ADVANCE PROGRAM
JOINT MEETING OF THE
13TH EUROPEAN FREQUENCY
AND TIME FORUM
AND
1999 IEEE INTERNATIONAL
FREQUENCY CONTROL
SYMPOSIUM
Besançon, France
13 – 16 April 1999
TABLE OF CONTENTS
Page #
Symposium Site Information
2
Joint Meeting Information
3
Hotel Reservations
3
Air Transportation
4
Railway Transportation
4
RER Transportation
5
Transportation from Besançon Railway Station
to Hotels and Conference Location
5
Registration Fees/Proceedings
5
Guest Registration
6
Registration Desk Hours
6
Messages
6
Reception and Award Ceremony
6
Banquet
7
Program for Accompanying Persons
7
Miscellaneous and Local Products
7
Award Nominations
8
Exhibits
8
Program Schedule
9
Breakout of Scheduled Papers by Session
11
Corresponding Author’s E-Mail Addresses
56
Author Index
62
Pre-Registration & Hotel Forms
center
JOINT MEETING OF THE
13TH EUROPEAN FREQUENCY
AND TIME FORUM
AND
1999 IEEE INTERNATIONAL
FREQUENCY CONTROL
SYMPOSIUM
Sponsored by:
• The Institute of Electrical & Electronics Engineers, Inc.,
(Ultrasonics, Ferroelectrics and Frequency Control Society)
• Région de Franche-Comté,
• Conseil Général du Doubs,
• Ville de Besançon,
• Bureau National de Métrologie (BNM, Paris).
Organized by:
• Société Française des Microtechniques et de Chronométrie
(SFMC)
1999 CONFERENCE CO-CHAIRMEN:
Prof. R.J. Besson, ENSMM (France)
Dr. D.B. Sullivan, NIST (USA)
1999 TECHNICAL PROGRAM CHAIRMAN:
Dr. F.L. Walls
NIST Time and Frequency Division
325 Broadway
Boulder, CO 80303, USA
Fax : 1 303 497 6461 e-mail : eftf.fcs@nist.gov
1999 LOCAL ORGANIZATION CHAIRMAN:
Prof. R.J. Besson
ENSMM
26 Chemin De L'epitaphe
F-25030 Besançon Cedex - France
Tel : 33 3 81 40 28 20 Fax : 33 3 81 88 57 14
e-mail : rbesson@ens2m.fr
CONFERENCE SECRETARIAT:
Ms. Isabelle Bourgon
SMFC, c/o ENSMM
26 Chemin de l'Epitaphe
F-25030 Besançon Cedex - France
Tel. : 33 3 81 40 28 21 Fax : 33 3 81 88 57 14
e-mail : isabelle.bourgon@ens2m.fr
SYMPOSIUM SITE
Besançon is a city of approximately 150,000 people, near the Jura
Mountains, close to Switzerland. The weather should be mild in
April with trees in blossom and an average temperature of 13° C
(55° F). Considered the best "green city" in France, the town,
birthplace of watchmaking, has an old historical center with
museums, Roman remains, monuments, excellent restaurants,
shops, the unique "Citadelle" zoo and many cultural attractions.
Located on a major rail line, 2 1/2 hours from Paris by TGV,
Besançon allows easy access to central Europe.
A city on a human scale, Besançon feels affection for its various
quartiers with their different atmospheres and life-styles and is
concerned to safeguard their individual identities. It lies in a
particularly well-favored site, ringed by hills, encircled by the
river Doubs and protected by Vauban's Citadel. Life is lived here
to the full. It is a university city, offering excellent, and in some
subjects, unique teaching (roughly 23,000 students).
The capital of Franche-Comté and seat of local government,
Besançon is the economic, university and cultural pole of the
Region, which is made up of four departments : the Doubs, the
Jura, the Haute-Saône and the Territory of Belfort. The site has
been occupied since the time of the Gauls, when Besançon
became the capital of the Roman province of Sequania. In those
days known as Vesontio, it was described by Julius Caesar as a
wholly remarkable town. It grew into a large and flourishing
Gallo-Roman city and vestiges of its former grandeur can still be
seen, the most impressive of these being the Porte Noire, a
triumphal arch erected in honor of Marcus Aurelius.
In 1032, Besançon was annexed by the Holy Roman Empire, by
then under German rule. Under the aegis of the Archbishop,
Hugh of Salins, the city once more prospered. During the 15th
century Besançon passed into the hands of the Dukes of
Burgundy, but during the Renaissance it again became part of the
German Empire. Nicolas Perrenot de Granvelle, Councillor to the
Emperor Charles V, left several prestigious buildings to the city,
most notably the Palais Granvelle. After a period of Spanish rule
from 1664 and 1674, the city was ceded to France under the terms
of the Treaty of Nijmegen in 1678, during the reign of Louis XIV.
Besançon then replaced Dole as capital of the Province, and the
great military engineer Vauban erected ramparts round the city
and built the Citadel. During the 18th century the clergy and
those in administrative positions brought new wealth to
Besançon, and a great many mansions and public buildings were
built. In the 19th century many Swiss refugees, including Laurent
Mégevand, came to live in Besançon, and thanks to them, the city
became the center of France's clock and watch-making industry.
2
Besançon is now France's premier green city, contains an
important language learning center and is a major European
center for precision industries and technology. Besançon was the
first city in France to open a public museum, and moreover it was
here that the idea of reading for everyone was first developed.
Nowadays there are five museums displaying rich and quite
exceptional collections: the Museum of Fine Arts and
Archaeology, the Museum of the Resistance and the
Deportations, the Franche-Comté Folklore Museum, the Natural
History Museum and the highly original Museum of Time.
