
CUHI2 YLZi
CU23 PHZ2L3
Un3L
LPHZ31
CPD
0.55
-0.
0.67
180.
0.U050 0.52
-TS.
0.34
41.
0.55
-178.
0.100 0.55
-156.
0.09
163.
0.49
146.
0.200 0.19
U0.250 0Ur
0.300 0.44
-142.
-143.
-163.
0.16
U .2
0.35
-42.
-32.
-2.
0.80
U.61
0.54
-180.
-160.
165.
0.350 0.07
-95.
U.38
-7.
0.173
i-59.
0.400 0.45
-122.
0.40
-106.
0.48
-175.
0.
0.52
180.
0.26
?.
U0.22
T5.
0U0U
iU.
0.500 0.37
0.550 0.24
0.600 0.58
0.649 0.43
0.699 0.26
73.
7il.
-177.
-152.
0.16
0.i8
0.16
0. 4
0.46
-113.
-i2.
166.
-27.
-81.
0.61
0.43
0.41
0.45
0.24
104.
i26.
138.
9i.
97.
0,749 0.54
-i!.
0.63
-85,
0,53
-I69,
0.799 0.11
0.849 0.33
0.899 0.35
106.
123.
-151.
0.81
0.64
0.64
-76.
-60.
-50.
0.07
0.27
0.40
-66.
-76.
-136.
U. 450U
i78.
36.0
0.999
t.049
1.099
1.149
1.199
1.249
1.299
1.349
1.399
1.449
1.499
1.549
1.599
i.649
1.699
1.749
1.799
1.849
1.898
0.90
0.85
0.31
0.23
0.22
0.15
0.18
0.36
0.26
0.35
0.41
0.57
0.11
0.40
0.63
0.48
0.20
0.33
0.19
-*
W
I
0.90
0.77
0.14
0.24
0.15
0.32
0.43
0.62
0.62
0.19
PL
60.
0.79
0169
-105.
0.80
18.
0.93
-64.
0.41
52.
50.
28.
0.22
32.
71.
0.87
-78.
0.24
-77.
-t640
174.
Ait
-42.
0.84
-55.
0.22
0.57
0.67
-41.
0.31
0.51
-76.
32,
0.27
18.
0.42
0034
0.48
51--.
0.61
27.
-1.
0.34
0177
0.73
51.
50.
6t.
-105.
0.5i
0.28
-138.
0.52
73.
164.
58.
-47.
0.07
0.57
3.
-177.
-31.
14.
0.50
1.948 0.90
1.998
2.048
2.098
2.148
2.198
2.248
2.298
2.348
2.398
2.448
_
25.
-69*
84.
92,
150.
0.86
0.72
0.64
-72.
-74,.
-35.
146.
0.55
11.
-4.
2
--- 4ei
0.17
-18.
0.24
131.
t5l
-39.
876
76.
0.59
36.
0.57
19.
0.19
19.
0.32
23.
24.
0.36
0.61
47.
/oZ
IE
AN ANALYSIS UOF
AUTU
POWtK
SPtKA
AND COHEREUKtNY AMPLIUUDE
PHASE FOR THE THREE COMPONENTS OF MAGNETIC FIELD AT BELOIT FOR
tUdt
UENOTELU
BY 1923.
KHLY VALUES
SEPT 16 TOlOUEC 5, 1957.
LUcomi2 PMZ2
FRKt
CPD
2.498 0.03
84.
870
90.
0.53
2.598 0.57
I
I
2.698 0.45
CUH3 PLZ23
GUMC3
PHZ31
0.25
0.61
51.
-iT0
18.
1t2
-15.
-23.
-15.
0.24
I
0.65
2.798 0.25
-53.
35.
45.
2.898 0.24
133.
0.45
0.66
2.998 0.90
3,048 0.82
3.098 0.62
0,58
3.197 0.64
3o2417
3.297 0.54
107.
1:071
48.
15.
38.
28.
3.
31.
20.
1
37.
0.83
0,09
-26.
0.38
2.84 8 0,25
3.347- -,44
3.397 0.63
3.447 0.56
3.497 0.56
3o54?
I I
3.597 0.43
3.64 7
3.697 0.59
0,43
3.797 0.38
3.897
3*9473.997
4.047
4.097
----
--.
71.
6.
0.66
0.56
56.
-72,
-75.
-59.
0.26
0.70
0.6t
0.63
-3.
0.46
-3.
0.32
0.46
0.63
0.61
-2.
0.26
-3.
-i9.
0.56
.56
-2.
0.47
31.
0.41
0.129
0.35
0,44
0.23
0.79
0.56
I
-95,
0.34
60.
0.08
38.
1,
0.48
0,64
26.
-44,
-56.
0.83
0.60
0.35
89.
------ -0.66
O.50
4.197 0.42
4.t47 0.40
4.297 0.48
98.
230
0,47
0.08
0.42
38.
54.
4.446
35t
77.
--
"7
0.36
0.5920
92.
-125.
517
-79.
0.50
-81.
0.648
25.
40,
-77.
-22.
-21.
0.78
-36.
0.12
0,12
-47.
7T.
-32.
-30.
13.
-367
-23.
I
-97
-34.
22.
-15.
63.
-26.
27.
-- 41.
0.58
0.37
-27.
45.
0.49
0,23
-65.
85.
0.45
0.55
0.21
-102.
734.
0.53
0.49
-17.
2.
15.
0.59
0.62
47.
76.
45.
0.42
33.
57.
619.
19.
0.11
39.
i9.
0.19
0*30
59.
-41,
-77,
86.
0.18
0.55 I
0.55
21o
0.43
e
v.62
4.696 0.10
0.26
4.796 0.1024
4.846
4.896 0.20
0.5
4. 946
L2*5
-10.
4.
36.
0.60
4.396 0.45
0.60
4.496 0.41
-4.5464.596 0.49
25.
35.:
48.
66.
62.
152,
68.
40.
50.
-42.
-118.
110.
0.49
4.
90
AND
/03
AN ANALYSIS OF TE AUTO POUWER SPECTRA AN
CUOHERENLY AMPLITUDE AND
PHASE FOR THE THREE COMPONENTS OF MAGNETIC FIELD AT BELOIT FOR
SEPT i 6 TO DEC 5t 195. ,HOtZ, UENOTED BtT i23.
HKLY VALUES
COiLUMi2
ML
COLU 3 PHRL3
COU31 Pnl1t
27.
0.62
0938
-26.
46.
5.096 0.42
12.
0.23
-2.
5. 196
ti9.
0.51
36.
40.
65.
0.42
0.
0.61
2.
0.15
37.
0.65
49.
0.40
01.23
-20.
-36.
-24.
0.32
-177.
0.54
FREQ
CPO
4.996 0.60
0.52
-3.
5.246 0.5
5.296 0.55
too
5.396 0.29
0036
5.496
5,496 0.42
5.596 0.31
-18.
-43.
-79.
0.38
-73.
-91.
-21.
-108.
139.
0.30
-11
-131.
-t32
75.
40.
145.
0.23
0.28
0.19
33.
7.
20.
0.69
-177.
-132.
0.72
L.
9.
-2.
0.39
0*30
94.
1.
0.44
0.45
0.46
-8.
5.695 0.58
24.
3U
5.795
5,795 0.16
0.16
97.
0,22
0.22
5.895 0.14
-30.
-88.
5,995 0.34
5.995
-30.
0.36
0.32
0.26
179.
0.28
55- 84 5
6045
6.095 0.34
o-w
t45
6.195 0.47
-55.
0*45
6.295 0.31
63945- 0.26
6.395 0.33
-12.
2.
0.50
-41.
0.31
0.1
-0--rt0.56
0.45
0,?19
0.37
23.
0050
6.495 0.47
114.
6.595 0.27
80.
- -4trt
86.
6.695
l*7456.795
60845
6.894
r.944
6.994
-. 044
7.094
0.70
82.
93.
-20.
0.37
0.11
13.
-1
129-
0.25
0.60
0.71
0.39
,
179.
1490
-69.
78.
81.
7.
117.
73.
120.
135.
99.
0.31
0*26
0.40
31.
71.
0.47
-21. I
7*144- 1o24-
7.194 0.33
7.294 0.38
7,344
7.394 0.48
7.444 0.063
149.
56,
82.
I
0.48
70.
0.54
109.
93.
9.
I89.
0.23
0.55
0.52
86.
0.53
0.31 -168.
0.50.64
164.
77.
0.25
0.47
34.
-56.
0.21
0.52
-51.
0.23 -- 640.06 -109.
-290
38.
0.25
0.30 -t720
0.66
-140.
0.24
0.41
0.27
-152.
0.07
-172.
0.05
134.
-126r
0.33
0.23
-143.
15.
0.22
0.58
51.
0.40
0.22
0.37
-21.
81.
0.49
-28.
0.73
0.23
164.
-86.
I
71.
308.
18.
31.
/04AN ANALYSIS UF
THE AUTO POUWK vSPETKA AND COHtKtNCY AMPLIUUtU
AND
PHASE FOR THE THREE COMPONENTS OF MAGNETIC FIELD AT BELOIT FOR
SEtP
16 TO DEC 5, 1957. HMZt DE
UtNUOTED BY 123.
HRLY VALUES
FKtE
CPD
ColUO
i
lti2
7.494 0.37
7*544 U.i12
7.594 0.14
110.
26.
-23.
23,
78.
97.
110.
1 6
123.
o8.
68.
7i.
86.
61i.
75.
1490
-147.
-131.
-89.
-99.
-161.
84.
-6.
-46.
157.
i38.
102.
-23.
49.
17.
-34.
-45.
-23.
-7.
28.
93.
179.
7964 U.i3
7.694 0.20
.794 U0943
7.794 0.43
7.84 O*a
7.894 0.13
7,94 U0.4
7.994 0.38
8.U04
0.33
8.094 0.74
8.1i43 0.6
8,193 0.42
t.243 OL?
8.293 0.64
6.343 0.52
8.393 0.42
8.443 U.42
8.493 0.46
8.543 0.1i
8.593 0.45
86.63 0.41
8.693 0.51
8.743 0.66
8.793 0.21
8.843 0.16
8.893 0.36
8.943 0.63
8.993 0.48
9.043 0.44
9.093 0.59
.143 0.62
9.193 0.60
9.243 0.31
9.293 0.43
9.343 0.25
9.392 0.19
9..44
9.492
9.542
9.592
9.642
9.692
9.742
9.792
9.842
9.892
9.942
U029
0.22
0.34
0.29
0.50
0.49
0.39
0.54
0.42
0.20
0.52
CU2LS PRL23
0.57
U.i
0.04
U0.47
0.78
-18.
-26.
-86.
CUOJ1 YHZ31
-126.
-134.
85.
09.
3.
-50,U
-178.
-172.
14.
-89.
-57.
-41.
-Ill.
t74.
104.
-1t47
-104.
-84.
163.
139.
119.
66o.
127.
137.
147.
136.
71.
68.
-28.
-2.T
76.
86.
23.
17.
-11.
-36.
29.
0.63
2.
0.2U
15.
0.27 -119.
O*
"O
0.48
-61.
0.11
-161.
0.32
-123.
0.55
-79.
0.31
-19.
0.25
-31.
0.26
33.
0.33
70T.
0.56
53.
0.44
73.
0.37
54.
0.54
i7.
0.40
-3.
0.16
-23.
0.48
19.
0.62
22.
0.69.
-5.
0.71
-10.
0.65
12.
0.62
27.
0.54
81.
0.18
U.U9
0.34
0.31
0.06
025
0.54
U.27
0.18
0.4i
0.50
0.60
0.46
0.40
0.29
U3.i
0.45
0.36
0.25
0.6i
0.50
0.14
0.10
0.47
0.64
0.55
0.57
0.57
0.09
0.19
0.40
&0.40
0.54
0.69
0.22
0.02
0.43
-VU.
-70.
0.39
0.33
105.
166.
0.34
0.01
42.
-48.
-L46.
-19.
-82.
-99.
42.
51.
86.
124.
114.
55.
46.
004.1
0.22
0.22
0.17
0.20
0.37
0.35
0.47
0.63
0.43
0.19
it.
28.
-28.
70.
50.
7.
-57.
-25.
7.
10.
-90.
0.44
0.55
0.20
0.47
0.11
0.48
0.46
0.62
0.74
0.36
0.38
-701
-90.
-121.
94.
46.
-33.
-25.
-144.
-131.
-57.
64.
U*O6
0.53
U0L
0.35
06U.7
0.55
0.U3
1.
-7.
-3i.
-4.
to
-14.
0.
3.
-i14.
AN ANALYSIS OtP
IFt
AUIU POUWERK SPtLIA
ANRU LUMtRENLTY
AMPLIUU
PHASE FOR THE THREE COMPONENTS OF MAGNETIC FIELD AT BELOIt FOR
SEPT
FKtU
6b TO ULC
t 1957. HUtt
LUOI2 PHIL2
LUOHL
UNUOTEtU t
VPLt
LMOHUS
2t,1, MHLY VALUE
PMLZ31
CPD
9.992 0.62
81.
0.53
-86.
0.09
9.
10.U042 U.36
99.
0.54
-62.
0.50
-62.
10.092 0.33
LU0.142 U58
10.192 0.67
10.242 0*57
10.292 0.53
10.3U 2 0. 49
61.
9.
116.
it5,
93.
1F.
0.28
U*U
.
0.55
0.36
0.44
U0.
-14.
5.
135.
0.20
72.
U09V
-126.
-i2.
0.51
0.25
22.
9,.
79.
20.
7.
-26.
10.392 0.40
o28
10o442
-178.
ZJI,
?-
0.40
n X it
62.
st n
0.19
n t
176.
T 7-
10.492 0.65
125.
129*
147.
0.15
-124.
0.47
-55.
0.27
-172.
0.31
0*64
10.592 0.53
10,641 0.67
10.691 0.40
0.35
10.791 0.69
10.891 0.66
i0941
10.991 0.40
0.04
-60.
0.33
-106.
-146.
0.08
0.63
0.70
-159.
-20.
34.
11.091 0.33
t1t4t
11.191
ttt24
11.291
tit34t
11.391
ti441
0.36
-106.
-142*
91.
0.45 -173.
0400.62
0,60
11.491
t.*54i 0.26
-138.
-150.
147.
0.25
0.23
0.15
80.
-60.
-76.
0.42
0.60
30.
-07EV
$30.
0.45
0.45
0.60
-94.
0.50
-169.
t33
154.
-174.
0.47
-42.
0.60
-152.
V.4
93.
64.
-10.
20
-99.
0.21
0.46
0.35
-71.
0-290.*37
0.42
168.
0.39
68.
0.72
0.48
0,46
0.54
0*40
0.53
-68.
-1513
-167.
107.
58.
-1.
0.07
0*49
0.70
11.591 0.42
173.
0.63
11.691 0.34
11.741
11.791
-122.
0.15
104.
-75.
26.
11.890 0.43
t1. 940
11.990 0.37
164.
0.50
0.38
0.38
13.
0.42
0.1946
-180.
0.40
-180.
0.02
24.
41.
64.
-53.
-26.
153.
61.
0.68
40.
-168.
68.
0.
ANU
/06
AN ANALYSIS OF THE AUTO POWER SPECTRA AND COHERENCY AMPLITUDE AND
PHASE FOR THE THREE COMPONENTS OF MAGNETIC FIELD AT FREDBG FOR
SEPI
16
5,
I1U UE
1951. HUtL, DENOTED BY 1, ,3.
FREQ
PUWERFt
PUWNERF
POWERF3
CPD
GAMSQ/CPD
GAMSQ/CPO
GAMSQ/CPO
0.
0.050
0.100
0.376E 04
0.291E O
0.311E 04
0.518E 02
0 503E 02
0.614E 02
0.129E 04
0.126E 03
0.161E 03
u.15u
U.300E 04
0.583t UZ
0.127E 03
0.200
0.117E 04
0.392E 02
0.100E 03
0.250
0.841E 03
0.3
0.300
0.780E 03
0.300E 02
0.481E 02
O.3O
0.240E 03
0.165E 02
0.11OE 03
0.400
0.198E 03
0.204E 02
0.109E 03
U.450
U.40t
U.30,~
88
U.b(ot 02
0.500
0.317E 03
0.550
0U.i80
0.600
0.374E 03
0.649Y
0jU
0.699
0.187E 03
U.t49
0.2tUB
0.799
0.89
0.899
u.949
0.999
~.4Y
1.099
1i.i9
1.199
1.2Iz
1.299
I.3s9
1.399
1.44 9u555E
1.499
0.305E
U0.43E
0.218E
U.10uE
0.149E
U0.632t
0.127E
0.U82~
0.106E
U0.1i2
0.706E
0.53E
0.594E
0.5
0.637E
0.501E
0.549
0.331E
1.599
3
1.699
1.799
1•849
1.898
t, 941
1.998
2.098
~t OZ
02
03
0.304E 02
03
0.20lt02
0655
U
02
03
03
03
04
04
03
03
02
03
0.229E 02
0.428E 02
0.456E 02
U.s45E u3
0.146E 04
0.o697 03
0.108E 03
06.o5E 02
0.382E 02
U.364E u2
0.227E 02
0.iiiE 02
Ou
0.106E 02
02
O02E
0.i6
0.293E 02
0.258E 02
0.202E 02
o 3UL ~~-:.-0%
0.112E
0.275E
0.239E
0.*68E
0.841E
0.0927
0.264E
0.298E
0.160E
0.iu5E
0.116E
U.581E
0.527E
O.