Live theatre is also well established, with three large theatres.
Besançon also has a center where instruction is given in all the
theatrical arts. The town is accordingly able to offer rich, varied
and exciting programs. The famous Cirque Plume, which
originated in Besançon, has now set up a circus school for
children here.
Besançon has always been a music loving city.
The
internationally known Music Festival, which originated a half a
century ago, conducts Young Conductors Competition, which in
1959 discovered the talents of Deiju Ozawa. The city has
founded its own orchestra, with Peter Csaba as conductor. While
the festival is obviously the high spot of the year, there is always
plenty of music of all kinds to be heard, including choral singing,
jazz and rock music.
The Joint Meeting will take place in the "Micropolis", a large
exhibition and conference center, 2.7 miles from downtown.
Three parallel sessions will be conducted at ground level with
various exhibitions on the first floor. Hotels are located
downtown, near the railway station, and near the highways which
will be serviced all day long by a special bus line.
JOINT MEETING INFORMATION
All information is available on the following web sites :
http://www.ens2m.fr/eftf
http://www.ieee.org/uffc/fc
The information will be continuously updated.
HOTEL RESERVATIONS
All reservations are to be made through the Conference
Secretariat (Ms. Isabelle Bourgon). Do not hesitate to contact her
and ask for a reservation form. The average price is only 300
FF/night. A hotel reservation form is enclosed in this advance
program.
3
AIR TRANSPORTATION
The most convenient way is probably to use the Paris airports
(Roissy Charles de Gaulle or Orly), then use the high speed train
(TGV) to Besançon station either from Gare de Lyon in Paris or
directly from the airport. Lyon Satolas Airport or Basel
Mulhouse Airport may also be used but connections to Besançon
are less frequent (duration 2 1/2 hours). Geneva is also a
possibility.
RAILWAY TRANSPORTATION
There is a direct TGV connection between Roissy Charles de
Gaulle and Besançon station with the following schedule :
Paris to Besançon (each day)
Departure 7:25 p.m.
Arrival 10:11 p.m.
Besançon to Paris (Monday to Friday)
Departure 5:40 a.m.
Arrival 8:20 a.m.
Besançon to Paris (Saturday and Sunday)
Departure 7:02 a.m.
Arrival 9:44 a.m.
It is also possible to go from the Airport to Paris downtown and
depart from Gare de Lyon. The main recommended TGV trains
between Gare de Lyon in Paris and Besançon are as follows:
Paris to Besançon (Monday to Friday)
Departure 7:18 a.m.
Arrival 9:57 a.m.
Departure 8:54 a.m.
Arrival 11:28 a.m.
(Monday to Saturday)
Departure 12:18 p.m.
Arrival 2:59 p.m.
(Monday to Saturday)
Departure 5:24 p.m.
Departure 7:18 p.m.
Arrival 7:59 p.m.
Arrival 9:52 p.m.
(Sunday)
Departure 8:54 a.m.
Departure 12:18 p.m.
Departure 7:18 p.m.
Arrival 11:33 a.m.
Arrival 2:59 p.m.
Arrival 9:52 p.m.
Besançon to Paris (Monday to Saturday)
Departure 6:00 a.m.
Arrival 8:40 a.m.
(Monday to Friday)
Departure 7:00 a.m.
Departure 10:30 a.m.
Departure 1:12 p.m.
Departure 5:14 p.m.
4
Arrival
Arrival
Arrival
Arrival
9:40 a.m.
1:04 p.m.
3:46 p.m.
7:58 p.m.
RER TRANSPORTATION
To go from Charles de Gaulle Airport to Gare de Lyon, first use
RER subway line B to "Chatelet" and then RER line A from
"Chatelet" to "Gare de Lyon" (fare : 48 FF).
TRANSPORTATION FROM BESANÇON RAILWAY STATION
TO THE HOTELS AND CONFERENCE LOCATION
In addition to the normal transportation (buses, taxis) shuttle
service to the hotels will be provided on April 12th and 13th and
on April 16th to the hotels and railway station from the conference
location. There will be a welcoming booth in the railway station
hall to give directions to congressists to reach the hotels and the
conference location.
REGISTRATION FEES / PROCEEDINGS
Registration fees must be paid in French Francs only. In order for
attendees to receive the reduced rate for preregistration, payment
should be submitted with the pre-registration form. Each
participant must register and receive a badge.
For early registration (received no later than 27 March 1999), the
registration fee is 1 950 FF which includes the banquet. For those
who do not wish to attend the banquet, the registration fee is only
1 750 FF. Registration includes a copy of the proceedings and
attendance at the reception and award ceremony. For late
registration (received after 27 March, 1999), the registration fee is
2 130 FF including the banquet (1 930 FF without banquet).
For full time students and full time retirees’, the registration fee is
300 FF. This does not include a copy of the proceedings or a
ticket for the banquet. Banquet tickets are available for 200 FF.
In addition, those individuals who wish to register for one day
only may do so for an early registration fee of 900 FF. This does
not include either the proceedings or the banquet (late registration
1 000 FF).
Proceedings will be mailed to attendees several months after the
Symposium. Indications should be given at the registration desk
for people who want to order proceedings.
Please note: Refunding of fees will only be made for written
cancellation before March 15th, 1999.
5
GUEST REGISTRATION
There will be a guest registration this year at the Joint Meeting.
The guest fee includes attendance at the reception and award
ceremony.
The fee for guests is 300 FF without the banquet and 500 FF with
the banquet. It would be helpful if you pre-registered using the
enclosed form. Don't forget to pick up and wear your badge.
REGISTRATION DESK HOURS
Monday
Tuesday
Wednesday
Thursday
Friday
12 April
13 April
14 April
15 April
16 April
3:00 p.m. - 7:00 p.m.
8:00 a.m. - 5:00 p.m.
8:00 a.m. - 5:00 p.m.
8:00 a.m. - 5:00 p.m.
8:00 a.m. - 12:00 noon.
MESSAGES
Messages can be sent to local chairman (fax #: 33 3 81 88 57 14)
to be delivered with a one day delay. Phone and fax numbers on
the spot of the conference will be available (ask the desk).
NO VIDEO TAPING OR JOB POSTINGS, PLEASE
The Joint Meeting follows the usual policy that there will be no
video taping or job posting. Your cooperation is appreciated.
SYNERGISTIC MANAGEMENT IN THE JOINT MEETING
Mike Mirarchi and Barbara McGivney from Synergistic
Management, 3100 Route 138, Wall Township, NJ 07719 will
help the Société Française des Microtechniques et de
Chronométrie at the Conference location and will be available
there for our American guests in particular.
RECEPTION AND AWARD CEREMONY (downtown)
All registered participants and registered guests of the Joint
Meeting are cordially invited to attend the reception and Award
Ceremony from 6:30 p.m. to 8:00 p.m. on Wednesday, April
14th. The reception and ceremony will take place downtown in
the splendid "Kursaal" (architecture of last century).
6
BANQUET (downtown)
There will be a banquet on Thursday, April 15th from 7:30 p.m.
to 10:30 p.m. in "Kursaal". The banquet ticket may or may not be
included in the fees (see previous sections). Please indicate your
choice as soon as you can. Your cooperation is appreciated.
PROGRAM FOR ACCOMPANYING PERSONS
A program for accompanying persons has been initiated with the
help of the townhall's and region's tourism offices. This very
complete program will cover historical touristic and cultural
aspects. The final arrangements for the program will depend on
the number of people preregistered as guests. We believe this is a
unique opportunity.
At this point, the tentative program is scheduled to include the
following:
• Tuesday afternoon, April 13th: A guided tour of part of old
town, square Castan and Citadelle.
• Wednesday, April 14th: A guided tour of Salins (a small town
35 km from Besançon) and of "Salines Royales" in Arc et Senans
(belongs to UNESCO patrimony, architecture of Claude Nicolas
Ledoux). Lunch is included in the trip.
• Thursday afternoon, April 15th: A guided tour of downtown
including museums.
The guests will have the opportunity to shop on their own on
Thursday morning the 15th and all day long on Friday, the 16th.
This tentative program is subject to changes according to
attendance. For those who would like further information about
tourism and the like in Besançon and local environment, it is
possible to contact the "Besançon Congrès" at:
http://www.besançon.com
MISCELLANEOUS AND LOCAL PRODUCTS
Local products (watches, wine, cheese) will be available for sale
on the spot of the joint meeting. It will also be possible to buy
stationary and public phone cards and so forth. “Besançon
Congrès" will offer all necessary documents for tourism. Also, a
watch specially made for the event will be on sale for
participants.
7
AWARD NOMINATIONS
Information on nominations for Awards of both conferences
(EFTF and IEEE FCS) will be available at the registration desk.
EXHIBITS
Exhibits at the "Joint Meeting" will be displayed in the Exhibition
Hall of Micropolis. For information regarding exhibits, please
contact:
Conference Secretariat
Ms. Isabelle Bourgon
c/o ENSMM
26 Chemin de l'Epitaphe
25030 Besançon, Cedex, France
Tel: 33 3 81 40 28 21
Fax: 33 3 81 88 57 14
E-mail: isabelle.bourgon@ens2m.fr
American companies may contact Synergistic Management Inc.,
3100 Route 138, Wall Township, NJ, 07719 for information.
(Tel: 1 732 280 2024 - Fax : 1 732 681 9314)
Listed below are companies with exhibit space reserved as of 15
January 1999:
Companies
City, Country
CCI USA Inc.
Sawyer Research Products, Inc.
Poseidon Scientific Instruments
Datum (FTS)
Femtosecond Systems Inc.
Oscilloquartz SA
EG&G Optoelectronics
Microsystems
SPC Goodwill
Timetech GmbH
Tekelec Temex
EFG GmbH
FEI Communications Inc.
Cambio International
Tele & Radio Research Inst.