0'.821E
0.568E
0.879E
0 Ar v ~ w
03
03
03
03
03
03
03
03
03
03
03
02
02
03
02
02
02
02
0.469E 02
0.376E 02
02
0.449E 02
0.499E 02
0.682E
0.513E 02
0.917E
0.614E
3
02
02
2
02
02
02
0.493E 02
02
02
U3
0.894E 03
0.337E 02
U.2140
02
0.241E 02
02E
U
02
03
02
02
03
is
02
02
02
0. 427E 03
0.695E 02
0. 173E 03
O.421E
0.727E 02
0,.263E
0.86SE
0.570E 02
0.3iTE
0.447E
0.8296
0.860E 01
0.204E 02
00224E
0.223E 02
02
0o, 124E 02
02
0.479E 03
03
02
02
2.198
2.248
2.298
2,348
2.398
2,448 I
0.727I
0.141E
0.i27t
0.375E
.630
U*0
0.104E
03
u
I
HRLY VALUES
0. 2" i €
02
02
020.162E 02
-. t3GE 02
0.134E
0.233E 02
0.170E 02
u
~
/07
AN ANALYSIS OF
InE AUTO POWER SPECTRA AND COHERENCY AMPLIUDE AND
PHASE FOR THE THREE COMPONENTS OF MAGNETIC FIELD AT FREDBG FOR
SEPI 16b
0 UtF 5,
!95?. HDtZ, DENUOTD BY 1t,*,.
HKLY VALUES
FtRE
PUWERFL
PUWERFZ
PUWERF3
CPO
GAMSQ/CPD
GAMSQ/CPO
GAMSQ/CPD
2.498
0.552E 02
0.214E 02
0.264E 02
2.548
0.396E 02
0.132E 02
0.182E 02
2.598
0.351E 02
0.115E 02
0.258E 02
2.48
U590E 02
U.iut UZ
U.*17t
2.698
0.488E 02
0.660E 01
0.835E 01
UZ
U.349E U0
U.04E 0U
0.VUD8l
2.798
0.503E 02
0.242E 02
0.108E 02
2.848
0.414E 02
0o.94E 02
0.883C 0t
2.898
0.311E 02
0.382E 02
0.779E 01
Z.v48
0.ibEt US
U.118E
0.353t 02
2.998
0.183E 03
0.150E 03
3.048
0.649t 02
3.098
0.531E 02
0.312E 02
O.151E 02
3.147
0.465i
02
0UloUE
U0
0.i3iE 02
3.197
0.392E
Ui7.47tE
0.1*
0.265E
0;,it5
0.327E
u.64E
0.349E
0.y93s
0.168E
0.1 47E
0.202E
0
0.105E
O.i7E
0.128E
0.816E
0.921E
0.694E
0.583E
0.793E
0.120E
0.128E
0.1O1E
.1lLOE
0.174E
0.153E
0.971E
0.I11E
0.921E
0.847E
0.117E
o0.10E
0.847E
0.956E
0.790E
0.13E
02
0.223E 02
U.L4Et oZ
0.122E 02
0U.i7i 02
0.226E 02
0.i92E 02
0.136E 02
0.iEt 02
0.134E 02
0.1i59E 0
0.173E 02
0. 140E 02
0.134E 02
0.151E 02
0.186E 02
0.537E 02
0.773E 02
0.413E 02
0.147E 02
0.I5E 02
0.138E 02
O.102E 02
0.141E 02
0.109E 02
0.104E 02
0.133E 02
0.165E 02
0.178E 02
0.109E 02
0.171E 02
0.173E 02
0.144E 02
0.157E 02
0.134E 02
0.146E 02
0.208E 02
0.125E 02
*.748
3.297
3.347
3.397
3.4417
3.497
3.547
3.597
3.641
3.697
3.747
3.797
3.847
3.897
3.947
3.997
4.047
4.097
4.*147
4.197
4.247
4.297
4.347
4.396
4.446
4.496
4.546
4.596
4.646
4.696
4.746
4.796
4.846
4.896
4.946
u
02
02
02
0t
02
O2
02
02
02
02
02
02
01
01
01
01
O1
02
02
02
02
02
02
01
02
01
01
02
02
01
01
01
02
.2%t
03
0
U0
0.501E 02
U
0.289E 02
Uo15oU
02
0.153E
0.886E
0.720E
0.750E
0.558E
0.626
0.677E
0.577E
0.863E
0.105E
0.942E
0.8O6E
O.116E
0.138E
0.172E
0.133E
0.425E
0.295E
0.217E
0.147E
0.318E
0.383E
0.324E
0.396E
0.296E
0.238E
0.471E
0.745E
0.747E
0.679E
0.777E
0.634E
0.541E
0.805E
02
Oi
01
Oi
01
oU
01
01
01
02
01
01
02
02
02
02
01
O1
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
/o6
AN ANALYSI
OF IHE AUTO POWER SPECTKA AND CLURERENCY AMPLIIUDE AND
PHASE FOR THE THREE COMPONENTS OF MAGNETIC FIELD AT FREDBG FOR
StPI
16IU
tC 5s
1957.
tUtt
DEtNNUItIU
Y 1t1,3.
RKLY VALUtS
OUWEKF3
EKU
PWERFI1
PUWtKFZ
CPO
GAMSQ/CPD
GAMSQ/CPQ
GAMSQ/CPO
4.996
0.212E 02
0.185E 02
0.588E 01
5.046
0.145E 02
0.109E oZ
0.337E U0
5.096
0.136E 02
0.160E 02
0.873E 01
5. 146
0.256
U.*t15
OZ
0.843Et 01
5.196
0.236E 02
0.128E 02
0.724E 01
5.246
0.247t
02
. 150E 02
5.296
0.283E 02
0.163E 02
5346
0.27E 02
U.13tO
5.396
0.207E 02
0.782E 01
0.127E 02
5.446
U.193.
u.109t
O.96o
5.496
0.129E 02
0.113E 02
D15e6
0.109E 02
O.11it 02
0.1 22E 02
5.596
0.105E 02
0.102E 02
0.796E 01
5.*45
0.45E 0
0.7UE
it
Ot
0.148
5.695
0.690E 01
0.103E 02
0.673E 01
5.Ir5
U.1 04t
02
OU.LOO
02
0.409. Oi
5.795
5.845
5.895
5.945
5.995
0.799E
U.634
0.142E
0.iV6E
0.779E
U.OtU
0.847E
0.707E
0.108E
0.868s
0.487E
0.4V4iE
0.536E
0.48iE
0.489E
0.504E
0.399E
0.56
0.686E
0.516E
0.587E
0.519E
0.379E
0.636E
0.650E
0.663E
0.780E
0.527?
0.408E
0.616E
0.583E
0.410E
0.326E
0.244E
01
01
02
0
01
0U
01
0U
02
Oi
01
0i
01
01
01
01
01
01i
01
01
01
01
01
1
01
01
01
0!
01
01
01
01
01
01
0.641E
0.T86E
0.998E
0.645E
0.452E
U .o58
0.809E
0.70UE
0.817E
0.0iE
0.830E
0.7iE
0.460E
U.950E
0.145E
0.935E
0.134E
0.iTrE
O.132E
0.968E
0.951E
0.919E
0.563E
0.730
0.680E
0.694E
0.831E
0.604u
0.742E
0.109I
0.107E
0.731iE
0.622E
0.588E
01
01
01
Ui
01
u0i
01
OU
01
02
01
01
01
01
02
01
02
02
02
01
01
01
01
01
01
01
01
01
01
02
02
01
01
01
0.526E
0.512E
0.296E
0.473E
0.519E
V.9E
0.459E
0.421E
0.246E
0.325E
0.354E
0.27iE
0.440E
0.553E
0.616E
0.786E
0.758E
0.74Te
0.755E
0.6721
0.567E
0.540E
0.609E
0.574?E
0.512E
0.444E
0.365E
0..3321
0.256E
0.272E
0.370E
0.354E
0.493E
0.u592E
6.045
6.095
6. 1i5
6.195
6.245
6.295
6.345
6.395
6.445
6.495
6.545
6.595
6.64
6.695
6.745
6.795
6.645
6.894
6.944
6.994
7.044
7.094
7.144
7.194
7.244
7.294
7.344
7.394
7.444
02
o2
UoZ
02
O
U.14
z02
0.934E 01
0.8005U
UI
o1
O.102E 02
01
01
01
01
01
01
0vi
01
01
01
01
01
ci
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
1i
01
01
01
01
loP
AN ANALYSIh
U
AUtU PUWR SPt
IHI
|RA AND ~UHEREN.Y AMPLIlUUE
PHASE FOR THE THREE COMPONENTS OF MAGNETIC FIELD AT FREOBG FOR
EPI 16 TOU DJL St 1957. MHptvL
HRLY VALUES
FR-U
PUWERF1
POUWRFZ
PUWEKF3
CPO
GAMSQ/CPD
GAMSQ/CPD
GAMSQ/CPD
7.494
0.218E 01
7.544
0.255
7.594
7.644
7.694
0.569E 01
0.275E 01
0.685E 01
0.718E 01
0.603E 01
U.191E Ol
0.651E
0.252t 0
0.187E 01
0.531E 01
0.255E 01
0.1i5O5
01
0.?96E 01
O.U06E
7.794
0.836E 00
0.981E 01
0.180E 01
7744
01
0.424E 01
0.581E 01
01
i0
7.,844
0.285E 01
0U.Itt: 01
0.209E 0I
7.894
0.311E 01
0.956E 01
0.370E 01
f(944
O.15~t OL
u.9093t 01
0.L286
7.994
8.044
8.094
01
i
01
0.118E 02
0.iL28~
02
0.955E 01
0.203E 01
0U.358t 01
0.261E 01
U1
U.70
8.193
0.144E
.15Lt
0.189E
0.2eiC
0.371E
01
0.886E 01
0.222E 01
8.243
0U3E5
Ot
U.0iE
0.i25E Oi
8.293
8.343
8.393
8.443
8.493
8.543
8.593
8.643
8.693
8.743
8.793
- --8o.9
8,893
r rr~
8.993
01
0
01
0V
01
U0
00
Oi
01
01
01
0.932E 01
UO.50t5E Oi
0.720E 01
0.iEL 02
0.924E 01
9.093
9,093
0.313E
0.13t
0.231E
0.i33E
0.107E
0.80E
0.677E
0. 068
0.143E
0.i0ft
0.110E
,,,
02',UE
0.280E
rr=
0. 306E
0.2041E
0.256E
9.193
0.123E 01
9.293
8.143
9.392
__
~
BY lt13.
UNU E
P_ _
9.492
9.592
9,-642-
9.692
9,742
9.792
9.8429.892
9.-942I
-
U1
01
01
'
01
U.1 44t
U02
U0.99t UO
0.542E
0.849E
0.863E
0.566E
0.701E
01
01
01
Ot
01
,
:;14E 0o
0,645E 01
r.~~rr
h
0.612E 01
0.123E
.228E
0.132E
0U.11ii
0.211E
0.U128E
0.161E
0.245E
0.147E
0.181E
0.250E
iar~
0i
01
01
01
0
01
O
01
01
01
01
01
~r
0.190E 01
0.991E 00
0,77ME Ot
0.512E 01
0.102E 01
0.149E 01
0.992E 00
0. 107E 01
0.570E 01
0,844et
0.822E 01
0.446E O1
0.602E 01
0.137E 01
St0O4E 0i
0.372E-00
0.150E 01
0.387E 01
0.134E
0* 143E
0.120E
O. t54E
0.608E 01
__ __II ___
~
t
t
Oi
01
0t
01
Oi
0.I125E 01
- 169E O:
0.213E 01
0.I164E 01
__ oIr._____
___
'v.
v
~
0.195E 01
0284E 01
0.180E 01
00625E 0 i
0.570E 01
0*.2tE Ot
0.469E 01
0.381E 01
0.333E 01
" 568e 0"
0.469E 01
0 394E 01
0.144E 01
0-283- t
AND
lo
AN ANALYST
UOF
THE AUTU POWER SPECfRA AND
UHEREENCY AMPLIIUDE
PHASE FOR THE THREE COMPONENTS OF MAGNETIC FIELD AT FREOBG FOR
SEPI 16i
lU UtL 5, 195(. H~r1,
DENUIElD BY 1,2r,. HKLY VALUES
FREf
PUWERFl
PUWERFLZ
PUWERF3
CPO
GAMSQ/CPO
GAMSQ/CPO
GAMSQ/CPD
9.992
,o;47Z
10.092
to1 142
10.192
10.24Z
10,292
103 2
10,392
0. 442
10.492
10.592
i0.641
10.691
lO.tr
10.791
tO.841
10.891
10.9410.991
-tt041
11.091
11.191
11.291
11.391
i1*441
11.491
11.9541
0. 162E 01
,207fE
01
0.279E 01
0t
0.287E 0i
01
TUT
0. 149E 01
U.2l!iE T
0.233E
U. 13tE 01
0.213E
O.t98E OT
0.809E 01
0 158E
0. 170E
or
O 140E 01
01
0.118E
01
-o
0.178E
0.I
227r 01
0.283E oi
0. 178E 01
01
or
0.251E 01
-OT
0.172E
0.2421 01
ot
01
0.282E 010.263E 1
0 2691
0.297E 01
11.691
0.183E 01
0. 208B
0.243E
oi
0.151E 01
0.2321E Ol-
11.890
11.940
11.990
O.635E
oL
0.543E 01
U. 600E O
0.804E 01
0.384E
U420f
0.625E
0 ?79ZE
0.421E
01
Ot
01
o
01
0.335E
0.243E 01
0.SZTE 00
0.160E 01
U.L4test 01
0.636E
0. i55E 00
O
0.161E 01
0.969E 00
Q.176E 01
0.153t .u
0.133E 01
O.iT98E 01
0.710E 01
Oo558E 01
0.414E 01
01071t 0t
0.627E 01
0.5391 E0
0.356E 01
0U.346Et u01
0.612E 01
0.658E
0.675E
0.707E
0.660E
0.705E
0.93ie
0.789E
01
01
01
0i
01
O
01
0.120E 01
u.uItE o0
0.168E 01
0.123E u0
0.875E
.i24E
0.911E
0.607T
0.980E
O.7641
0.598E
0*106E
0.874E
0.5i2E
0.909E
0.684E
00
01 -00
00
00
00
00
01
00
00
00
00
0.358E-00
0.588E 00
0. 195E 01
ot
11.591
11.791
0.523E 01
0. 640E 01
0.842E 01
0.129E 02
0.494E-00
O*434E-00
0.475E 01
0.685E Oi
0.570E 01
0.684E
0.789E
0.102E
0.715E
0.742E
0.97iE
0.720E
0.457E 01
0.531E 01
0.537E 01
0.913E 00
00
00
01
00
00
00
00
AND
/I/
AN ANALYSiS OF IMt AUTO POUWEK 5tCTRA ANU COHERENCY AMPLITUD
PHASE FOR THE THREE COMPONENTS OF MAGNETIC FIELD AT FREDBG FOR
SEPT to TO UEC S, 1957. HtLZ, DEiNOTED Y 1 2,3. HRL VALUES
FREQ
COURL2 PHVL2
COUn3 PZ23
CH3LU PHL31
0.
0.85
0.44
-0.
0.74
0.u05
0.0
0.44
2T.
0u.o64
0.100
0.i50
0.200
0.250
0.300
0.350
0.400
0.86
0.84
0.60
0.51
0.49
0.41
0.50
0.70
0.86
0.63
0.40
0.25
0.41
0.19
-23.
-t2.
-15.
-51.
2.
5o.
84.
0.60
0.62
0.40
0.48
0.27
0.27
0.39
180.
162.
-176.
171.
175.
-104.
-165.
142.
-126.
6o.
U.39
129.
0.68
0.29
0.19
0.59
0.19
0.52
0.18
0.41
0.52
0.80
0.83
0.69
0.33
0.24
0.30
0.37
0.28
0.41
0.58
0.26
0.45
0.56
0.47
0.47
0.27
0.51
0.62
0.19
0.12
0.79
0.83
0.77
0.40
0.34
0.27
0.15
0.55
0.54
0.27
0.63
110.
99.
125.
98.
62.
-108.
7.
-34.
-65.
54.
55.
53.
33.
43.
8.
15.
34.
-38.
-31.
-71.
-123.
-72.
-46.
-868.
-69.
3.
7.
59.
24.
-3.
-1.
0.
-23.
7.
22.
-78.
-20.
3.
21.
20.
CPO
0450 0U.53
0.500
0.550
0.600
0.649
0.699
V.749
0.799
0.849
0.899
0.949
0.999
1.u049
1.099
1.149
1.199
1.249
1.299
1.349
1.399
1.449
1.499
1.549
1.599
1.649
1.699
1.749
1.799
1.849
1.898
1.9486
1.998
2.048
2.098
2.148
2.198
2.248
2.298
2.348
2.398
2.448
0.56
0.49
0.64
0,42
0.55
0.50u
0.22
0.35
0.21
0.92
0.94
0.81
0.36
0.20
0.43
0.53
0.23
0.08
0.41
0.70
0.47
0.43
0.49
0.43
0.24
0.44
0.20
0.43
0.23
0.85
0.89
0.
0.16
0.22
0.08
0.25
0.74
0.56
0.08
0.58
180.
175.
-169.
-t6.
-160.
-151.
-118.
-$1.
-88.
-150.
177.
1i77.
-176.
125.
83.
8.
45.
-70.
-99.
-114.
-110.
-105.
-146.
173.
-134.
-149.
179.
-37.
175.
166.
175.
-172.
-174.
-145.
125.
50.
168.
162.
-155.
-9.
-97.
-980.
111.
56.
-91.
-172.
169.
178.
-140.
138.
0.49
0.26
0,28
0.11
0.37
0.45
0.05
0.66
0.68
0.59
0.88
0.85
0.74
0.86
0.86
0.74
0.72
0.68
0.42
0.61
0.29
0.12
0.43
0.05
0.21
0.57
0.29
0.08
0.44
0.47
0.1
0.92
0.78
0.19
0.52
0.10
0.22
0.41
0.45
0.30
0.*2
101.
-15.
170.
-147.
-146.
82.
74.
94.
97.
61.
60.
67.
99.
94.
100.
113.
107.
i32.
173.
104.
61.
-145.
130.
-29.
-125.
-128.
-138.
-141.
-122.
102.
97.
89.
86.
133.
-103.
-32.
-157.
-140.
-162.
-177.
AND
//2
AN ANALiSL UOF
tHE
AUTO POKER SPECTRA AND COHERtENCY APLIUUUDE A
PHASE FOR THE THREE COMPONENTS OF MAGNETIC FIELD AT FREDOBG FOR
SEPT 16 TO DEC 5t 1957. MtDtZ, OEOTED
UltU2,3
BY
HLY VALUES
FRE
CPO
C
LUiid PI
CONU23 rML23
coLUn
0.64
0.38
0.52
-168.
-159.
174.
172.
-131.
125.
143.
85.
149.
0.63
0.45
0.58
36.
70.
57.
0.57
34.
0.21
0.28
0.59
0.54
0.60
38.
24.
-28.
-24.
-14.
84.
0.72
-20.
155.
148.
0.48
141.
0.53
31.
47
0.51
00.70
0.67
0.67
0.77
142.
1 53.
0.66
0.71
01-44
44,
41.
77.
54.
0.65
153.
0.56
0.42
0.23
006t
0.67
01.27
0.37
0*.50
0.18
33.
0.38
86.
2.498 0.48
2.548 U.Z
2.598 0.36
97.
37.
169.
2.648 0.6I
125.
0.55
89.
167.
151.
138.
-159.
0.18
0.20
0.12
0.33
0.22
0.46
0.21
0.44
0.15
0.32
2.698
2.746
2.798
2.848
2.898
-68.
-71i
-154.
0.75
0*.56
0.62
-1680
-
-141.
0.41
3.247
3.297 0.57
3,347 0.55
3.397 0.67
-177.
3.447 0.42
177.
3.497 0.30
153.
-177.
-142.
134.
154.
164.
3,547 0-.55
3.597 0.61
159.
3.647 0.34
3.697 0.41
0157
177.
3.797 0.39
3,847
3.897
09473.997
4.1047
4.097
4, 47
4.197
154.
0055
146.
0.48
0,56
115.
-
-
0.32
0.32
0.60
01.47
0.48
0.26
146.
-- 184,
-92.
-124.
0.59
-164.
-17.
I
-159.
-t57.
173.
144.
56.
1.
53.
18.
167--
0027-
-37.
0.15
21.
0.51
-129.
0.36
101.
0.45
. 17
0.51
141.
0.60
100.
0.33
41.
34.
38.
0.48
-130.
0.19
-114.
0.25
0.13
-115.
0.39
0.39
171.
4.596 0.25
4.646 0.37
4.696 0.53
0.60
4.796 0.54
135.
-156.
0.36
u.*23
0.56
0.73
-109.
-123.
-127.
-155.
0.76
4.896 0.46
74.
152.
-133.
-33.
.54
-144.
-174,
-178.
-t6s
174.
-149.
-154.
-i64.
-2*
42,
0*45
-76.
0.30
4,546
-2.
0.34
0.67
0.60
0.36
0.26
4.297
,3474.396
4.446
4.496
-7.
16.
-158.
-tftt
-68.
I I
ft
-
-IV*
0.
2.998 0.84
3.048 0.169
3.090 0.60
0.37
3. 10
3.197 0.52
PV z3
0,69
0.68
0.75
01.65
0.74 -166.
0.708
0.63
0.62
180.
0.43
0*62
U~e3
111.
--
-16.
-7.4.
-,20
d.Geb
IU
li3
AN ANALYSI
OF ITHE AUTO PO-ER SPECTRA AND COHERENCY AMPLITUDE AND
PHASE FOR THE THREE COMPONENTS OF MAGNETIC FIELD AT FREDBG FOR
1
TU UCto 5 17.
A)UtL
UENOTEO BY 12,3* HRKLY VALUES
P~TM
FCEQ
U 10
51 19
COi2
PHZi2
CPD
4.996 0.48
-172.
Ut
CON23
PHZ23
0.84
Cio3i Pnl3i
-168.
0.63
-25.
14*
-21.
-t38.
5.096 0.246
-137.
0.73
0.16
-161.
-164.
0.67
-176.
1i74
r
5.196 0.63
0.67
5.296 0.78
166.
-120.
0.56
5.396 0.49
5.496 0.05
5.596 0.50
145
-116.
-52.
-76.
5#645
5.695
5.745
5.795
5*845
5.895
5*945
5.995
6.045
6.095
0.23
0,23
0.432
-
0.48
I
6.994
0.45
7.094 0.30
0.36
-7,1447.194 0.41
-44.
-74.
176.
0*58
-62.
129.
0.76
0.56
-79.
0.40
-117.
-150
0.21
0.14
0.28
0.74
-179,
-163.
0.36
64.
-59.
0.47
40.
-21.
-16.
0.28
-97.
0.39
0.2i
0.34
33.
22.
14.
5.
-92.
t31
U.38
-94.
-113.
i320
92.
-159.
-139*-116.
0.13
4.,
281.
-178.
124.
153.
0.31
0640
0.50
0.31
161.
0.14
135.
-171.
0.40
-144.
0.50
-173.
-128.
0.56
-175.
-i11.
0.61
-134.
0.70
-79.
6.894
0.73
0.05
0.26
6.695 0.64
015
6.795 0.52
-50.
-34,
ii7.
-
0.33
0.89
148.
0.5i
0.19
-11.
0.45
0*67
0.32 I -tii7
6.195 0.06
60245
6.295 0.37
0.39
6.395 0.66
6.445 0.60
6.495 0.63
6,545
6.595 0.64
6.944
-24.
0.59
0.172
0.63
0.75
0,48
0.39
I
I
0.32
0.35
-7.
0.32
-83.
0.60
0.62
0.30
-60
~10
0.416
158.
0.60
160.
0.70
0.69
0.66
175.
143.
57.
97.
-27.
16.
0.33
-162.
0.62
-127.
0.,49
0.42
-156.
-150.
0.24
0130
-118.
0.59
0.62
0.57
-117.
I
I
-26.
-35.
-27.
-12.
-45.
-60.
-64.
-80.
-660
-47.
0.22
127.
0.73
-80.
7.294 0.19
-26.
0.32
0.49
149.
-75.
7.394 0.09
7,44 o.lc
36.
0*63
173.
0.53
0.58
0.586
-;63-
-;.~f~~
-82.
-6t.
~
AN ANALTYSS oF THE AUIU POUWE
SPECTKA A OU
CUMtKENCY AMPLITUEU
AND
PHASE FOR THE THREE COMPONENTS OF MAGNETIC FIELD AT FREDBG FOR
SEPT 16 U UtO
C 5t 1 957. Ht"tZ UtNtEtU BY i,2,3. HRLY VALUES
LUMHi
V~l.t
Cu23 PZLL23
COUn
7.494
1.544
7.594
7.644
7.694
7.744
7.794
7.844
7.894
0.11
0.08
0.24
0.05
0.27
0.05
0.37
0.57
0.26
56.
i37.
-165.
ti0.
-11.
-2.
85.
49.
9.
0.51
0.7
0.63
0.Vi
0.28
0.42
0.49
0.28
0.60
171.
157.
148.
126.
59.
92.
94.
103.
132.
0.26
0.68
0.82
0.73
0.72
0.50
0.05
U.18
0.19
-44.
-26.
-22.
-26.
-36.
-31.
79.
-1.
1.
.944
0.48o
-l5.
0.68
i45.
O.11
174.
7.994
8.044
8.094
8.143
8.193
8.243
8.293
8.343
8.393
8.443
8.493
6.543
8.593
8.643
8.693
8.743
8.793
0.40
0.58
0.38
0.30
0.35
0.08
0.07
0.27
0.10
0.35
0.49
0.oi
0.20
0.45
0.49
0.34
0.26
-127.
-151.
-131.
-144.
-144.
-123.
147.
-161.
-126.
-89.
-105.
-1i26.
104.
-124.
-109.
-56.
-29.
0.59
0.66
0.66
0.51
0.47
0.29
0.25
0.30
0.22
0.37
0.36
0.1
0.31
0.29
0.06
0.24
0.15
141.
150.
165.
147.
152.
157.
140.
169.
-148.
175.
163.
168.
118.
121.
53.
-36.
-9.
0.18
0.59
0.39
0.41
0.44
0.60
0.64
0.75
0.58
0.08
0.44
0.49
0.32
0.33
0.09
0.22
0.68
18.
1.
-25.
11.
-18.
-93.
-25.
-36.
-48.
-69.
-76.
-68.
141.
153.
147.
-97.
-123.
0.00
178.
0.20
0.21
145.
0.39
0.55
0.20
FtEQ
PHnL3
CPO
._
-
-
_-
_.,.A
-A.
we
8.893 0.06
-81943
8.993 0.46
I
-16.
52.
9.043
6i.
9.093 0.61
0152
78.
9.193 0.28
79.
-A
._
0.49
9.293 0.09
9 343 0.42
9.392 0.06
123.
9.492 0.19
-50.
17.
104.
__
,
-t34.
-rs
-93.
0.35
64.
68.
15.
0,27
-12.
0.35
-95.
0.42
0.23 ~
I
9.243 0.,4t
-
Z5
0.63
~
0.127
0.06 -129.
0.57
0*2t I
0.20
-39.
-66.~~i
-120.~l
-13:,.S
-I05.
0.33
27.
I I
9.592 0.63
123,
170.
0.26
0.24
0.42
I
-10.
--
7.hr
120.
0.56
9.692 0.56
0.36
9. 74
9.792 0.16
-174.
-139.
0.23
0.36
0.25
9,842- 0.43
9.892 0.47
9.942 0.65
170.
-161
0.39
0t*43
118.
1390
-179.
-164,
151.
-t.
0.24
0.29
0.30
0.35
oost
0.37
0.2037
0.28
Wotr?-
-
--43.
30.
-Z.
AN ANALtYSS OF THE AUTO POUW
SPECTRA AND COHERENCY AMPLITUDE AND
PHASE FOR THE THREE COMPONENTS OF MAGNETIC FIELD AT FREDBG FOR
SEPt 16 IU Ut
, 19573
nHOtUI
UtENOltD Y i9b23. iRLY VALUES
EQC
LUOi2 PrML2
CPD23 PZ2LL3
M31i PHZ3v
CPD
9.992 0.49 -113.
-0.042
.TtZ
10.092 0.13
-86.
i0*342
I I
10.392 0.23
10;.442
10.492
40.542
10.592
0.684V
10.691
0.33
159.
0*29
152,
0.38
117.
118.
0.17
-56.
t32.
0.35
153.
I
173.
83.
0.08
0.04
0.31
10.791 0.30
10.841
10.891 0.44
10.941 0.42
10.991 0.54
88.
0.53
I
)l
b80.
87.
0.31
lI
-13.
0.64
11.091 0.19
46.
-t6.
0.49
0*13)
11.191 0.15
-90.
0.46
0135tj
60.
-105.
36.
-23.
ti.-441-46.
11.491 0.21
-to?
0,481
-125.
11.591 0.03
0,41tt,64t
27.
11.691 0.42
I I
13.
11.791 0.33
0.41
11.890
I I
I
-113.
0.52
11.
-86.
-10.
0.30
-26.
31.
4,
-15.
0.44
0.65
0.52
-70.
0.35
-31.
0.50
I
0.22
0.17
18.
0.54
0.4t
0.16
I
-5.
48.
42.
J23.
0U.53
0.22
4.
0.46
9.
0.13
1.
12.
16.
0.09
19.
4.9*
139.
-40,
39.
-29.
0.59
0.52
0*
0.55
35.
5r*
0.55
0.62
0.42
21.
0.81
14.
35.
-15.
-27,
-34.
-4t*
-89.
0149
8.
56.
-00
0.34
0.33
8.
69.
11.291 0.13
1i.34t
11.391 0.13
32.
53,
0.48
-100.
-111.
0.26
0.37
0.27
0.41
11.990
74.
-169.
131
0.59
0138
0.07
10. 192 0.23
104292 0.16
0.30
0.60
0.33
0.55
-95.
109.
21.
59.
37.
-71
-22.
13.
0.26
-2.
0.60
20.
-0.
28.
48.
69.
-31.
0,54
0.19
-0.