Time & Frequency Solutions
Kolinker Industrial Equipments
Hewlett Packard Company
Odetics Telecom
Ft Myers, FL, USA
Eastlake, Ohio, USA
Fremantle WA, Australia
Beverly, MA, USA
Golden, CO, USA
Neuchatel, Suisse
Salem, MA, USA
Toulouse, France
Alexandrov, Russia
Stuttgart, Allemagne
Les Ulis, France
Berlin, Allemagne
Mitchel Field, NY, USA
Laconia, NH, USA
Warsaw, Poland
Witham, Essex, UK
Tsuen Wan, Hong-Kong
Santa Clara, CA, USA
Anaheim, CA, USA
8
TUESDAY, 13 APRIL 1999
9:00 AM–10:00 AM
10:00 AM–10:30 AM
10:30 AM–12:00 Noon
12:00 Noon–1:40 PM
1:50 PM – 3:30 PM
3:30 PM - 4:10 PM
4:10 PM - 6:10 PM
6:10 PM
SESSION A1
SESSION A2
PLENARY SESSION – OPENING REMARKS
Break
PLENARY SESSION (continued)
Lunch
SESSION B1
SESSION C1
POSTER SESSION 1
Break
SESSION B2
SESSION C2
POSTER SESSION 1
End of Sessions
WEDNESDAY, 14 APRIL 1999
8:30 AM – 10:10 AM
10:10 AM – 10:50 AM
10:50 AM – 12:30 PM
12:30 PM - 1:50 PM
1:50 PM - 3:30 PM
3:30 PM - 3:50 PM
3:50 PM - 5:30 PM
6:30 PM - 8:00 PM
9
SESSION A3
SESSION B3
SESSION C3
POSTER SESSION 1
Break
SESSION A4
SESSION B4
SESSION C4
POSTER SESSION 1
Lunch
SESSION A5
SESSION B5
SESSION C5
POSTER SESSION 1
Break
POSTER SESSION 1 -- Authors will be Present at their Posters
RECEPTION AND AWARDS CEREMONY (downtown)
8:30 AM – 10:10AM
10:10 AM – 10:50AM
10:50 AM – 12:30 PM
12:30 PM – 1:50 PM
1:50 PM – 3:30 PM
3:30 PM – 3:50 PM
3:50 PM – 5:30 PM
7:30 PM – 10:30 PM
8:30 AM-10:10 AM
10:10 AM-10:50 AM
10:50 AM-12:30 PM
12:30 PM– 1:50 PM
1:50 PM – 3:50 PM
3:50 PM
10
THURSDAY, 15 APRIL 1999
SESSION B6
SESSION C6
POSTER SESSION 2
Break
SESSION A7
SESSION B7
SESSION C7
POSTER SESSION2
Lunch
SESSION A8
SESSION B8
SESSION C8
POSTER SESSION 2
Break
POSTER SESSION 2 -- Authors will be Present at their Posters
BANQUET
SESSION A6
SESSION A9
SESSION A10
SESSION A11
FRIDAY, 16 APRIL 1999
SESSION B9
-Break
SESSION B10
-Lunch
SESSION B11
-CONCLUDING REMARKS
POSTER SESSION 2
POSTER SESSION 2
POSTER SESSION 2
TUESDAY, 13 APRIL 1999
PLENARY SESSION
9:00
Opening Remarks
-R. Besson, ENSMM, France
-D. Sullivan, National, Institute of Standards &
Technology, USA
10:00
Break
10:30
Laser Cooling and Neutral Atom Clocks
-W.D. Phillips, National Institute of Standards and
Technology-Gaithersburg, USA
11:15
High Resolution with Ultracold Atoms – Methods
and Perspectives
-C. Cohen-Tannoudji, Laboratoire Kastler-Brossel
de l’Ecole Normale Superieure, France
12:00
Lunch
SESSION A1
OPTICAL SYNTHESIS I
Chair: E. Bava, Politecnico di Milano, Italy
1:50
The Measurement of Large Optical Frequency
Differences and the Design of a New Type of
Frequency Chain
(INVITED)
--Th. Udem, J. Reichert, R. Holzwarth, B. Gross, T.
W. Hansch, Max-Planck-Institut fur Quantenoptik,
Germany and M. Kourogi, Tokyo Institute of
Technology, Japan
2:10
Frequency Stability Limits of Optical Frequency
Intervals in New Generation Optical-to-Microwave
Frequency Chains
-R.P. Kovacich, A.N. Luiten, University of Western
Australia, Australia
2:30
Sub-Systems for Optical Frequency Measurements,
Application at the 563nm Hg+ transition and the
657 nm Ca line.
-B. Frech, J.S. Wells, C.W. Oates, J. Mitchell, Y-P.
Lan, T. Kurosu, L. Hollberg, B. Young, and J.C.
Bergquist, National Institute of Standards and
Technology, USA
11
TUESDAY, 13 APRIL 1999
2:50
Optical Frequency Synthesis
-A.N. Luiten, R.P. Kovacich, and J.J. McFerran,
University of Western Australia, Australia
3:10
Generation of Coherent Optical Radiation By
Electronic Means: The Electro-Optical Parametric
Oscillator
-A. Wolf and H.R. Telle, Physikalisch-Technische
Bundesanstalt, Germany
3:30
Break
SESSION B1
TWO WAY TIME TRANSFER
Chair: D. Kirchner, Technical University, Austria
1:50
Pseudo Random Code Correlator Timing Errors Due
to Multipath
-F.G. Ascarrunz, University of Colorado, USA, T.E.
Parker and S. R. Jefferts, National Institute of
Standards and Technology, USA
2:10
Evaluation of the Time and Frequency Transfer
Performance of a Pair of TWSTFT-Stations
Equipped with Satellite Simulators
-D. Kirchner, Technical University, Austria, H.
Rebler and R. Robnik, Space Research Institute,
Austria
2:30
Extension of Two-Way Satellite Time and
Frequency Transfer Method to Real-Time Operation
and Carrier Phase Measurements
-W. Schafer, A. Pawlitzki, and T. Kuhn, Time Tech
GmbH, Germany
2:50
Study of Delay Instability Within Two-Way
Satellite Time and Frequency Transfer Earth
Stations
-S.L. Shemar and J.A. Davis, National Physical
Laboratory, UK
12
TUESDAY, 13 APRIL 1999
3:10
Aces Microwave Link Requirements
-P. Uhrich, Laboratoire Primaire du Temps et des
Frequences du Bureau National de Metrologie, P.
Guillemot, P. Aubry, F. Gonzalez, Centre National
d’etudes Spatiales, C. Salomon, Laboratoire
Kastler-Brossel de L’Ecole Normale Superieure,
France
SESSION C1
SENSOR FUNDAMENTALS
Chair: R. Bourquin, ENSMM/LCEP, France
1:50
The Dissipative QCM-D Technique: Interfacial
Phenomena and Sensor Applications for Polymers,
Proteins, Biomembranes, and Living Cells
(INVITED)
-B. Kasemo, Chalmers University of Technology
and Goteborg University, Sweden
2:10
Surface Acoustic Wave-Based Sensors Using Mode
Conversion in an Array of Periodic Gratings
-F. Bender, R. Dahint, Universitaet Heidelberg,
Germany, and F. Josse, Marquette University, USA
2:30
A Novel Acoustic Emission Chemical Sensor
-S. J. Kwoun, R.M. Lec, P.A. Lewin, and E.