// b
AN ANALYSIS OF THE AUTO POWER SPECTRA AND COHERENCY AMPLITUDE AND
PHASEC
FOR ruTHE THruiEE COMPONENTS OF MAGNETIC FELD AT SANjAN FnOR
SEPT 16 TO DEC 5# 1957. HD,Zt DENOTED BY 1,2t3. HRLY VALUES
FREQ
POWERF1
POWERF3
POWERF2
0.150
0.200
0.250
0_300
0.350
n000n
0.450
A 500
0.550
A0n00
0.649
0A99
0.749
0,799
0.849
0899
0.949
0.999
1.049
10099
1.149
1 199
1.249
1_299
1.349
1:O399
1.449
10499
1.549
1.5_99
1.649
1699
1.749
1-799
1.849
0-423E
0.346E
0.L55E
0.438E
0!46E
0.928E
0 -R44f
0.372E
0n31tE
0.436E
0lA360
0.212E
0-38RA
0.349E
0-719P
0.348E
0283E
0.196E
O-216E
0.559E
n4143E
0.431E
0o1731
0.139E
0-94OE
0.106E
0-1nti
0.799E
0n n0E
0.921E
n0893E
0.320E
0l3n0
0.280E
0-256E
0.320E
0.41IE
0.730E
04
04
04
04
04
03
03
03
03
03
0
03
03
03
03
03
03
03
03
03
03
03
03
03
02
03
03
02
02
02
02
02
02
02
02
02
02
02
0313E
0.234E
0149E
0.149E
0..85_E
0.985E
0.91,3E
0.931E
n0939E
0.132E
0. 143E
0.102E
0,144F
0.121E
0-637E
0.499E
0:A559E
0.848E
0144 E
0.314E
0_53E
0.245E
0162E
0.654E
0nR872
0.105E
,nE
06n
0.540E
0-n595
0.570E
0n849E
0.745E
0 7 79O
0.729E
0-276F
0.427E
On03E
0.158E
02
02
02
02
01
01
01
01
n0
02
07
02
02
02
01
01
01
01
02
03
03
03
02
01
n1
02
no
01
01
01
01
01
01
01
01
01
02
02
0.830E
0_,87E
0.687E
0 108E
0.191E
0n.248E
0.249E
0,467E
0.239E
nnOE
O.131E
0n783E
0.601E
046.eF
0.497E
0.518F
0.478E
0.566E
0.502E
0n-383E
0.407E
0.365F
0.341E
0-5l7F
0.708E
1.948
1.998
2.048
2.098
2.148
2,!98
2.248
2,298
2.348
2Q398
2.448
0.109E
0.17TE
0.118E
0.483E
0.321E
0n~218E
O.127E
0:165F
0.208E
0.121E
0.940E
03
03
03
07
02
02
02
02
02
02
01
0.234E
06331F
0.127E
0.111F
0.359E
0-396F
0.385E
o.199F
0.20TE
0194F
0.134E
03
03
03
O2
01
01
01
01
01
01
01
0.594E
0.860F
0.345E
0336F
0.284E
n. 22F
0.119E
O.972F
0.155E
0183F
0.223E
r.n
0.050
o0oo
01-T1E
0.889E
0.117E
O.114E
0-402E
0.176E
A-162E
0.136E
nO.3n2
0.105E
0.nOOE
0.985E
0t117E
04
03
03
03
02
02
02
02
02
02
02
01
02
01
01
01
02
02
02
03
03
03
no2
02
01
01
01
01
Ot
01
01
01
0
01
01
01
01
01
02
02
02
01
01
n
01
00
01
01
01
//7
AN ANALYSIS OF THE AUTO POWER SPECTRA AND COHERENCY AMPLITUDE AND
PHASE FOR THE THREE COMPONRlUNTS OF MAGNETIC FIEiLD AT SANIAN FOR
SEPT 16 TO DEC 5, 1957. HDtZ, DENOTED BY 1,2,3. HRLY VALUES
FREQ
POWERF1
POWERF2
POWERF3
CPr
GAMS.rCPD
GAMSQrCP
GAMSQaCpo
0.229Eo
01
0-357E 01
0.237E
0.353E
0.401E
0250E
0,350E
0-592E
0.837E
0A11935
0,437E
0-579E
0.181E
0n402E
01
0.245E
O.812E
0
0.107E
0An9E
0,959E
0-153F
0.207E
0-4AOF
0.113E
0134F
0,660E
0 729E
2498
0 996E 01
2.548
2.598
2.648
2_.A9
2.748
2798
2.848
2-.898
2.948
2-998
3.048
3-098
0.836E
0.164E
0.221E
0-198E
0.164E
0n18_2E
0.135E
nO.9AP
0.166E
0269E
0.237E
00176E
3.147
0.183E 02
31917
3.247
3.297
3.347
3.397
0119E
0.144E
0-140F
0.107E
0-.14E
3.447
0.126E 02
3.497
3.547
3.597
3.647
3.697
3.747
3.797
3.847
3.897
3.947
0t116E
0.178E
0 132E
0.728E
0-130E
0.102E
32E
0
0.715E
0112E
0.112E
3-997
0844.E 01
f0877E o1
0.119E 01
4.047
t4.002
4.147
0.910E 01
0.281E 01
0.123E
071t
n~
64.97
4.247
01
02
02
02
02
02
02
Ot
02
02
02
02
02
02
02
02
02
02
02
02
01
02
02
n0
01
02
02
01
n01
01 •
01
01
n
02
02
02
01
0.297E 01
0.321rE
0.216E
0-931E
0.172E
0-176E
0
01
00n
01
01
0.124E 01
0A13BE
0.136E
0-202F
0.298E
0238E
0.138E
n0p9E
0.271E
n0268F
0.778E
01
01
01
01
nn76agE
01
01
01
01
o
01
01
00
01
01n
00
01
01
O1
02
02
01
01
0.159E 01
0-!37E
0.112E
720E
0.914E
0-146E
01
01
00
00
01
0.130E 01
A-135E 01
0.138E 01
0 8s4F 00
0.798E 00
on
0.996E
n0loSE
0.726E
0125E
0.144E
00
01I
00
01
01
01
1
-143 01
n,16
0.403E 01
0.313E 01
0.126E 01
On50nE 01
nZ91E ni
0.5aS
no0
0.634E 01
0.181E 01
0.787E
00
44297
4.347
0-.462 o01
0.263E 01
0A139 01
0.746E 00
0n.868F O0
0.595E 00
4.396
0,:542
n061
4.446
4.496
4.546
0.516E 01
O409E 01
0.681E 01
0.135E 01
2E 01
0613F
0.898E 00
0.618E 00
,566F 00
0.677E 00
4.596
4.646
0*500E 01
0.319E 01
0.106E 01
0.178E 01
0.719F 00
0.468E-00
4,696
0.380F 01
0LR87F 01
03Q91E-00
4.746
0.411E 01
0.116E 01
0.365E-00
4.796A
0298F 01
0n109F 01
0-342E-00
4.846
0.348E 01
0.864E 00
0,420E-00
.896
0,409nE 01
0.157
4.946
0.284E 01
0.519E 01
n
010
A
F
0n
01
nto
00
n,439F-00n
0.661E
00
/18
AN ANALYSIS OF THE AUTO POWER SPECTRA AND COHERENCY AMPLITUDE AND
PHASE FOR THE THAEE COMPONENTS OF MAGNETIC FIELD At SANJAN FOR
SEPT 16 TO OEC 5, 1957. HD,Zt DENOTED BY 1,2,3. HRLY VALUES
FREQ
POWERF1
POWERF3
POWERF2
0108th
i
00
4.996
O.407E 01
00..5M
5.046
0.353E 01
0.152E 01
0.557E 00
509Q6
0I359E 01
0-905E
5.146
0.390E 01
o0
0.138E 01
O.8o0E 00
0.436E-00
5.196
0.380E 01
0-120E 01
0-244E-00
5.246
0.408E 01
0.127E 01
0.394E-00
5-296
0341E 01
0:182E 01
n,304E-00
5.346
5.3a6
5.446
0.348E 01
n 305E 01
0.201E 01
0.133E 01
0 72E 00
0.110E 01
0.178E-00
n0173E-0n
0.213E-00
54-96
0A225E 01
0:172E 01
02.44F-00
5.546
0.373E 01
0.133E 01
0.289E-00
5.596
0~4a8E 01
0n750E no
n2=69E-00
5.645
0.252E 01
0.746E 00
0.185E-00
5695
n97E 0t
0S590n
0n162F-00
5.745
0.168E 01
0.368E-00
0.125E-00
5-795
0°226F 01
0.772E n0
Ol4S0E-O
5.845
0.357E 01
0.777E 00
0.211E-00
5 895
na33Et
0 653E- 00
n0
0n35t-00
5.945
5-995
6.045
6A095
6.145
6-195
6.245
A-295
6.345
0.422E
0A689E
0.562E
0,2834
0.486E
0-388E
0.227E
nA.3n
0.233E
0.121E 01
0-131E 01
O.105E 01
0-727E o0
0.571E 00
0:463E-00
0.399E-00
nOk440E-0
0.709E 00
0.410E-00
0-2722-00
00229E-00
0=323E-00
0.234E-00
02119E-00
0.243E-00
0 t7E-00
0.114E-00
6:395
n0237E n01
0838E nO
0998E-01
6.445
AQ495
6.545
6a595
6.645
6Q695
6.745
6.795
6.845
6A.894
6.944
0.259E
n0
8E
0.191E
0.199E
0.221E
0712E
0.159E
0,220E
0.195E
o,16E
0.139E
01
01
01
0t
01
01
01
01
01
01
01
0.119E 01
0151E 0t
0.986E 00
0791E nO0
O.105E 01
O,983F 00
0.689E 00
0.742F 00
0.675E 00
0.483F-00
0.690E 00
0.103E-00
0nr1E-00
0.956E-01
0-110E-00
0.I9E-00
O,86QF-01
0.703E-01
0,931F-01
0.992E-01
, 15OF-00
0.145E-00
6,994
n,145F 01
01339F 01
la145F-0
7.044
7.094
7.144
7194
7.244
7-:94
7.344
7.394
7.444
0.224E
0.308E
0.246E
n0l!98E
0.216E
0n:2in_ o
0.227E
0.1 50
0.111E
01
01
01
01
01
0.117E 01
n.436E-00
0.666E 00
0nn0E 00
0.570E 00
0.996E 00
0.104E 01
0.738E 00
0.501E 00
0.168E-00
0.104F-0n
0.760E-01
0.159F-00
0.171E-00
0.137E-00
0.128E-00
0. 821-01
0.902E-01
01
01
01
01
01
01
01
n
01
01
01
01
00
li1
AN ANALYSIS OF THE AUTO POWER SPECTRA AND COHERENCY AMPLITUDE AND
PHASE FOR THE THREE COMPONENTS OF MAGNETIC FIELD AT SANJAN FOR
SEPT 16 TO DEC 5, 1957. HpDZ DENOTED BY 1,2,3. HRLY VALUES
FREQ
POWERFI
CnD
CAMsnlrpn
POWERF3
POWERF2
aAr
icn
D
AMQ/PCPD
7.494
7.544
0.133E 01
0,497E-0O
O!0A8E-OO
0.109E 01
0.694E 00
0.145E-00
7.59
0-133E 01
0 722E 00
01i31E-00
7.644
0.139E 01
0.713E 00
0.751E-01
7jO64
O113E a
0.656F 00
7.744
0.117E 01
0.994E 00
0826E-01
0.988E-01
7.794
0-1.54C 01
0-152E 01
011i4E-n0
7.844
0.205E 01
0.129E 01
0.843E-01
7894
A0.23E 01
0-822E 00
0751E-01
7.944
0.264E 01
0.892E 00
0.804E-01
7-994
Ot!9IF Oi
0.10OE
8.044
0.126E 01
0.825E 00
A8094
0n,75E 01
0,682E
00
0.792E-01
8.143
0.207E 01
0.488E-00
0.108E-00
8-193
0276AE 01
00
0-134E-00
8.243
0.267E 01
0.678E 00
0.127E-00
8293
0205E 01
O 105E n01
0-137E-00
8.343
0.179E 01
O.117E 01
0.112E-00
8.393
0.155E On
0nn604
no
0n574E-01
8.443
0.191E 01
0.473E-00
0,663E-01
8.293
nt166E n1
n0452E-nn
n0470E-01
8.543
0.111E 01
0.316E-00
0.646E-01
8593?
0-112E 01
0287E-00n
0A876E--n
8.643
0.137E 01
0.464E-00
0.931E-01
a.693
014E
01
0-523E 00
ninn-00
8.743
0.128E 01
0.559E 00
0.720E-01
8
021E
o0
0±60!-O1
0.663E-01
93
01I
A60lF
0-952E
ni
0o942EQ-0
0.721E-01
8.843
0.177E 01
0.913E 00
8893
n213E n
0n602E n0
n
0n643E-01
8.943
0.177E 01
0.471E-00
0.943E-01
84993
60E on
n,0258E-nn
n0
9.043
0.162E 01
0.219E-00
0.963E-01
9n093
0 1 34E
0-5317E
0
07139E-01
9.143
0.116E 01
0.740E 00
0.681E-01
904193
9.243
9=293
9.343
9=392
0817E
0.121E
0.154E
0.112E
0n199E
nO
00
O0
00
n0
0.964F-01
0.883E-01
0n697F-01
0.114E-00
0.11 F-00
9.442
0.186E 01
0.394E-00
0.728E-01
9,492
0.107E 01
0n.69F-00
0n502F-01
9.542
0.795E 00
0.245E-00
0.496E-01
9,592
0.671E 00
n0
0n601o
0nn10F-00
9.642
9 692
9.742
9.792
9.842
0.147E
0n.58E0.874E
0,613
0.IIIE
01
01
00
o0
01
0.762E 00
077 00
0.423E-00
0398RF-O0
0.743E 00
0.116E-00
n0RF-n
6no
0.657E-01
0*870F-01
0.734E-01
94,92
0.129F ni
0.666F 00
0400F-01
9.942
O.120E 01
0.639E 00
0.639E-01
00
01
n0
01
n
0.635E
0.580E
0.733E
0.799E
n0611E
E-n00
/20
AN ANALYSIS OF THE AUTO POWER SPECTRA AND COHERENCY AMPLITUDk AND
PHASE FOR THE THREE COMPONENTS OF MAGNETIC FIELD AT SANJAN FOR
SEPT 16 TO DEC 5, 1957. H,Dtl, DENOTED BY 1,2.3. HRLY VALUES
FREQ
POWERFi
POWERF2
POWERF3
CPD
GaAMSQiCPD
GAMSQ0CPD
GAMS!!CPD
0
10.042
10.142
1O,-2
10.242
10.342
10.442
10.542
10.641
1365
Ol
0,107E 01
0-141E
0.129E 01
00
0.636E 00
0922r 00
0.850E 00
O0
0.748E 00
o0
n0=719
0.985E 00
O0
0,857E 00
a.9551-0-
0.412E-00
0.108E-00
0-
0.794E 00
1 P-00
0.862E-01
0InEAn
no
0.444E-00
0.795E-01
0.428E-00
0.396E-00
0.616E-01
0 591E-01
0.697E-01
0 765
On0
0f.608E-0I
0.717E 00
0.417E-01
0,486F-0'
0.606E-01
0-.42sE-OI
0.360E-01
0,560F-01
0.668E-01
0,585F-01
0,315E-01
0.909E 00
11.141
0.114E 01
00
0o.508E 00
00
0.845E 00
0-6 99E 00
0.590E 00
00
0.833E 00
11.241
0.755E 00
O0
on
0.327E-00
0.339E-01
11,341
0.919E 00
0.837 00
00
0,854rE 00
00
0.663E -000 1548ar
00
0.679E
_of
0.114E 01
0,83GE 00 I
.O718Etooa~
0
0.456E-00
0.760E 00
0.643E-01
0*916F-01
0.785E-01
0a
0,897F-0!
0.586E 00
0.108E-00
0.72TF-nl
0.470E-01
11.940
0. 664E 00
0.676E 00
0.130E-00
114990
0.bsOF 00
0.102F
01
0,227F-00
10.741
10.841
10.941
11.041
0.548E 00
n- 445-nn
0.331E-00
0=5001 nn
0.792E 00
0.682E 00
0.798E 00
0-68S1
11.441
11
4ot
ll.541
11.641
11.741
L1.791
11.841
0
0.39F-00
0,Q96F
0.633E-01
0.549E-01
0,387E-01
0.517E 00
O.608F on
0.670E 00
0515F O00
0.411E-00
0.3q5~-0O
0,385E-01
0-484F-01
O.615E-01
O.4QF-0I
/21/
AN ANALYSIS OF THE AUTO POWER SPECTRA AND COHERENCY AMPLITUDE AND
PHASE FOR THE THREE COMPONENTS OF MAGNETIC FIELD AT SANJAN FOR
SEPT 16 TO DEC 5,
FREQ
CrP
COH12 PHZ12
1957.
HD0,Zt
COH23 PHZ23
-0r---- 0005
11QQ99
11
1.249 0.0936
1.299 0.09
Gr7+-
0.66
159.
-25.
0.87
169.
37.
0.86
.86-
157.
0.16
-120.
0.69
179.
178.
0.10
-40.
0.66
0,66
177.
-120.
-124-136.
0.24
---49,-172.
0.68
-179.
0.20
-28.
0200-0.54
0.47
0.14
0.41
0.44
0.51
0.70
0,34
0.62
0.36
0-.05
0.10
0-26
0.08
n 14
0.81
0.6
0.74
0.17
HRLY VALUES
COH31 PHZ31
-- 18ts
134.
0.050 0.20
0.00-078 ---168-0.150 0.74 -153.
0.250
0.300
0.350
0.400
0.450
0.500
0.550
0.600
0,649
0,699
0.749
0-799
0.849
0n 99
0.949
0.999
1.049
1.099
DENOTED BY 1,2t3.
179.
0.57
-- 160-
0.73
--- ,630.43
----4.2E-
-44.
166.
-
-- 46.-
1700 75
-175.
0.63
-
117.
0.12
-63,-
-141.
153.
12.
129.
0.52
0,4 0.94
0*97
154.
0.68
0.46
1
7_
0.39
-137.
0.75
121.
146.
93.
96.
~
96,
002
0.49
64.
0.45
0.65
92.
0.20
Ali!
137.
0.73
7A
n
Is
t
_&a
115.
44.
99,
128.
^
2a
-00
-119.
-Q.
-122.
151.
-135.
0.33
1.349 0.17
1.399 0.07
1.449 0.56
-74.
1.499 -0.60
1.549 0.49
1 -19.-
1 509 0 36
1.649 0.41
1 AGO n * C
1.749 0.24
039
0799
1.849 0.38
1.898 0:39
1.948 0.62
1,998 0.77
2,048 0.74
2-098 032
2.148 0.27
2-198 0A-7
2.248 0.04
161-
-172.
151
-166.
-103
-175.
-175.
-162.
-117.
21.
-79
-129.
0.63
0:79
0.63
0-70
0.93
0.94
0.90
0.64
0.38
0-48
0.41
84.
88
102.
116.
77.
72,
70.
87.
52.
7~
124.
0.27
036
0.29
070
0.59
0.76
0.65
0.38
0.10
0.23
0.14
-150.
142.,
-179.
-96106.
109,
104.
13,
-40.
143
78.
2298 0:28
-10i
048
176.
0.44
-102.
2,348 0.29
2:398 021
2.448 0.52
-95.
-149107.
0.19
0.36
0.47
-3.
-3.
78.
0.39
039
0.32
-144.
165.
146.
0.03
150.
0-38
133.
71.
165.
0.53
0.52
0.47
74.
0.53
77
118.
i
-172.
-172.
0.60
-150.
0.22
-159.
A -
-11_
Q1
0.48
A
2A
75.
0-1
a
-
/2Z
AN ANALYSIS OF THE AUTO POWER SPECTRA AND COHERENCY AMPLITUDE AND
N JA N FOR
DENOTED BY 1,2,3. HRLY VALUES
SEPT 16 TO DEC 5, 1957. H1,,D,
PHASE FOR THE THREE COMPONENTS OF MAGNETIC FIELD AT
FREQ
CPO
COH12 PHZ12
2,498 0.49
2.548 0.20
-f02 0
-159.
COH23 PHZ23
COH31 PHZ31
0r630.60
61.
0.31
172.
0.25
72.
155.
0.47
64
0.50
75.
-88.
96.
0.29
0,214
0.24
0.37
0.13
-167.
0.04
0.04
-26.
65.
-176.
a598 0.29
2.648 0.12
2.6948 0.20
2.748 0.15
2.848
2.398
2.948
2.9983.048
3-098
3.147
3.197
3.247
--+14,
-13.
12.
24.
-34.
0.10
0.1
0.15
0.s
0.40
0.24
0.06
0.23
0.18
-126.
-118.
--94-.-
-59.
-180,
162.
0.93
0.73
71.
7383.
-
0.02
142.
32.
0.48
81.
83.
121.
0.39
0.28
79.
900126.
-96w108.
0.41
0,60
123.
156.
178.
Ar
-449
-61.
0.36
-1.
0.32
0.56
0.51
4
145.
3.347 0.11
092
0*66
0.41
I
118.
3.447 0.27
3417 0.21
151.
3.547 0.36
3 597 058
3.647 0.45
142.
3.697Q.A46 -144w3.747 0.39
121.
-----
0.70
0.37
0.12
159.
3 897 0-06
36-
3.947 0.54
430997 0.52
4.047 0.17
-35.
0.49
0 39
0.56
0.50
57.
-460
-69.
0.48
0,48
0.33
0.27
0.36
75.
9196.