Radulescu, Drexel University, USA
2:50
Effects of a Liquid Layer on the Flexural and
Thickness-Shear Vibrations of a Biomorph Disk of
Piezoelectric Ceramics
-P. C. Y. Lee, and R. Huang, Princeton University,
USA
3:10
Signal Amplification with Multilayer Arrangements
on Chemical QCR-Sensors
-R. Lucklum, C. Behlling, and P. Hauptmann, OttoVon-Guericke University, Germany
3:30
Break
SESSION A2
OPTICAL SYNTHESIS II
Chair: J.C. Bergquist, National Institute of Standards and
Technology, USA
13
TUESDAY, 13 APRIL 1999
4:10
Absolute Frequency Measurement In Mid Infrared
-G.D. Rovera, O. Acef, and A. Clairon, BNM-LPTF
Observatoire de Paris, France
4:30
Optical Frequency Synthesis In The Near IR With
Application To Trapped Ion Standards
-S.N. Lea, G.M. Macfarlane, G. Huang, P. Taylor,
and P. Gill, National Physics Laboratory, UK
4:50
Fabry-Perot Resonator with Interferometric ReadOut For Low Noise Applications
-M.E. Tobar, University of Western Australia,
Australia
5:10
Development Towards A Space Qualified Laser
Stabilization System In Support of Space-Based
Optical Interferometers
-D.J. Seidel and S. Dubovitsky, Jet Propulsion
Laboratory, USA
5:30
Near-Recoil-Limited Temperatures Obtained by
Laser Trapping on the Narrow 1SO-3P1
Intercombination Transition of Neutral Strontium
-K.R. Vogel, T.P. Dinneen, A. Gallagher, and J.L.
Hall, JILA, University of Colorado and NIST, USA
SESSION B2
INNOVATIONS ON GPS
Chair: S. Leschiutta, Politecnico di Torino, Italy
4:10
Characterization of NPL’S Geodetic GPS Time
Transfer Receivers
-J. D. Clark, J.A. Davis, and A. Lowe, National
Physical Laboratory, UK
4:30
Calibration of Carrier Phase GPS Receivers
-L. Nelson, K. Larson, and J. Levine, National
Institute of Standards & Technology, USA
4:50
World Wide Frequency and Time Comparisons
Using GPS Carrier Phase
-G. Petit, C. Thomas, Z. Jiang, Bureau International
des Poids et Measures, France
14
TUESDAY, 13 APRIL 1999
5:10
Accurate Frequency Transfer: Progress in the
Implementation of the GPS Carrier Phase Method at
the BNM-LPTF
-F. Taris, P. Uhrich, Bureau National de
Metrologie, Laboratoire Primaire du Temps et des
Frequences BNM-LPTF, France
5:30
Transatlantic Time and Frequency Transfer By GPS
Carrier Phase
-G. Dudle, F. Overney, L. Prost, Swiss Federal
Office of Metrology, Switzerland, Th. Schildknecht,
T. Springer, Astronomical Institute of the University
of Berne, Switzerland
5:50
Precise Time Transfer Using GPS Carrier PhaseBased Techniques
-J. Johansson and K. Jaldehag, Swedish National
Testing and Research Institute, Sweden
SESSION C2
RESONATOR THEORY
Chair: A. Ballato, US Army Communications-Electronics
Command, USA
4:10
Nature of Elastic Vibration Attenuation in Thin
Metal Films Deposited on Piezoelectric Elements
Surface
-A.G. Smagin, Crystal Co. Russia
4:30
Contribution to the Determination of High-Order
Elastic Stiffnesses from the Measurement of BT-Cut
Quartz Resonators
-J. Nosek, L. Kretschmerova, P. Kretschmer,
Technical University of Liberec, Czech. Republic
4:50
Mechanical Strain and Electric Field in Piezoelectric
Plates Vibrating in Thickness
-C.K. Hruska, York University, Canada
5:10
Calculations of Parameters of BAW Microwave
Composite Resonators
-B. Dulmett, Laboratoire de Chronometric, France,
G. D. Mansfeld, Institute of Radioengineering and
Electronics, Russia
15
TUESDAY, 13 APRIL 1999
5:30
The Influence of the Surface Structure on the
Vibration Amplitude and the Equivalent Electrical
Data of Quartz Crystals
-E. Seydel, Alfa-Quartz Sural Crystals C.A.,
Venezuela
5:50
Extensional Vibrations of Piezoelectric Crystal
Plates and Strips
-P.C.Y. Lee, and N.P. Edwards, Princeton
University, USA
TUESDAY AND WEDNESDAY,
13 AND 14 APRIL 1999
POSTER SESSION 1
P1-1
The Interoferometric Frequency Measurement with
Variable Acousto-Optic Delay Line
-V.V. Kludzin, S.V. Kulakov, V.V. Molotok and L.N.
Preslenev, St. Petersburg State University, Russia
P1-2
Analysis of a Plate Piezoelectric Gyroscope by
Equations of A Piezoelectric Parallelepiped
-J. S. Yang, H. Fang, University of Nebraska, USA,
Q. Jiang, University of California, USA
P1-3
Measurements of Low-Loss Crystalline Materials
for High-Q Temperatures Stables Resonator
Applications
-M. E. Tobar and J. G. Hartnett, University of
Western Australia, Australia, J. Krupka, Instytut
Mikroelektroniki i Optoelektroniki PW, Poland, R.
G. Geyner, National Institute of Standards and
Technology, USA
P1-4
High-Q SiO2 Whispering Gallery Mode Resonator
-V. Giordano, R. Barhaila, Laboratoire de Physique
et de Metrologie des Oscillateurs, D. Cros and G.
Duchiron, Institut de Recherche en Communications
Optiques et Microondes, France
P1-5
Low-Loss Dect-If SAW Ring Filters Without
Matching Networks
-S. A. Doberstein, and V.A. Malyukhov, ONIIP,
Russia
16
TUESDAY AND WEDNESDAY,
13 AND 14 APRIL 1999
P1-6
Relationship Between Quartz Crystal Orientation
and the Surface Quality Obtained By Ultrasonic
Machining
-P. L. Guzzo, A. A. Raslan, J.D.B. DeMello,
Universidade Federal de Uberlandia, Brazil
P1-7
Growing of Low Etch Channel Density Quartz In
Industrial Size AutoClaves
-R. Penev, and G. Anguelov, Alfa Quartz, C.A.,
Venezuela
P1-8
Hydrogen and Its Radiation Effect In Quartz
Crystals
-H. Bahadur, National Physical Laboratory, India
P1-9
Mathematical Model for Computer Simulation of
Quartz Hydrothermal Growth
-M. A. Arkhipov, Scientific Production Company
Goodwill, Russia
P1-10
Langasite: What Temperature Coefficients of
Material Constants are Correct?
-R. M. Taziev, Institute of Semiconductors Physics,
Russia
P1-11
Investigation of Phase-Forming at Synthesis of the
Langasyte-Piezoelectric
-O. M. Proskurnja, Government Politechnical
University, M. F. Dubovik, T. I. Korshikova,
Institute for Single Crystals of NAS Ukraine
P1-12
Design of STW Resonators on Langasite Using
Experimentally Determined COM Parameters
-I. S. Mitrofanov, A. V. Perevalor, AvangardElionica Co., Russia, and E. Bigler, LPMO/CNRS,
France
P1-13
Experimental Measurements of Velocities and
Temperatures Effects for SAW on Y-Rotated and XCuts of Langasite
-E.H. Briot, E. Bigler, S. Ballandras, G.
Marianneau, L’Universite de Franche Comte, and
M. Solal, Thomson Microsonics, France
17
TUESDAY AND WEDNESDAY,
13 AND 14 APRIL 1999
P1-14
A New Numerical Technique For Search of NonAttenuated Leaky Waves in Crystals
-N. F. Naumenko, Moscow Steel and Alloys
Institute, Russia
P1-15
Experimental Study of Vibrations of Mesa-Shaped
At-Cut Quartz Plates
-S. Goka, H. Sekimoto, and Y. Watanabe, Tokyo
Metropolitan University, Japan
P1-16
The Influence of the Electrode Multilayers
Structure on the Quartz Resonators Parameters
-I. Mateescu, M. Popescu, G. Pop, F. Sava, National
Institute of Material Physics, Romania, and H.
Bradaczek, Research Center of EFG International,
Germany
P1-17
A New Approach to the Problem of Transmission
Measurements of Quartz Resonator
-A. Lisowiec, M. Wojcicki, Tele and Radio Research
Institute, and M. Sypniewski, Warsaw University of
Technology, Poland
P1-18
Influence of Wafer Symmetry on the Dynamic
Parameters of Rectangular Plates
-C. Boudy, V. Jeannerot, and G. Pentovelis, Tekelec
Temex Components, France
P1-19
The 311 Anharmonic Mode Vibration SC-cut
Resonator Excited by Lateral Field
-K. Weiss, W. Szulc, Tele and Radio Research
Institute, Poland, B. Dulmet, and R. Bourquin, Ecole
Nationale Superieure de Mecanique et des
Microtechniques, France
P1-20
Dispersion of SAW Velocity and Transformation of
SAW Into the Bulk Waves in Reflective Gratings
-V. F. Dmitriev, SP&TC Leninetz, and I. S.
Mitrofanov, Avangard-Elionica Co., Russia
P1-21
The Design Verification of Module For a SAW
Design Automation System
-M. J. McCollister, and S. M. Richie, University of
Central Florida, USA
18
TUESDAY AND WEDNESDAY,
13 AND 14 APRIL 1999
P1-22
The Effects of Diffraction on the Dispersive Delay
Lines Performance
-A. Milewski, and S. Gawor, Tele-and Radio
Research Institute, Poland
P1-23
Design of SAW Filters with Two Apodised In-Line
Transducers on Quartz
-J. Renger and B. Wall, Vectron International,
Germany
P1-24
Acousto-Optic Method For Measurements of SAW
Steering Beam Angle and SAW Velocity in an
Anisotropic Solid
-A. V. Tsarev, and E. A. Kolosovsky, Russian
Academy of Sciences, Russia
P1-25
LSAW Attenuation in Double-Layer-Systems
-P. Wallner, W. Ruile, Siemens AG, Germany, and
R. Weigel, Universitat Linz, Austria
P1-26
GHz-Range Surface Acoustic Wave Low-Loss
Filter at Midium Super Low Temperature
-K. Yamanouchi, H. Nakagawa, and H. Odagawa,
Tohoku University, Japan
P1-27
Frequency-Temperature Effects in ThreeDimensional Surface Acoustic Wave Periodic
Structures
-Y-K. Yong, Rutgers University, USA, and K.