0.09
--- 1-61. _
3.847 0.22
0.31
0-54
0.54
I
142w
103.
24,
73.
137.
83.
-100.
0.35
-104.
- 1t &
-112.
-1
tA
18.
0.19
130.
49.
0.24
n.7
--------- ---- ---- --- ---- ---A ^
f
v
0%
179.
0.11
L
4.147 0.23
-145.
0.39
0=37-
4.197 0.-13
4.247 0.30
-84.
0.46
£&7Q7
-RO _
(_A7
4.347
4 396
4.446
4.496
4.546
4b596
4.646
4-Q696
4.746
4.796
4.846
4-896
4.946
f l)
37.
I&A,
-95.
0.39
-12:
'0~
0.23
-66.
022 -101.
0.57 -134.
0.54 -144.
0.41
153.
13-,
046
0.43 -180.
0.46 -155,
162.
0.51
0:54 ' 146.
160.
0.58
0.45
0,02
0.12
0.21
0.26
0.T1
0.37
07
0.23
0.04
0.19
0.25
0.68
44.
-31.
-129:
-127.
-84.
7.
45.
48.
31.
-44,
-139,
116.
33
53.
0.32
0 11
0.48
0,46
0.54
0.51
0.35
.06
0.29
0,26
0.42
0.57
0.48
67.
67.
7N-
-127.
69
75.
9,
79.
73.
104.
-130,
-34.
0161.
176,
165.
/23
AN ANALYSIS OF THE AUTO POWER SPECTRA AND COHERENCY AMPLITUDE AND
PHASE FOR THE THREE COMPONENTS OF MAGNETIC FIELD AT SANjAN FOR
SEPT 16 TO DEC 5# 1957, H#DlZt DENOTED BY 1,2,3. HRLY VALUES
FREQ
CPD
COH12 PHZ12
4.996 0,29
COH23 PHZ23
130
5.046 0.41
56,
COH31 PHZ31
-- &geT
so,
0.41
i66.
15.
0.18
-78.
136.
-143.
0.35
0,30
-- 54,-
0.48
I
5.146
5.i96
5.246
5.296
5.346
5.396
5.446
5-.496
5.546
5.596
5.645
-179.
-00-121.
0.35
0.29
0.39
0-59
0.44
o.-5s
0.36
0.236
0.23
0.30
0.36
5.745 0.42
50795 0.11
5.845 0.20
-74.
-78.
81,
4.49-
-
0.294
63.
0.37
0.31
0,29
24.
0.38
53,
39.
21,
-
-31.
409.
-61.
-127.
-176.
-158.
I
0-24
5.
0.04
0.32
0. 316
-24.
---
0.-326
-39.
0,38
108.
0.67
42.
0.41
0.25-
-7.
14
-
4.
0.33
0.33
-3,
0.25
-0 -1120.19
0.35
0.35
-95.
-
124.
5.945 0.47
-32.
0.41
108.
0.61
-142.
-n
-92.
5,995 0 39
-82
0,53
137
0 35
-82.
0,50
0-32
0.37
0-27
0.19
0A 9
0.04
026
0.05
-118.
-102-4.
-2.
110.
33.
116,
141
170.
0.42
0026
0,33
037
0.13
0.36
0.64
0 52
0.13
92,
33.
-15.
6273.
-1343.
69:
102.
0.31
0-33
0.38
0.36
0.19
0-20
0.18
0 18
0.33
39.
47
5.
12:
30.
18,
75.
109,
153.
6-495 0-07
76-
018
1246
0-44
158.
6.545 0.34
6-595 0-32
6.645 0.70
80.
-21
-35.
0.33
028
0.37
169.
-1010
-26.
0.26
0152
0.37
102.
82.
15.
6.695 n063
6.745 0.54
6-795 0.31
-35:
-82.
-108-
039
0.14
0-16
-14
163.
81-
0.38
0.31
0,41
-72.
-28.
-60.
6.845 0.11
167.
0.46
-16.
0.29
-87.
6.894 0,23
94.
0.29
39o
0.49
-Q99
6.944 0.14
6.994 0.19
7.044 0.25
7.094 0.22
7.144 0.39
7 194 055
7,244 0.12
7-294 011
7.344 0.40
7394 0-43
7.444 0.19
25.
0.27
39,
0.39
-84.
-99.
0.23
174-
0.36
-62.
-29.
-14.
-53.
-725
-24,
38:
90.
89.
10.
0.27
0.52
0.02
0,34
0.28
0.21
0,22
0.36
0.36
118.
7.
104.
84
109.
142,
88.
74.
64.
0.60
0.37
0,33
0.34
0.24
0.16
0.27
0.37
0.58
-56.
-59-144.
-A67
-30,
728
-63.
-90.
-32.
Aa
6.045
6.095
6.145
6 195
6.245
6-295
6.345
6-395
6.445
0,
*n
,0_
0
A.
8.
43
/24
AN ANALYSIS OF THE AUTO POWER SPECTRA AND COHERENCY AMPLITUDE AND
PHASE FOR THE THREE CrMPONENTS OF MA NETIC FIELD AT SANAN FOR
SEPT 16 TO DEC 5, 1957. HDZ, DENOTED BY 1,2,3. HRLY VALUES
FREQ
CPD
COH12 PHZ12
-7494 0.22
7.544 0.24
-7S94
7.644 0.35
4694
7.744 0.19
7.794 0-21
7.844 0.16
COH23 PHZ23
COH31 PHZ31
0.26
0.35
-5.
0.14
0.19
-127.
-10.
0.36
9.
0.42
-35.
-58. ,
0.29
23.
0.21
164.
154.
0.23
-143.
0.40
-29.
21.
0.78
0 36
0.16
c 37
0.12
0.16
-34.
0.24
-153.
-
--40.
- rp? -
-
0.33
7.944
7 *9944
8.044 0.74
17.
0,51
20-
8.143 0.52
0..24
8.243 0.13
-16.
-
7.
54.
128.
0.-30
-60.
.
-154.
4 1
I
I
8.343 0.20
0.37
8.443 0.26
8 A,3
YI
•il dp
0
VI.C
p
1?
177.
118
0.17
is
0AlM
0.25
4b
0.38
W
179.
0.56
-47.
0.33
8.743 0.21
A
3t
-34.
0n322
0.34
8.843 0.45
-123.
8893 0.42
-140
8.593
8.643 0.35
0,28
-RQ
-8
r.
A IT
-61.
sl
0.46
4'
a 1
-m -. .
f %e
h
8.543 0.15
n
-60.
-
0.32
0-51
0.60
U036
-62.
0.52
_- L
- me
-O
I*
-
-7.
168.
-143.
-I
7
~~1Z?CV
-149.
'
1
V
u
140.
tflC
0.17
-,
mo A-
125.
--
84
-135.
0.15
-49.
0.28
136.
0.17
-119.
0.30
111.
0-25
-155
011
63:
130.
-p1Ai~~
8.943 0.16
-97.
0.34
40.
0.34
8.993 019
32-
0-64
28
042
-76
9.043 0.25
37.
0.46
60.
0.55
-114.
9.993 A028
21-
0-27
73-
0-27
-172-
9.143 0.43
-13.
0.23
-43.
0.46
106.
9.193 0:29
-58R
0.35
-38-
04!1
87.
9.243 0.18
135.
0.27
-36.
0.22
72.
90293 0,16
67.
0.46
-74,
0,12
57.
9.343 0.20
149.
0.57
-52.
0.09
-123.
90392 0o17
9.442 0.37
9.492 0.41
-65.
-26.
58.
0.48
0.21
0.05
-48,
-115.
119-
0.?
0.38
0.36
132.
133.
173.
9.542 0.50
-5.
0.16
-62.
0.17
91597 0,22
79.
0.19
-154.
0, 7
-175,
9.642 0.16
-31.
0.34
-167.
0.39
-146.
9:692 0o24
-61-
0,31
-1-64o
0.4
-15.
9.742 0.17
91792 0.28
9.842 0.51
135.
-63,
-109.
0.07
0,25
0.44
126.
64.
34.
0.05
0.22
0.44
80.
59.
127.
9.892 0.49
9.942 0.12
-125,
114.
0.34
0.21
18,
36.
0,28
0.23
143.
-24.
-5.
138.
AN ANALYSIS OF THE AUTO POWER SPECTRA AND COHERENCY AMPLITUDE AND
PHASE FOR THE THREE COMPONENTS OF MAGNETIC FIELD AT SANjAN FOR
SEPT 16 TO DEC 5, 1957. HD,Z, DENOTED BY 1,2,3. HRLY VALUES
FREQ
CPD
COH12 PHZ12
-1.992 0.23
10.042 0.16 --- r6<
10.142 0.29
-12.
10--92 -0-28
10.242 0.04 -119.
10.342 0.31
140.49 4-4110.442 0.15
-14,492- 0.42
10.542 0.33
10.592 0-13
10.641 0.09
10.741
0.31
COH23 PHZ23
--
0.41
0.10
0.39
S6.-
59.
-48-0-170.
70.
34.
120.
COH31 PHZ31
--
-169.
0.45
0.31
0.25
142.
0.42
---- b -,-
91.
0.16
-42.
0.32
7.
110.
-1-54-0-
0.37
127.
0.34
0,34
-81.
43.
0.30
O.30
0.14
0.53
0-21
0.24
0 09
0.27
0-22
0-22
l'1.
0.47
10.841 0.35
55.
0.40
151.
0.09
10.941 0.29
-108.
0.47
-30.
0.30
11.041 0.37
-34.
0.21
148
107.
-9-3.
-137.
176,-
170.
79
38.
-!S
-46.
23.
21%
178.
-165-155.
0-09
11 -.09!-
11.241 0.31
It C
11.341 0.29
11 391 0 47
11.441
!491
11.541
1 591
11.641
11,691
11.741
11791
11.841
0.22
0-22
11.141 0.25
I
36.
0.38
0036
0.22
025
0.21
0-17
0.12
0±44
0.28
11±890 0728
11.940 0.06
11.990 0.09
132.
-144--
91.
0.14
-57.
0.03
-29.
23.
0.12
0.11
91
92.
0.23
-130.
"PA
^1 IsI
139.
-77.
1
0.38
-26.
0.13
-127-
0-33
-57
017
-150
-158.
157
141.
-170
-75.
-5-61.
-58-66.
0.51
0-43
0.18
0 41
0.62
0.60
0.37
012
0.23
-32.
-R-38.
-20.
-4.
-50.
-14.
-31-70.
0.31
021
0.23
0 22
0.48
0.37
0.24
0.11
0.08
-130.
-173100.
111
85.
40.
29.
4?2
-31.
-1o02
0-76
8
0-01
134.,
0.52
0.55
23.
-0.
0.14
0.17
-42.
0,
2.
-0.
s
COHERENCY AMPLITUDE AND PHASE
SEPT 16 TO DEC 5,
H COMPONENT OF MAGNETIC FIELD
1=TUCSON , 2=BELOIT , 3=FREDERICKSBURG
FREQ
CPD
COH12 PHZ12
0
~
0.050
1
..
0.150
0-200
0.250
0- 300
0.350
_0.40
0.450
0.500
0.550
0.600
0.649
4
0.93
-7.
Im
_/' el--. ='/t.....
0.94
2.
084
0.82
4.
6072
0.47
15.
8.0.49
0.64
-6.
0.65
-13. ~
0.45
-14.
0.61
0.59
-13.
COH23 PHZ23
COH31 PHZ31
0
A
on
-.
0.98
also~.
4.
o1
~
0.61
0.52
0.43
0. 58
0.73
0.79
0.66
0. 54
0.53
0.48
0.43
10.
4.
0.90
0.96
0.96 ~
0.93
0.97
0.96
1.349 0.71
1.449
1.499
1.549
1.599
1.649
1.699
1.749
1 799
1.849
.898
1.948
1.998
2.048
2.098
2.148
2.198
2.248
0
2.2 98
2.348
2.398
2.448
-"~-'
0.50
0.66
0.61
0 41
0.47
0.60
0.64
0 .58
0.64
0.78
0.92
0 93
0.84
0,74
0.64
0. 76
0.66
0.50
0.71
0.80
0.71
3.
24.
24. ~
-36.
-29.
-ii.
-13.
0.953
0.97
~
0.907
0.91
-2.
-13.
---
-15.
0.53
-17.
8.
0.46
13.
0.56
0.55
0-55
-3.
1. ~
7.
-0.
-6.
-i9-
24.
0.63
-26.
~
0.
3
16.
-2. ~
0.61
41.
0.60
26.
0.33
17.
30.
42.
49.
37.34.
0.41
0.42
-3.
0.28
25.
24. --32.
23.
16.
17.
21.
45.
56.
0.55
-22.
0.96
0w96
0.95
-17.
0.78
2-a
---
~
-44.
-12.
-12.
0.54
0.54
-26.
-6.
-4S.-28.
27.
0.47
0.49
0.88
-57.
~ -58.
29.
0.85
01.9
~
0.54
0.90
0.88
- GwA--0.97
O0.9
0.78
-32.
_1 __I
0.80
-8053-
0.95
0.90
-6.
-6.
0.55
8.
-4.
-4.
0.905
0.984
0.954
-23.
-12.
-10.
0.90
0,50
0.897
-3.
It
4-
-9-
0.749
0.799
0.849
0.899
0.949
0.999
1.049
1.099
1.149
1.199
1.249
3.
A' d
5.
0.98
n-98
0.99
QI
0.89
..
1957
-27.
446.
-53-.
-32.
~~
0.57- -- -i.
0.40
-4.
0,61
--17.
0.84
10.
0.83
0.70
-0.
0.48
Si
.
I
-11.
-I
^
5.
1.
0.
0.68
0 4
0.62
69.
67
51.
0.21
0.39
-68.
20.3
- -7
-19.
E.
n0.2
59.
0.31
-23-.
0.86
46.
0.53
2.
-22.
~
127
COHERENCY AMPLITUDE AND PHASE
SEPT 16 TO DEC 5,
1957
H COMPONENT OF MAGNETIC FIELD
I=TUCSON ,
FREQ
CPD
2.498
2.548
2-598
2.648
2 698
2.748
2798
2.848
2 .998
2.948
2.998
3.048
3.098
3.147
3 197
3.247
S3297
___
3.347
3 397
3.447
3497
3.547
3.597
3.647
3 .697
3.747
3 797
3.847
3 897
3.947
3.997
4.047
4. 07
4.147
.197
4.247
4.297
4.347
4..396
4.446
4.496
4.546
4.596
4.646
2=BELOIT ,
3=FREDERICKSBURG
COH12 PHZ12
COH23 PHZ23
COH31 PHL31
0.68
0.66
0n71
0.69
0.60
0.69
0073
0.68
0.63
0.77
0.82
0.76
0.75
0.47
0 a38
0.63
0 57
0.54
0 .5
0.48
0. 28
0.50
0.58
0.50
0.5 1
0.29
0 .26
0.35
0.95
0.90
0.85
0.88
0.87
0.81
0.83
0.82
0.51
0.89
0.93
0.77
0 .86
0.86
0.84
0.85
0.74
0.84
0.9
0.91
091
0.93
0.84
0.70
0 77
0.67
052
0.77
7
0.70
42.
49.
57.
59.
63.
78.
62.
44.
46.
27.
25.
38.
90
77.
o9.
95.
81.
93.
103
101.
103.
108.
122.
137.
120
97.
132.
125.
102 .
105.
0.60
0.66
0.47
0.45
0.,0
0.57
0.43
0.40
0.19
0.54
0.67
0.53
0.65
0.35
0 43
0.55
0.27
0.20
0.45
0.37
0.12
0.43
0.48
0.10
0 .23
0.36
046
0.25
0 31
0.59
f
A
0. 3
0.59
0.06
0.41
0.61
0.60
0.52
0.45
0.53 -0.60
0-65
0.58
0.67
0.79
0.763 r
0.63
-22.
5.
7
7.
7.
7.
2
3.
17.
-3.
-7.
-10.
12.
10.
42
51.
17
7.
18.
-3.
39.
18.
0.
9.
-14.
-14.
-18
-64.
-12
-25.
7
22.
-10. ---
7.
7. ---13.
143.
n
0.25
--
0.81
--
0.16
120.
113.
120.
---
0.77
91.
117.
13.
0.70
0-57
0.72
18.
3.
310
0.47
0.57
-98.
0.43
0.39 -138.
0.42- -126.
0.24 -115.
0.42
-w42
0.42
n 39
0.28
92.
8
-133-
0.25
92.
-":IY Y-Y-
..
31
67.
0 34
0.61
0.79
0.82
-20.
-53.
-Ik.
-60.
-67.
-59.
-55.
-50.
2.
-16.
-17.
-33.
-101.
-93.
-169.
-148.
-92.
-116.
-128.
-96.
-14 1.
-136.
-110.
-105.
109.
-100.
-85.
-59.
.
-90.
-144.
-103.
-98.
-73.
4.746 0.73
16.
0.69
106.
-121.
0.43
q
4.846 0.35
I-
4.946 0.37
T
-22.
-30.
0.68
0.72
138.
1604.
116.
0.35
I
0.27
-142.
I
-86.
I
H
COHERENCY AMPLITUDE AND PHASE
OMrnONENT OF MAGNETIC FIELD
1=TUCSON
FREQ
-CPD
,
2=BELOIT
3=FREDERICKS8URG
COH1 2 PHZ12
COH23 PHZ23
COH31 PHZ31
4.996
5.046
5-096
5.146
0.41
0.48
0-36
0.26
130.