Shigeo, Seiko Epson, Japan
P1-28
Swept Frequency Acoustic Time Domain Reflection
Measurements
-D. C. Malocha, S. Frederick, and M. Chou,
University of Central Florida, USA
P1-29
Analysis of CADY XOs Using Integrated Oscillating
Contours
-M. E. Bogoosh, Scientific Research Institute
Phonon, Russia
P1-30
An Improvement Method of MCXO
-W. Zhou, Xidian University, China
P1-31
CTXO Clever Time Crystal Oscillator
-D.W. Allan, Allan’s Time, USA
19
TUESDAY AND WEDNESDAY,
13 AND 14 APRIL 1999
P1-32
Statistical Results From High Volume Production of
Ultra-Stable Precision Quartz Oscillators
-E. Cantor, MTI-Milliren Technology Inc., USA
P1-33
Triple Redundant Precision Frequency Reference
For Commercial Space Applications
-T. McClelland, C. Stone, P. Duckett, and M. Bloch,
Frequency Electronics Inc., USA
P1-34
High Effective Q CMOS Crystal Oscillator Design
-M. Toki, Yokohama National University, Japan
P1-35
PM and AM Noise of BJT Amplifier with Quartz
Crystal Resonator in Emitter Circuit
-T. I. Boldyreva, Moscow Power Engineering
Institute, Russia
P1-36
A VHS Low Noise Crystal Oscillator
-Z. Houlan, D. Zequn, and L. Chunxiu, Microwave
Measurement Center, P.R. China
P1-37
Pitfalls of Limited Live-Time Measurements of
Frequency Stability
-D. A. Howe, and E. E. Hagn, National Institute of
Standards and Technology, USA
P1-38
Fundamental Mode 155MHz with Flat Blank in the
Crystal Unit Using VCXO
-M. Koyama, A. Chiba, K. Koizumi, Y. Sato, Nihon
Dempa Kogyo, Japan
P1-39
Various Characteristics of Crystal Oscillator Which
Applies Technology of IC
-T. Makuta, C. Ishimaru, and M. Okazaki, Nihon
Dempa Kogyo Co., Japan
P1-40
Investigation and Simulation of Oscillator Circuit
Influence of Frequency Jumps and F-T Curve
Irregularity
-A. Lepetaev, and A. Kosykh, Omsk State
Engineering University, Russia
P1-41
Frequency Jump Characteristics Versus
Temperature Changes in At-Cut Bar Oscillators
-M. Nakazawa, F. Yamamota and T. Imari, Shinshu
University, Japan
20
TUESDAY AND WEDNESDAY,
13 AND 14 APRIL 1999
P1-42
Digitally Compensated TCXO with a Low Phase
Noise Characteristics
-J-P. Bardon, and O. Bignon, Tekelec Temex
Components, France
P1-43
Drive-Level Dependence of Long-Term Aging in
Quartz Resonators
-Y. Watanabe, N. Fujita, S. Goka and H. Sekimoto,
Tokyo Metropolitan University, Japan
P1-44
The Microprocessor Compensated Crystal
Oscillator-New Developments
-E. Jackson, and B. Rose, Q-Tech, USA
P1-45
Stable Oscillator Circuit for Generators with
Controlled Temperature Crystal Unit
-B. P. Ionov, Omsk State Engineering University,
Russia
P1-46
New Miniature Ultra-Stable Oscillators
-C. Trialoup, C-MAC Frequency Products, France
P1-47
Thermal Regulation of Double Oven Controlled
Crystal Oscillator DOCXO
-F. Vignaud, and M. Lancien, Tekelec Temex
Components, France
P1-48
High Stability, Miniature OCXO’s For Severe
Environmental Conditions
-E. Girardet, and B. Wolcoff, A. R. Electronique,
France
P1-49
Noise Predictions for the Optoelectronic Oscillators
Using Different Models
-S. Romisch, and A. DeMarchi, Politecnico di
Torino, Italy
P1-50
A Phenomenological Model of 1/f Noise
-D. P. Tsarapkin, Moscow Power Engineering
Institute, Russia
P1-51
A Wide Frequency Band AM and PM Calibration
Artifact Which Provides Improved Accuracy for
Noise Measurement
-P. C. Bates, Techtrol Cyclonetics, Inc., USA
21
TUESDAY AND WEDNESDAY,
13 AND 14 APRIL 1999
P1-52
PM Noise Measurements of 10 MHz BVA Quartz
Crystal Resonators Using a Phase Bridge System
with Carrier Suppression
-F. Sthal, M. Mourey, F. Marionnet, Laboratoire de
Chronometrie, France, and W. F. Walls,
Femtosecond Systems Inc.,USA
P1-53
Quantum 1/f Effect in Ferroelectric LiNbO3 SAW
Resonators
-P.H. Handel, University of Missouri St. Louis, and
C. Tsai, University of California Irvine, USA
P1-54
Kalman Filtering of a Frequency Instability Based
on Motorola UT Oncore GPS Timing Signal
-O. E. Rudnev, Yu. S. Shmaliy, E. G. Sokolinskiy,
Sichron Center, and O. I. Kharchenko, Kharkiv
Military University, Ukraine
P1-55
Extension of the Ruggedized T/F System for Navy
-J.F Schuh, B. Cailliex, and H. Belivier, MORSDefense, France
P1-56
A Practical Method to Process Time and Frequency
Signal
-W. Zhou, Xidian University, P.R. China
P1-57
The Effectiveness of Synchronization Systems of
Local Clocks by Time Radiosignals
-K. G. Kiryanov, and G. P. Pafnez, Institute of
Electronic Measurements, Russia
P1-58
Compact Diode-Laser Based Rubidium Frequency
Reference
-N. Vukicevic, A.C. Zibrov, L. Hollberg, and F. L.