140.
158
0.17
0.22
0_21
143.
5_196
0-31
0.81
0.78
0171
0.84
0.84
0.83
153.
0.26
0.200.01
-35.
-36.
-35.
-38.
-1429.
5.246 0.29
5-296 0-48
5.346 0.54
----
,
5;396
47
137.
0.85
153.
----
-11
5.845
5.895
5.945
6.045
6.o95
6.145
6.195
6.245
17.
160.
-164.
169.
171.
169.
0.93
0,88
13.
0.83
7.
-060- -26.0.46
49.
29.
0.50
0.60
5.
0.42
1.
0.47
37.
-170.46
-16.
0.45
0.53
3.
0.56
0.38
-31.
0.66
0.79
0.82
0.78
0.71
---
0.80
0.82
0.86
L6.894
028
6.944
L
6.994
7.044
7.094
7.144
7.194
7.244
0.45
0 54
0.49
0-48
0.72
0-.72
0.63
0.31
172.
170.
0.51
--0,51-
176.
0.60
-130.
151.
--1-53.-
-1690
--
---
0.88
0.93
0.78
0.56
0.64
0.82
-174.
0.74
-141.
-175.
-172.
-i490
25.
0.92 -152.
4. 10.70 -132.
37.
0.65
50.
13.
7.
0.76
---- 2.
,--
-140.
0.75
-131.
-122.
-147.
1.
4.1.
-I-----
-66.
-cz0.48
0.18
-167.
154.138.
0.40
-0.29-- 171.
158.
0.44
-0.400.10
-179.
0.08
83.
0.57
n 451
0.42
101.
70.
0. 420.43
49.
0-240.39
65.
0-43
560.43
120.
134.
0.80
-133.
0.88
0.6987
0.69
-128.
0.72
-1087.
0. 56 -l
0.26
-139.
-- 131-
25.
156.
0.59
0.59
0.62
2i-
11111 ____ _
-167.
-175.
-0.82
50.
----I------ 11-- 11111^
171.
175.
1
I' ----
0.69 -172.
--0.549- -172.
179.
0.519
171.
-178.
1.
7.344 0.78
7.394 0.60
7.444 0.60
-- 1
-
0.83
0.79
3.
9.
0.40
--
-
41.
50.
-36.
-159
-156.
0.48 -179.
0.--32- -41440.41
123.
-167-
0,71
-- 1-
6.345 0.42
6w395 0.40
6.445 0.59
6-495 0-54
6.545 0.21
6.595 0-21 -6.645 0.56
6.695 0.55
6.745 0.51
.795-0.49
6.845 0.30
-370
---
5.596 0.72
5.645
.-.695
5.745
5.795
-68.
-89.
-29
0.86
13.
0. 65
5.,446 0.66
5.496 n 67
5.546 0.64
r
SEPT 16 TO DEC 5, 1957
-108.
-
115.
---
125.
92.
COHERENCY AMPLITUDE AND PHASE
U
rnMDncfTI
UA
nc
kiCTTr
SEPT 16 TO DEC 5, 1957
cTrIn
1=TUCSON , 2=8ELOIT , 3=FREDERICKSBURG
FREQ
COH12 PHZ12
COH23 PHZ23
COH31 PHZ31
0. 53
0.54
0 A?
62
0.62
-122
-134.
143
0.26
0.19
0 2?
66.
43-
0.51
0.59
-112.
0.29
0,35
33.
0.65
-129.
0.56
G 86
-125
0.42
44.
0.62
0.26
74.
0.33
-124.
-121.
-75.
0.46
74.
67.
-4.
53.
0.69
0.75
-145.
0.09
-18.
0.50
0.43
66.
0.43
0.49
0.37
83.
122.
-CPD
7494 0 48
7.544 0.43
7 594 0 35
7054
7.644
7,-694
7.744
7 794
7.844
7.894
7.944
7.994
8.044
-4
-13.
-1
0.4
0.22
0,12
0.40
0.38
0.57
0-52
0.18
0.13
0.21
-03
54.
76.
8.143 0.35
~
Q 193
0-.44I
8.243
8.293
8.343
8.393
8.443
0.36
0.50
0.52
0.31
0.21
~
8.493 0923
8.543
S8.593
8.643
8.693
8.743
r
---
0.37
0 .20n
0.41
0.40
0.52
8.843 0.46
8.893 0.37
8.943 0.39
I
Z
9.143
9.193
9.243
9.293
9.343
0.24
0.20
0.36
0n37
0.39
9.392 0.25
9.442 0.16
9.492 o.29
9.542 0.54
63.
81.
61.
35.
-19.
98.
d
L0J
nf
-131.
0.83
-0.71
-142w-
-123.
0.76
~
----
0.86
-129.
0.64
-0.51 --- 98.
0.53
0.64
0.48
0.59
0.62
-59.
40.
-4.
-105.
13.
0.75
0.76
0.70
0.73
-27.
17.
69.
-4.
0.39
-96,
-112.
-109.
168.
-73.
0.48
0.46
0.41
--
---
0.70
-0.640.50
-74.
-84.
-76.
52.
----81
101.
91.
92.
-43-
0.27
0.18
0.72
-94.
0.64-
-61.
-68.
-^
---
0
Q
172.
-53-52.
78.
0.55
0.38
0.40
W- -0.28
0,28
0.31
0.58
0%
1
-40.
-129.
-1
---
- 10=BE%-
-145.
0.31
33.
0.34
143.
^
11#.
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w0
-162.
-82W
-130.
0.25
-98.
0.33
-60.
125w
118.
-139.
-30.
1 2~t
-- ----
0.25
0,19
2')'
9.742 0.43
9.792 0.40n
-2.
15.
0.11
034
-27.
-119
0.26
n 17
42.
69.
9.842 0.34
35.
2.
0.52
0.59
-65.
0.19
0 n.
-54.
-41.-
0.25
121.
-- 9.892
ln
9.942 0.26
-
~
---92.
0.29
---- 86.
0.74
-95.
n cnr~
9.642 0.34
101.
-132.
9.043 0.33
0.29
667
71.
-6-9.97.
0.1
0.45
-1434
-133.
157,
8.993 0.29
9.093
134.
127.
-10.
~C--------lll_--
0.45
-47.7
-92.
_
COHERENCY AMPLITUDE AND PHASE
SEPT 16 TO DEC 5,
H COMPONENT OF MAGNETIC FIELD
1=TUCSON , 2=BELOIT , 3=FREDERICKSBURG
FREQ
CPD
9.992
10.042
10 092
10.142
10*192
10.242
10 292
10.342
10.392
10.442
10.492
10.542
10.592
10.641
10.I69
10.741
10 791
10.841
10.891
10.941
10 991
11.041
11 091
11.141
11 191
11.241
11 .291
11.341
11 391
11.441
11 491
11.541
11 .591
11.641
11.691
11.741
11.791
11.841
11 8i0
11.940
11 990
--
COH12 PHZ12
COH23 PHZ23
COH31 PHZ31
0.3
0.62
0 58
0.54
049
0.41
0*35
0.12
0.11
0.24
0 .16
0.16
0O
0.24
0.w4
0.13
0 n09
0.43
0. 3
0.37
0 26
0.40
0n33
0.19
0.29
0.49
0n 0
0.26
n.2
0.28
0 25
0.44
0
8
0.30
0.38
0.46
0.40
0.46
n 5
0.42
n 21
0. 7
0.57
0.7
0.59
0.68
0.82
0.68
0.70
0.69
0.51
0.75
0.80
038
0.78
0.91
0.73
0.64
0.82
0.81
0.72
n 72
0.80
0.88
0.79
0.81
0.82
0.66
0.69
0.n 82
0.85
0.81
0.69
0o57
0.70
0.74
0.76
0.84
0.77
0.72
0.84
089
0.12
179.
0.39
22.
0.55
32.
0.22
39.
0.26
-7,
0.59
-11.
0.35
15.
0.13
166.
0.17
5
0.34
29.
0.03
99.
0.06
173.
0..32
34.
0.47
43.
032
46.
0.17
-2.
0.39
50.
0.36
58.
0.15
10.
0.31
-23.
0n 24
22
0.42
44.
0.27
24.
0.18
53.
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63w
0.31
86.
0 12
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0.19
-83.
0.02
136,
0.09
-99.
0.26
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0.41
59.
0.25
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0.37
-33.
0.26
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0.52
10.
0.52
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0.49
11.
0 .5
I11
0.12
-28.
0.12 --180
23.
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29.
30.
21.
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41.
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42.
60.
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-31.
-142..
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L
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-37.
17
-25.
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9.
-8.
-4.
2.
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16
11.
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/32
SEP|I
6
COHntKtNY AMPLOUt ANU PHASt
D COMPONENT OF MAGNETIC FIELD
3=KtUtKlEDIKSUKb
1=IUCSUN , Z=BtLO l
FKU
CPD
2.498 0.71
2.598 0.87
2.b640 U0IU
2.698 0.63
2.748 0.84
2.798 0.84
2.848 0.73
2.898 0.79
2.998
3.048
3.098
3.i47
3.197
3.247
3.297
3.347
3.397
3.447
3.497
3.54 7
3.597
3.647
3.697
3.7471
3.797
3.847
3.897
3.947
3.997
4.047
4.097
4.147
4.197
4.247
4.297
4.347
4.396
4.t446
4.496
4.546
4.596
4.646
4.696
4.746
4.796
4.846
4.896
4946
UtHZ3 PHLZ3
OH1Z PHL1Z
0.98
0.97
0.95
0.92
0.82
0.92
0.93
0.90
0.92
0.88
0.79
.60
0.76
0.87
0.89
0.83
0.83
0.93
0.90
0.92
0.94
0.86
0.82
0.82
0.80
0.86
0.92
0.85
0.89
0.89
0.78
0.79
0.80
0.87
0.86
0.85
0.89
0.80
0.85
0.64
-19.
-150
-12.
0.31
0.42
0.44
0. 73 I
0.62
0.83
0.91
8.
-17.
-T.
-14.
-23.
-22.
-21.
-15.
0.61
0.87
0U Utt
lH31 PHL31
-54.
0.17
-150.
-1t70.
-160.
-1330
-126.
0.61
0.94
0188
-120.
-142.
-146.
0.81
-114.
I
150.
0.76
0.58
0.22
145.
-9.
0.77
0.80
-107.
-6.
0.61
0.69
0.90
-106.
0.59
-84.
0.54
0.66
0.59
-74.
0.72
0.47
0.36
4.
30
-8.
-2,
-15.
I
0.56
0.35
0.24
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--'l 30
0.58
0.76
0.73
0,62
0.67
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-40.
-37.
-0.
9.
0.64
11.
0.06
0.16
0.52
2.
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8.
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-14.
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-14.
-27.
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133.
i27,
108.
110.
79.
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127.
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-106.
31.
160.
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42.
106.
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0.77
172.
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0.59
0,59
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0.57
0.50
0.21
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-338
0.58
0.65
0.53
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0.63
0.46
0.70
0.69
0.58
0.49
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-90
-3.
-3,
3.
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158.
r70,
169.
0.47
0.62
0.36
0. 8
0.23
0.56
0.43
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89,
-80
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-135.
120.
177.
0.40
0.90
0U.83
0.71
0.66 I
0.50
-145.
v 19573
.
-39.
-41.
1
29.
-14,
6.
-103.
0.29
0.22
0.58
24.
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-15.
0.19
0.65
0.55
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0.65
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0.63
28.
3.
3.
59.
56.
/33
16
StEP
HASE
CUOHEtKENCY AMPLtIUUt ANDU
D COMPONENT OF MAGNETIC FIELD
3 =FEDEKiCKSBUKG
1=TUCS3N , 2=BELUOi
FREU
CPD
UDHi2 PHZ12
4.996 0.53
5.046 0.63
5.096 0.94
-40.
-12,
8.
5.1i46 0.89
-01
5.196
5.246
5.296
5.346
5.396
5.446
5.496
5.546
5.596
5.645
5.695
0.76
0.86
0.88
0.88
0.90
0.o8
0.83
0.89
0.86
0.82
0.91
5.,745 0.93
5.795
5.845
5.895
5.945
5.995
6.045
6.095
6.145
6.195
6.245
6.295
6.345
6.395
6.445
6.495
6.545
6.595
6.645
6.695
6.745
6.795
6.845
6.894
6.944
6.994
7.044
7.094
7.144
7.194
7.244
7.294
7.3446
7.394
7.444
0.89
0.93
0.88
0.78
0.67
0.56
0.76
0.87
0.85
0.85
0.84
0.87
0.89
0.87
0.89
0.87
0.88
0.89
0.85
0.81
0.87
0.88
0.86
0.88
0.80
0.86
0.97
0.94
0.92
0.92
0.84
0,88
0.84
0.86
CUH23 PHL23
0.55
0.64
,164
0.18
-87.
0.63
-25.
0.31
0.46
0.52
0. i5
0.20
0.22
0.47
6.
-14.
4.
76,
156.
-t9o
-24.
-44.
-42.
-1.
0.66
-8.
0.14
123.
--9.
0.30
i3.
10.
0.52
0.59
0,67
ii.
61
10.
0
-17.
0.71
0.58
0.59
0.11
0. i9
0.50
0127
0.06
0.26
-7.
-21.
0.
34.
9.
4.
5.
9.
tt.
10.
0.40
0.25
0.41
51.
44.
77.
16.
26.
-150.
1650
169.
34.
0.34
97.
-10.
0.56
Ira
0.73
8.
0.74
22.
23.
30.
26.
56.
0,80
60.
0.58
41.
0.51
0,51
43.
6.
-3o
-6.
0.74
-50
0.14
-12-
0.29
-1
14.
-7o
-3.
-17.
SO-
0,16
-4.
0.44
0.32
0.18
-22.
-28.
-72.
23.
-92,
0.21
180.
0.34
-52.
0.34
01.44
0.43
0,45
0.62
-152.
-33.
18.
9.
-19.
0.71
0.85
0.65
-51.
-600
-43.
-23.
0.48
-56.
0.14
-50.
109.
69.
75.
0.16
0.19
0.36
0136
-162o
71.
0.41
0.35
0.20
-2 ,
59,
-25.
-230
-13.
2.
-109.
-154.
-1.
0.
0.58
0.29
0.47
0.40
0.12
23.
-i5
--
UOH31 PHZ3i
-52.
-28.
10.
-17.
O.
7.
0.
DEU
tt 5
0.2836
0.36
0.36
0.50
0.48
0.39
0.26
0.22
-0.29
107.
114.
78.
65.
-3fr
-69.
'--987
-92.
-127.
-0tt
7f,
0.13
52.
Y3.
U.27
-140
i957
CUHtKtNLY
AMPLIIUUt
StI
ANU PfAbt
tb
IU UtDEC 5
1957
D COMPONENT OF MAGNETIC FIELD
1=ULCSUN ,
KtEQ
2=tELO1T
UOHI2 PHZYL2
,.3=FREDERICKSBURG
CU23 PHZ23S
LUC3
78.
0.20
0.33
0.14
PHIZ3
CPD
7.494 0.77
7.544
7.594 0.76
70644
7.694 0.92
7.744 0.95
7.794 0.94
0.95
7.894 0,96
-18.
13.
3.
11
7.
0.10
4.
0.22
42.
-8.e.
8.
0.60
0150
0.63
10.
0.53
1.
24,
75.
120.
40.
14.
3.
-19
-31.
0.59
0.50
14.
It
0.64
0.45
0.52
0.55
-16.
7. 944 0.83
-3*
7.994 0.68
8,044 0.68
8.094 0.85
-14.
-0.
50
0.48
0,64
0.60
19.
-48.
41.
-27.
-3.
-0
8.
5;
4.
0.68
42.
42.
8. 143
8.193 0.92
8.243 0.81
8.293 0.73
0,87
8.393 0.81
8.493 0.57
8,543 t0.828.593 0.84
0.80
8.693
8.743
8.793
8,843
8.893
0.71
0.85
0.74
0.61
0.65
8.993 0.58
9,043 0,749.093 0.75
9.143 u0.77
9.193 0.88
-9-243 0.86
9.293
9.343
9.392
9.442
9.492
9.542
9.592
9.642
9.692
9,742
9.792
9.842
0.84
0.79
-39.
-8.
-t8.
9.
21.
1.
-15,
9.
-th-
-18-8. ~
-rn
-8.
9.
10.
12.
-1.
-- ler
-0.86
0.79
0.68
0.64
0.66
0*64
-14.
13.
14.
0.3145
0,.42
37,
0.61
0.50
0.52
42.
0.52
0142
0.34,
60.
42.
42.
S3.
45.
103-
0.62
-0.53
0.40
0.38
0.41
132.
t03.
110.
97.
134.
0123
72.
0.32
-040 90
68.
0.52
64.
01.45
65.
0.32
94.
0.21
0021
0.11
0.39
0.60
0.51
136.
169.
-145.
-149.
0.404
0155
-12.
10.
I0.
u0.33
0.32
0.24
0.67
0.65
0.46
0.31
0.29
-32.
-128.
-133.
-t 4t
-103.
0 07
-80.
I-r-
0.20
0. 30
-68.
0.29
0.36
0.39
0.41
0.63
0.55
0.47
45.
0.16
0.13
48.
0.47
45.
0.56
0.37
-98.
-178.
149.
128.
-179.
-41.
-53.
-63.
-145.
-162.
-1480
-124.
0.126
0.62
9.892 0.83
9.942 -,64
16.
0.40
137.
0.22
-9.
0.44
-053-
122.
0.51
--t,
82.
-46.
-34.
-30.
J-
- "Bt
i
--- 6
.r
/3
COUtKtENCY AMPLiTUUt
ANU PHASE
StEP
16
D COMPONENT OF MAGNETIC FIELD
=TUCSOUN , 2=BtLOT , 3=FKtUtDERCKSBRG
FRKtUc
CPD
LDMIL PMLt2
9.992 0.70
4.
-12.
0.89
-8.
0.86
16.
32.
22.
10.092
10. 42
10.192
10,242
10.292
10,342
10.392
107442
10.492
10.542
10.592
10,641
10.691
0.85
0.87
0.92
0.86
0.87
0.91
0.9i
10.791 0.88
ti0841
0.85
10.891 0.85
t0941
10.991
0.90
i 041
11.091 0.897
0180
ti i14t 0.90
11.191 0.89
0.83
11.791 0.70
0.45
0140
-137.
0.45
0725
0.21
0.30
0.16
-114.
143.
5.
0.29
18.
0.37
161.
-1570
-167.
-30
-2.
0.35
0.34
0.22
0.45
0.49
140.
0.60
-143.
- t49.
0.40
0.44
0.74
0.62
0.62
0.66
0.71
0.72
0.60
01.59
0.70
0.61
0.39
167.
145 .
160.
0.33
0.30
0.68
-140.
-159.
180.
0.23
0.315
0,31
5.
0.23
0129
0.22
0,22
-154.
0.31
0.112i
0.38
0.159
0.36
1.
0.
16.
14.
3.
12.
17,
5.
4.
3.
0.
0.65
0.56
0.42
-132.
-120.
-154*
-104.
-900
-128.
-7
6,
11.890 0,92
itt940
11.990 0.88
PHZ31
0.31
0.27
-"7
16.
0.837
0.90
0.92
0.85
0*85
CUH51
0.34
12.
14,
25.
26.
14.
9.
19.
20.
4.
18.
0.851
0.90
0.58
0.5i
0.54
0.29
0.41
0,44
0.26
PHZ2L
150.
142,
134.
14a.
108.
i20.
85.
iii.
127.
i08.
116.
111.
Ill.
1640
139.
1-.241
11.291
tt34
11.391
t.441
11.491
11.54t
11.591
1.64t
11.691
CU3
U DUEC 5,
155.
-141.
-117.
-1t16.
-151.
-tt60
-145.
1807
-155.
t260
-166.
-171.
155.
0.57
0,60
-167.
169.
i69.
166.
0.54
0160
-168.
-148,
0.66
178.
-135.
-163o
171.
0,36
0.34
124.
0.55
179.
-164-
-180.
0.63
-180.
1957
/36
COHERENCY AMPLITUDE AND PHASE
Z COMPONENT OF MAGNETIC FIELD
1=TUCSON ,
FREQ
CPD
2=BELOIT ,
COH12 PHZ12
SEPT 16 TO DEC 5, 1957
3=FREDERICKSBURG
COH23 PHZ23
COH31 PHZ31
'0 93
0.050 0.88
-30.
0.150 0.84
11.
0.67
0.64
-32.
-46.
0.74
Ls.
33.
--
-65-30-
0.42
0.61
0.56
0.66- e.46
0.649 0.60
-41.
0.78
5.
--- t-1%w
-44.
0.56
e,41
103.
-32.
-- t-13.
-21.
--2-3o
0.68
-- 240-
-1.
0,.799
0.949 0.83
0.84
0189
7.
19.
-11.
0.97
-23.
-- 43 -
0.95
0.92
0.87
-56.
-46.
0.97
-9.
--6,o
-5.
-2.
0197
-18.
-- 260
-46.
0.97
0.91
2.
6.
1.449 0.77
-38.
-k499
-440-21.
-34-34o
-34.
0.96
0.80
0.85
1.849 0.82
0,61
2.148 0.65
2.248 0.53
2.2t98
2.348 0.66
2o398
2.448 0.75
--.
,-
0.69
15.
0.68
232
-- 83
20.
0.79
35.
4.
35.
-47.
-5.
21.
18.
7.
10.
37.
-0.7B40.69
0.53
0.89
41.
0.62
-4.
-29,
----11.6,T-
0.74
44.
0.48
-31.
-36.
22.
46,-
-31.
0.85
16.
-14.
-32.
-2 .
-26.
-23.
-13.
-51.
-59.
0.71
14.
ir998
2.048 0.68
56.
0.77
-19.
-6.-
1.948 0.90
0.88
-45.
.w699-
14499-
67.
61.
64.
6-7.
67.
-Gr-45-0.76
-- 0.63
I- 399
00.80
,74
1.749 0.74
0.55
:70
-43.
1.149 0.81
to-99-
1.649 0.80
39.
8.
-7.
--31.
67.
0.69
-580
1.599-
0.33
-9.
1.049 0.78
1.549 0.74
58.
0.83
0.96
0.96
1.249 0.75
10-299- 0,74
1.349 0.76
0.40
-39.
e .84
0.849 0.91
0.43
86.
-- 9w57-- -----82t--
-- 4<o
0.75
--
0.749 0.76
0.
-O*24
1.
0,65
0.74
0.88
r-
--- 5s
0.66
e,47
0.31
--
0.250
00300
0.350
fe, . -40
0.450
0.500
0.550
0.77
0.83
0.84
130.
-0.49
0.44
19.
0.30
70.
725.
72.
0.64'
L
25.
54.
40.
53.
---16,0.78
-54.
-71.
0-51
0.88
0.58
0.59
-1.
4.-0.
/37
SEPT 16 TO DEC 5, 1957
COHERENCY AMPLITUDE AND PHASE
Z COMPONENT OF MAGNETIC FIELD
1=TUCSON
FREQ
CPD
,
COH12 PHZ12
,
3=FREDERICKSBURG
COH23 PHZ23
COH31 PHZ31
-25.
0.71
75.
0.44
2.5
0.5Bas
3e.
0.83
77.
0.2
29.
2.648
2.698
2.748
.78
2.848
0.37
0.49
0.79
0.86
0.71
-48.
1.
-14.
21.
-19.
0.71
0,58
0.68
0.72
0.70
64.
95.
89.
60.
55.
0.37
0.7i
0.44
0.50
0.60
-14.
12 7.
-106.
2.
-25.
0. 1
104.
04
03
99
0.18
49.
27.
17.
39.
60.
40.
0.83
08i
0.57
0,40
0.11
43.
39.
21.
,2
-144.
67.
2.548 0.77
89
S2.
-53.
2.948
2.998
3.048
3.098
3.147
0.80
0.86
0.77
0.72
0.35
-60.
53.
-39.
33.
-21.
0.75
0.85
0.75
0.79
0.76
3. 197
034
39.
0.46
36.
0. 13
3.247 0.46
-5.
0.79
33.
0.32
-10.
3.297 0.2
69.
0,64
46.
0,04
-136.
-55.
0.64
69.
0.14
-6.
3.347 0.43
0,55
58.
0.71
61w
0,38
O4.
3.447 0.21
-33.
0.76
77.
0.16
-96.
3.547 0.84
-43.
0.65
77.
0.64
-29.
0.50
104.
0.32
-63.
148.
0.23
-51.
3.,397
3.57
0,55
44,
3.647 0.41
-95.
0.69
3.747 0.74
-72.
0.78
113.
0.49
-60.
3.797 0.38
-39.
0.55
126-
04i
-108.
3.847 0.41
3 097 036
3.947 0.89
3 *,997 0,89
4.047 0.72
-56.
84.
-56.
-62,
-68.
0.68
0.48
0.55
0.69
0.61
136.
113.
61.
77.
90.
0.47
n
0.31
0.44
0.5i
0.36
-70.
4.
3.
-14.
-16.
4.094 0.25
51.
0.30
-178.
0-30
60.
0.40
0.45
0.48
027
0.21
-109.
-9.
10.
25.
3.
0.38
0.17
0.32
0.46
0.37
151.
106.
-89.
-162.
118.
0.51
0.45
0.40
0.23
0.36
-59.
-f.
20.
-152.
166.
4.446 0.53
-68.
0.29
143.
0.53
-72.
0.53
79.
0-31
-31-
47.
78.
90.
100.
133.
0.42
0-43
0.34
0 17
0.55
31.
0
-48.
-23.
20.
4.147
40197
4.247
4.297
4.347
4.496 0.80
-58.
0.66
.51
0.41
00
0.29
-69.
-83.
-45.
-56.
-110.
0.49
0.5n
10.77
0.x1
0.54
4.796 0.40
-112.
0.78
128
0
-18
4.846 0.45
4.96 0.6
-111.
-57.
0.75
0.3
126.
14318.
0.44
0.61
-43.
-35.
4.946 0.76
-57.
0.73
118.
0.61
-35.
4.546
4"96
4.646
4.696
4.746
i
2=BELOIT
/3,9
SEPT
COHERENCY AMPLITUDE AND PHASE
16 TO DEC 5,
1957
Z COMPONENT OF MAGNETIC FIELD
1=TUCSON ,
2=BELOIT ,
COH12 PHZ12
FREQ
CPU
3=FREDERICKSBURG
COH23 PHZ23
COH31 PHZ31
0.65
-0.78
0.62
-430
-67.
0.56
-74.
4.996-
5.046 0.60
-64.
+IrH-
-,r69- --
5.146 0.56
-61.
5.196 e.63
5.246 0.74
84.
5.296 057
130.
132.
132.
-69.
--
0.82
163.
0.81
155.
0.86
-88.
138.
0,657
0.34
--- 96v~
-17.
,..IUo
-145.
-64-
0.77
0,77
0,r84
5.446 0.37
-56.
0.56
135.
5.496
5.546 0.24
-138-74.
0.54
-171.
5.346 0.32
5.396
5.596 0.29
5.645 0.40
5.695
5.745 0.35
.795 0.61
5.845 0.46
e.
27-
5.945 0.28
41.
-44-15.
450.
-39.
1 0.
-31.
0.28
0.23
-0.25
0.19
0.14
168.
65r-ft~
-104.
-40.
-125.
126.
93.
0.54
90
73.
0.46
-99.
-117.
-122.
0.48
-108.
0.17
103.
0.25
59.
•
-66.
-6.395 0.45
6.445 0.40
-107.
-72.
-11.
-6.
-79.
--
--
40.
-6.
0.53
0.67
65.
0.44
C9
78.
0.41
-0,44
0.34
0.63
-
-- 1
0.26
6.845 0.32
0.47
6.944 0.51
-142.
1.
62.
0.58
7.044 0.31
2.
-50.
-7.94
-152
7.144 0.15
-179.
-7.194
0.29
0.44
0.35
.r40-
7.344 0.39
7.394
-141.
-163.
-- 165
-113.
165.
--1-36-
0.08
63.
0.40
43,
-479.
-- 114.
5.
-116.
0.43
125.
0.20
11.-
7.244 0.26
158.
-154,.
157.
1-43.
144.
--16 9-
40.
-116.
51.
-14-9.
0.67
-790
-17.
84,
-0.24
0.40
-82.
--
11-2
0.72
-106.
-55.
0.30
-55.
0.05
0-31
0.16
-42.
76w
-142.
-6.894
-6o994
33.
16.
0.50
1-
-91.
. 65-
0.44
-78.
4
--
103.
4 7.
-- 49.
6.745 0.11
S3.-
0.34
-0.44
-26.
6-495- 0.20
6.545 0.30
6.645 0.60
37.
0.27
~--f65,-
-0,44
6.245 0.50
-6.295 0.19
6.345 0119
7o444
--
----- &r -
6.045 0.41
6.095 0.35
6.145 0.26
-7.294
0.33
0.35
-- J+l
-- 0995-
-60i95
-46,-
-_87.
-0-14
0.09
,
0n 64
0.83
0.64
0.47
0.57
-0w64
0.60
-97.
-33-21.
-70.
-85.
-1389
-138.
/3
COHERENCY AMPLITUDE AND PHASE
I COMPONENT OF MAGNETIC FIELD
1=TUCSON ,
FREQ
2=BELOIT
COH12 PHZ12
,
SEPT 16 TO DEC 5, 1957
3=FREDERICKS8URG
COH23 PHZ23
COH31 PHZ31
CPD
7.494
7. 544 0.10
7,594
i27.
--- 119.
2+<
0.54
-133.
0.48
-19.
0.03
4.
0.19
G. 38
149.
0.16
85.
142.
0.60
0-51
0.59
152.
0.07
--
-134.
-
7.644 0.50
7,694
7.744 0.08
7.844 0.40
-24.
1.
-44.
-
7.944 0.64
0.38
8.044 0.22
-8.
0,25
0.26
--173
0.35
38.
8.143 0.05
19.
0.41
0.79
0.50
-128.
-144.
160.
f.36
128.
95.
102.
-F|-
0.47
-160.
-I44
-12.
124.
0.27
0.30
-O.45
-59.
0.23
0.40
-78.
15.
-89.
0.39
-134.
-Gw460.58
-1-74.----
0,62
-154.
0.22
-130.
0.47
-134.
25.
-38.
0.25
-177.
-15.
0.39
0.22
0.40
14 .
-1.
0.29
141.
7
3.
0.25
-- 43.w
#. s* I
8.843 0.73
0.56
8.943 0.17
12.
69.
-12.
%800993
9.043 0.52
-0.
1.
--
9.243 0.29
38.,
72.
0.37
0-39
-50.
0.27
122.
25.
47.
0.54
-- 81
9.293
-158.
0.42
0.60
-
9,143
9.143 0.54
0.14
178.
8.543 0.24
8w0 593
147.
-1420r-2.
-. 26-
8.643 0.26
nGr 12ffr38.743 0.22
-118.
-- 138r
8.243 0.17
,81-293 ,,49
8.343 0.15
8.393 0.18
8.443 0.32
-
-157.
-102.
-99.
0.23
-025
94
8.493
-108.
-89.
96
--
-169-
0.48
0.16
0.12
0.56
0.14
I
9.392-
-- 44-
9.442 0.44
-59.
0.62
-54.
---44-.137.
9.542 0.05
495942 0.51
9.642 0.26
163.
0.27
12.
0.63
'0.40
-59.
0.28
I ]a
149.
171.
-154.
0.58
0.54
-76.
--
61.
-54.
0.23
0.65
9.343 0.33
0.47
15.
-123.
-133.
0.22
0.13
-I
AS
-144.
-143.
-105.
I )is
0.27
-- --
--
-
9.742
9.792
9.842
9.892
9.942
0.23
0n
.
0.44
0.44
0.39
1-H3
-153.
--
A
- 0
-174.
144.
171.
56.
-45.
-134.
0.19
0.76
0.74
0.60
0.70
34.
-2.
4.
-6.
-19.
11
0.28
0.35
0.44
034
0.25
--16
-173.
1
'7Q
143.
-151.
-174.
104.
64.
/14o
COHERENCY AMPLITUDE AND PHASE
SEPT 16 TO DEC 5,
Z COMPONENT OF MAGNETIC FIELD
1=TUCSON , 2=BELOIT , 3=FREDERICKSBURG
FREQ
CPD
COH12 PHZ12
COH23 PHZ23
COH31 PHZ31
9.992
10.042
10.092
10.142
10.192
10.242
10.292
10.342
10.392
10.442
10.492
10.542
10.592
10.641
10.69i
10.741
10-.71
10.841
10.891
10.941
0.n33
0.28
0.32
0.32
0.40
0.38
0.3
0.24
0.13
0.18
0,49
0.46
0.50
0.49
e.56
0.57
0.20
0.19
0.25
0.16
149.
128.
25.
-58.
44.
-20.
24.
31.
7.
-105.
53,
-16.
74.
70.
26.
25.
9.
47.
94.
89.
n0.47
0.30
0.3
0.62
0.78
0.58
0.55
0.41
0.,45
0.72
0.83
0.85
0.1
0.29
0.02
0.52
0.28
0.56
029
0.48
3.
82.
34.
10.
-17
-34.
01.
-117.
19.
19.
24,
-34.
45.
-139.
106.
62.
27.
-55.
58.
-172.
0.14
0.42
0.49
0.35
0.45
0.25
0.08
0.72
0.44
0.10
0,52
0.25
0.21
0.56
0.53
0.32
0.33
0.28
0.21
0.11
103.
97.
35.
25.
62.
-3.
1172.
95.
S3.
11.
86,
31.
L64.
30.
-17.
-40.
51l
-37.
-74.
110.
11.041
11.091
11.141
11.191
11.241
1i.291
11.341
11.391
11.441
11.491
11.541
11591
11.641
11691
11.741
11.791
11.841
11.890
11.940
11.990
0.22
.2
0.45
0.4
0.24
0.29
0.45
0.37
0.12
0.26
0.23
0.40
0.34
0.46
0.43
0.40
0.26
.41n
0.50
0.40
-48.
27.
124.
132.
88.
-106.
-86.
-25.
58.
-28.
-23.
-164.
-141.
0.
54.
68.
72.
117
135.
-180.
0.03
0. 31
0.41
0.4
0.41
0.55
0.55
0.17
0.20
0.36
0.38
n02
0.26
0.23
0.35
0.19
0.40
0.28
0.32
0.64
-87.
-26.
-96.
-114.
-165.
145.
131.
19.
121.
-172-175.
143
24.
1.
-82.
8.
90.
-134.
-29.
-0.
0.20
0.36
0.55
0.39
0.10
0.36
0.23
0.20
0.45
0.11
0.38
0 50
0.41
0.13
0.25
0.22
0.16
0 25
0.10
0 20
-163.
174.
-77.
-60.
98.
-941.
50.
-18.
4.
84.
22
-2.
-145
-38.
-40
119.
22.
-82.
180n
L
I
---
1957
__
S
COHERENCY. AMPLITUDE ANO PHAS6 SEPT 1L6 0TO-E
C
S--o1957
H COMPONENT OF MAGNETIC FIELD
SAN Jwl,8IEI nTj2.FRE-- .
iSEPT 16
nf0 519S7.
DEC
FR6Qn
CPU
rnutcoi
PT2
rnua23 Pu2 3
rCnu31 P,,31
0.
0.98
0.050 0.a
0.100 0.99
0450 1.00
0.200 0.99
0*450 0.99
0.300 0.99
0.350 0095
0.400 0.92
0 450 n
0.500 0.96
01550 0oes
0.600 0.95
0.649 0.96
0.699 0.88
0 49 092
0.799 0.83
0.849 0.51
0.899 0.70
0.949 0.84
0.999 0.83
1.049 0.69
1.099 0.68
1.149 0.65
1.199 0.60
1.249 0.68
1.299 0.75
1.349 0.74
1.399 0.75
1.449 0.73
1.499"0.74
149 0.66
L
1.599 0.34
1.649 0.17
1.699 0.61
1.749 0.59
1.799 0.43
1.049 0.63
1.098 0.56
1.94 0.67
1.998 0.75
2.048 0.64
2.098 0.49
2.148 0.61
2.198 0.63
,240
0.54
2.298 0.45
0.
-9
-7.
-6.
-10.
-12.
-14.
-18.
-14.
-31
-36.
-19.
-24.
-32.
-25.
-28.
-39.
23
-17.
-116.
-129.
141.
-66.
-74.
-55.
-57,
-74.
-72.
-78.
84.
-86.
94aL.
-56.
-9.
-84.
-91.
-113.
-104.
-79.
-124.
-139.
-143.
-94.
-115.
-96.
-7.
-133.
0.98
0 .98
0.98
0.98
0.98
0.99
0.98
0 90
0.89
096
0.96
0.93
0.97
0.96
0.93
0.9 7
0.97
0.91
0.87
0.95
0.96
0.95
0089
0.90
0.95
0.97
0.89
0.89
0.92
0.90
0.90
0.84
0.76
0.54
0.65
0.85
0.91
0.88
0.89
0.96
0.96
0.95
0.79
0.7f
0.76
0.6
0.74
-0.
4.
6.
.
4.
10.
8.
4.
10.
8
5.
8.
12.
13.
19.
24.
20.
16.
200
-2.
-4.
-4.
7.
17.
27.
30.
42.
49.
37.
34.
38.
29.
2.
-3.
30.
25.
24.
32.
23.
16.
17.
21.
45.
56.
51.
69.
67.
0095
0.
0.95
5.
0.95
1.
0.96
2.
0.96
7.
0.96
3.
0.95
8.
0 .8
16.
0.85
3.
0 .92
21.
0.90
29.
0.81
S.
0.92
11.
0.-3
is.
0.81
-0.
0.87
1
0078
16.
0.53 -13.
0.65
-13.
n074
i15.
0.75
133.
0.57
147.
0.52
51.
0.47
56.
0.57
21.
0.69
2
0.62
28.
0.61
19.
0.67
45.
0.64
34t.
0.66
34.
0.39--- 68-----0.18
28.
-1.
0.35
0.53
26.
0.43 - 45.
77.
0.34
0.53
62.
33.
0.54
0.55
103.
0.69
124.
0.62
125
0.64
47.
49.
0.v63
52.
0.69
0.72
30.
0.56
53.
2.8
-140.
0.62
51.
0.7
6.r0
-140.
142.
0.52
0.86
59.
46..
0.36
67.
954K.
--
0.721
21498 0.79
.4---.40 051
F0--3-----
SCOHERLENCY AMPLITUDE AND PHASE
SEPT
16 ,
-16.0EnC
•
5,
xw ,a,w~
Z
1957
14-2
H COMPONENT OF MAGNETIC FIELD
SAN jUAN-1,9iLOIT=n,,FREG-,-SEnT
REn
COH2 PH112
ru
nEC 5 1957.
16 TO
C023 PHZ23
OHn3I UPHZ3I
CPO
79.
57.
0.66
a
n_
0.84
87.
0.n
61.
0.39
45.
0.56
42.
-134.
0.95
42.
2.598 0.82
-133.
0.85
2 A_
0_
-2i
_
2.698
2.748
2.798
2.8e
2.898
2.948
2.998
3.048
3.098
3-14.7
3.197
3.247
3.297
3.347
3.397
3.447
3.497
3.4?7
3.597
3.647
3.697
3747
3.797
3.8 ,7
3.897
3.947
3.997
4.047
4.097
0.81
0,63
0.47
0..
46
0.34
0.20
0.11
0.34
0.82
0.82
0.72
0.76
0.78
0.12
0.73
076
0.82
0. 90
0.78
0.70
0.75
0.64
0.61
0.68
0.74
0.35
0.34
0.43
0.46
-119.
0.87
63.
-124.
0.83
-84.
0.51
62.
644.
46.
4.197 0.54
4.297
4.347
4.396
4w446
4.496
n.a
;-1
110.
-146.
0.15
-70.
0.75
51.
89.
0.56
62.
81.
-93.
103.
0.80
0.93
----Gr?
7
25.
0.86
90.
38.
77.
-159.
0.84
0.85
0.74
-56.,
Owl
-142.
-- 164,-
72.
-172.
--- 0.-2
0.94
0.91
-178.
80.
64.
103.
0.72
68.--61.
120.
-9 7*
132.
0.83
62.
0.64
0.7
40.
0.69
--80.-
-179.
0.84
122.
176.
0.77
159.
0.52
1379
I
I
171.
0.72
102.
-80.
0.44
90.
-170.
0.34
140.
0.61
-180.
0.79
113.
0.69
0.81
108.
-167.
145.
0.61
-163.
0.48
146.
0.51 ---1-14,0.55
0.45
135.
138.
0.73
n 57 -42*
--- 11124*
0.67
0.78
122.
0.74
-4w, 446 0.64
108.
4.896 0.48
123.
-- 4 946 064
4.596
.646L
4.696
4.146
4.796
-
0.45
2.498 0.57
68.
0.5
15.
46*
99.
0.7?
70
---0.70
0.57
117.
97.
-072
0.78
0.57
0.67
105.
0*61
88.
9XV
0.44
96.
0.85
131.
0.58
415-.--123.
138.
047
0.53
---
127.
137.
--- 0069
0.62
0.64
0.72
1 I
104.
116W
0.62
0.79
95.
i
113.
- 41--
----------------------------
"
1957
.
HCOHERMPNENCY AMPLITUDOFE
MAGNETIC FIELD
SEPT 16-TO DEC
H COMPONENT OF MAGNETIC FIELD
SAN jIUAN1,*EL0IT2 FREOSG.n3SEPT 16L Tn nCr 5E-195?.
CPO
4.996 0.69
129.
0.81
130.
0.69
101.
5.046 0.62
5.096 0.59
9,.
71.
0.78
0.71
140.
158,
0.59
0.73
11.
101.
118.
0.84
0.81
95.
121.
0.86
0*86
137.
153,
14.
109.
0.92
122.
0.88
0.83
164.
113.
0.76
171.
0.56
108.
0.82
0.64
0.81
0.62
0.62
5.196 0.84
5.296 0.75
5.346
5.396 0,85
-446
5.496 0.70
5.596 0.66
157.
158.
97.
0.85
0.81
0.81
86.
-89----93.
77.
76.
75.
67.
160.
0.61
1699
5,645
5.695 0.80
0.61
5.795 0.58
5.895 0.713
5.995 0.83
6.095 0.*59
6.195 0.88
72.
0.74
167.
-1-7.
162.
99.
0.81
172.
1061.
79.
0.82
81.
0.88
-176.
168,
--
71.
0.86
69.
0.82
77.
0.61
134.
07*
53.
0.93
176.
18.
0.56
-174.
0.5068
0.3741
-141.
0.74
0.82
0.92
0.81
-141.
-149.
-152.
-146.
6. 45 0.64
1 .
0.70
132.
6.894
6&944
6.994
7.044
7.094
-.144
7.194
0.40
0.40
0.43
n
0.65
L0
0.78
0.62
0.47
33.
46.
43.
0.62
0.65
0.60
n 7
0.85
0.75
0.78
-140.
-131.
-122.
-147.
-151.
-13.
-131.
v
Al
I I
"-~
-
92.
109.
0.82
7444
91.
-ko --
-J74,
4,2.
38.
63.
41.
7.394 0.56
0*34
0.56
-175.
31.
t%
87.
87.
0,64
0.71
0.45
0.38
0.33
0.45
C"
%&
a1.
0.80
6.595 0.54
7.294 0.70
92.
-169.
376.645
6.695
6.745
6.795
25.
24.
32.
n
i2
14.
0.84
-28.
25wR
0.87
0*69rj
---IL-
II-I-_I-_-I___
106.
-
0.29
0.19
0.22
0.37
78.
46.
79.
87.
116.
1
124.
0.
-131.
119.
0.32
11.
o0.50
116.
0.44
-124
08,
129.
0.77
-12----n
0.
114.
0.71
(Li2
-a__nt__i__
1
0.80
126.
-117.
0.58
0*30
2tf
I
--
117.
0.71
JkI.e
6e245
6.295 0.74
6-3456.395 0.67
0.53
6.495
90.
-- +ker-
132.
1-no
-II-'
'4f-4SEPT -16 Tn nEr 5, 1957
LITUn AUND PHASE
rnCOHERNENCY
H COMPONENT OF MAGNETIC FIELD
FREQCn
CPO
rnuHI
PHZs
7.494 0.32
7.544 0.36
7.594 0.52
w
4.l4
A
w
&
7.694 0.08
7o744 0.15
7.794 0.15
7.894 0.48
0.12
0.04
0.58
0.64
0.55
7.994
8.044
8.094
8. 143
8.193
Akq
am23
A
eq
"I
rnUH31 P31
7.
42.
44.
0.53
0.54
0.62
-122.
-134.
-143.
0.43
0.50
0.50
12
a
- i
0
64.
0.51
-103.
0.65
142.
84.
84,
22.
-7.
0.21
-142.
-129.
-125.
0.54
155.
0.55
145.
-121.
0.40
0029 I
0.50
0,64
0.59
158.
IV
-121.
-I39,
56.
25.
6kaq
UW
'
w
108.
125.
107.
.
4"3
0.86
0.27
1-
-15.
0.78
0.75
-132.
003
10
62
O
12
86.
100.
I.
w
49.
79
V
91.
108.
58.
8.293 0.64
8.343 0.51
8.393 0.53
8.443 .11
8.493 0.28
65.
S3.
86.
167.
-76.
0.71
0.76
0.86
0. 4
0.51
-142.
-123,
-127.
-129.
-98.
0.70
0954
0.36
0.w35
0.52
8.593 0.42
-101.
0.64
-91.
0.56
8.693 0.27
-30.
0.59
-112.
0.29
158.
8.793 0.33
-92.
0.63
-86.
0.43
146.
8.893 0.68
-57.
0.75
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0.72
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0.70
0.73
0.74
0.72
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8.993
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9.093
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0.48
0.55
0.56
0.66
0.59
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0.27
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305
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-
-14 J
COHERENCYI
AMPLITUl E AND PHASE
SEPT
H COMPONENT OF MAGNETIC FIELD
SAN JU ANn18
, C r !T 2FR
2. FR D
n G3SEPT
,,!T
3a
16
FREQ
CPO
Crn12 PHZ1u
9.992 0.56
10.042 0.27
10.092 0.30
10.192
10n 42
10.292
10.342
10.392
10a42
10.492
10,542
10.592
10.641
10.691
10.141
10.791
0.44
0.31
0.34
0*04
0.25
0.17
0.41
0, 3
0.49
0.50
0.53
Gv06
0.26
10.891 0.42
10 941 0.32
10.991 0.31
11.091
11m141
11.191
11.241
11.291
11. 341
11.391
11.441
11.491
11.41
11.591
11-641
11.691
11741
11.791
11*841
11.890
0.18
0*12
0.08
0.21
0.06
0.13
0.21
0,1?
0.09
012
0.18
0.25
0.11
0,24
0.28
0,26
0.42
11.990 0.00
-
-16 -T DEC St 1957iTO
ncr5
ts957
CnO3 PHou23
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PHZ31
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0.47
0.57
0.76
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0.55
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0.51
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0.68
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0.69
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0.75
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167.
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-127.
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0.23
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I- -----------r ---------
/46
rnCOHERENCY AMPLITlUDE AND PHASE
O COMPONENT OF MAGNETIC FIELD
CAI
FrEa
ll"a w
v
F RQ 5
-CPD
l
r2
Py
0.050 017
0.100 0*27
100
14
0.200 0.42
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0,! ~ PM112
0.
0.24
0.
0
a Ci n iL
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o.
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I
1-
SEPT 16
l- c
2
it
PH .' 3
0V35
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a
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0.300 0.49
0*300 0,18
0.400 0.17
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0.70
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0.60
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0,46
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0.75
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14.
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0.500 0.46
--
0.600 0.55
0.649 0,33
0.699 0.26
0.799
0.849
0.899
0.949
0.999
0.42
0.36
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0.98
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1.299 0.35
1.349 039
1.399 0.45
1.449 0.56
1.499 0.73
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1.749 0.51
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----
/4-7
SEPT 16 TO DEC - -5
COHERE NCY AM.PLITU0E AND PHASE
0 COMPONENT OF MAGNETIC FIELD
----
Chl&
IIUAWI.
_l
---------------
CREQ
CPO
1CDC
r
0
rn
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2 cr
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CH1O 2 Pwzi2
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0.31
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0.24
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0.42
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0.249
0.44
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0.62
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0.52
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2.498 0.60
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2.598
2.648
2.698
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0039
0.53
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2.898
2.v48
2.998
3.048
3.098
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3.197
0.34
0.83
0.85
0,65
0.30
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0.38
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0.94
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4.197 0.43
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4.297 0.37
4.396
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3.341 0.45
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0.l7
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/468
SEPT 16 TO 0-- - - --495
COHERENCY AMPLITUDE AND PHASE
0 COMPONENT OF MAGNETIC FIELD
ea.
rnar-n
r.n
vn(A.
qn9
''"~P' '~~'''''~''---I-- I ------roa
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m
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p
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l
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r P St
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P8112
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COH3I1
4.996 0.49
5*046 0.29
5.096 0.32
31.
160
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0.55
0*54~ -280
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0.64
0.64
0.49
0.49
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071
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0.59
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0.66
Ow 4
0.14
5.
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0.52
0.57
7.
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0.72
117.
0.61
108.
rFREQ
PHZ1,
-___
CPD
-
5.14A 0.31
5.196 0.58
5.296 0.71
0505.396 0.13
-44- 0.34
5.496
S5-46 n.47
5.596 0.42
S
174.
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0.52
0.71
123.
126.
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0.
--- 34*
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0.54
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0.39
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0.38
101.
0.42
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6.745
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0.57
0.29
0.66
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0.323
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7.344
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0.56
0.63
6.695 0.70
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6.295
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6.395 0.46
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6.994
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7.094
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5.695 0.36
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0.13
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71.
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138.
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--- 49
I
SEPT 16 TO
COHERENCY AMPLTUDE AND PHASE
.95--7-
EC
0 COMPONENT OF MAGNETIC FIELO
FRoE
CON12 RWZ12
CO423
PHZ23
COH31 PZ31
_
CPO
-
0.58
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0*54
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5
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0.71
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78.
0.14
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0.07
035
0.42
7744--447.794 0.42
7.894
0.53
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0.10
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0,145
113.
174.
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0.22
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0.60
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0.63
0.53
as
14.
0,53
0.53
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1.
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151.
7.994 0.16
8.*044
8.094 0.59
0*37
8.193 0.28
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8.293 0.11
030
8.393 0.33
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8.493 0.31
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0.48
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0.60
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0.50
140.
7.494
7- 5 4
7.594
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7.694
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132
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8.593
0.21
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8.693
0.39
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8.793 0.34
8.893 0.32
0.15
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01
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0.65
0.63
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132.
0.05
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110.
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121.
0.15
0.39
0.42
0.62
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0.32
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0.52
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9.892 0.77
130.
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0.57
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0.51
0.51
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SEPT r16 rn
T0 DEC
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COMPONENT AMPLITUDE
OF MAGNETIC
FIELD
SAN jUAN-196L01T=2,FR0E08G--3qSEPT 16 T
1cQHi
puzI2
9.992 0.21
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10 042 0 21
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COHZ3 PHZ23
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3
150.
0.46
169.
142
134.
0.27
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w
10.092 0.55
10442
10.192 0.48
0.58
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0.54
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10.392 0.22
0.26
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10.292 0.47
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0.59
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10.592 0.29
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0.52
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0.35
0.31
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0.36
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0.18
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11.191
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0.36
11.291 0.45
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0.63
10.691 0.19
0.25
10.791 0*25
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10.941
10.991 0.31
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11. 391 0.40
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11.591 0.60
27.
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0.62
0.25
0.34
0.60
0.58
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0.70
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0.14
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0.65
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0.30
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0.42
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