Walls, National Institute of Standards and
Technology, USA
P1-59
Development of a Double-Bulb Rubidium Maser
-D. F, Phillips, A Boca, E. M. Mattison, R. F. C.
Vessot, and R. L. Walsworth, Harvard-Smithsonian
Center for Astrophysics USA
P1-60
A Rubidium Clock for GPS Block IIF
-W. J. Riley, EG&G Frequency Products, USA
22
TUESDAY AND WEDNESDAY,
13 AND 14 APRIL 1999
P1-61
RB Frequency Standard with Expanded Operating
Temperature Range (-55ºC to +95°C)
-T. McClelland, J. Ho, I. Pascaru, and C. Stone,
Frequency Electronics Inc., USA
P1-62
Ultra Stable Rubidium Oscillators for Navigation
Satellites and Egnos Base Stations
-A. Jeanmarie, and P. Rochat, Temex Neuchatel
Time, Switzerland
P1-63
Comparison of Methods Aimed at Determining the
Residual Cavity Phase Shifts in Short Cs Beam
Clocks
-L. Chassagne, F. Hamouda, G. Theobald, P. Cerez,
and C. Audoin, Laboratoire de l’Horloge Atomique,
France
P1-64
Characterization of Phase Error Using Gray
Dynamic Model
-C-H. Chang and C-S. Liao, National Standard
Time & Frequency Laboratory, USA
P1-65
Numerical Simulations of Atomic Behavior for
Several Configurations of Cold Cesium Atom
Clocks
-C. Valentin, and N. Dimarcq, Laboratoire de
l’Horloge Atomique, France, E. Fretel, A. Joyet,
and P. Thomann, Observatoire Cantonal de
Neuchatel, and G. Dudle, Swiss Federal Office of
Metrology, Switzerland
P1-66
Spurious Microwave Fields in Cesium Atomic
Beam Frequency Standards: Symmetry
Considerations and Model Calculations
-K. Dorenwendt, and A. Bauch, PhysikalischTechnische Bundesanstalt, Germany
P1-67
Accuracy Evaluations and Frequency Comparison
of NIST-7 and CRL-01
-W. D. Lee, C. Nelson, D. A. Jennings, L. O. Mullen,
J. H. Shirley, R. Drullinger, and T. E. Parker,
National Institute of Standards and Technology,
USA, A. Hasegawa, K. Fukuda, N. Kotake, M.
Kajita, and T. Morikawa, Communications
Research Laboratory, Japan
23
TUESDAY AND WEDNESDAY,
13 AND 14 APRIL 1999
P1-68
Study of a Bright, Slow, and Cold Cesium Source
for a Continuous Beam Frequency Standard
-P. Berthoud, E. Fretel, and P. Thomann,
Observatoire Cantonal, Switzerland
P1-69
Cesium Fountain Development at USNO
-E. A. Burt, C. R. Ekstrom, and T. B. Swanson, US
Naval Observatory, USA
P1-70
Development of a Cesium Fountain Primary
Frequency Standard at the NPL
-P. Whibberley, D. Henderson, and S. Lea, National
Physical Laboratory, UK
P1-71
Compact Atomic Cesium Fountain Clock
-M.S. Huang, A. Yao, J. L. Peng, C.C. Chen, S. W.
Hsu, J. M. Hsiao, and C.S. Kou, Center for
Measurement Standards, and C.S. Liao, National
Std. Time and Frequency Laboratory, Taiwan
P1-72
Analysis of the Clock Comparisons Between RIRT
and Another Laboratories
-P. P. Bogdanov, and V. S. Zholnerov, The Russian
Institute of Radionavigation and Time, Russia
P1-73
Last Results on CHARLI, the LHA Atomic Clock
Using Isotropic Light
-C. Guillemot, P. Pettit, C. Valentin, and N.
Dimarcq, Laboratoire de l’Horlage Atomique,
France
P1-74
Design and Preliminary Results of NIM Cesium
Fountain Primary Frequency Standard
-H. Bingying, National Institute of Metrology, P.R.
China
P1-75
A Dynamical Calculation of Vapor Transparency
Wave Forms in Square Waves Frequency
Modulated Vapor Cell Frequency Standards
-A. DeMarchi, Politecnico di Torino, and N.
Beverini, Universita di Pisa, Italy
P1-76
Limitation of the Frequency Stability by Local
Oscillator Phase Noise: New Investigations
-R. Barillet, F. Hamouda, C. Audoin, Universite
Paris-Sud and D. Venot, Omega Technologies,
France
24
TUESDAY AND WEDNESDAY,
13 AND 14 APRIL 1999
P1-77
Quartz Resonant Micro-Structures as Sensing
Elements of Temperature Sensors
-T.G. Leblois and C.R. Tellier, Ecole Nationale
Superieure de Mecanique et des Microtechniques,
France
P1-78
The Via Vibrating Beam Accelerometer: A New
Quartz Micromachined Sensor
-O. LeTraon, F. Deyzac, D. Janiaud, and S. Muller,
Office National d’Etudes et de Recherches
Aerospatiales, France
P1-79
Quartz Microresonator Temperature Sensors Using
Lame Mode
-H. Kawashima, Seiko Instruments Inc., and H.
Kanie, Science University of Tokyo, Japan
P1-80
The Principle of Pressure-Temperature Transducer
of Quartz Crystal Resonator
-R.G. Jia, University of Petroleum, China
P1-81
ALC Crystal Oscillators Based Pressure and
Temperature Integrated Measurement System for
High Temperature Oil Well Applications
-R.A. Bianchi, J.M. Karam and B. Courtois, TIMA
Laboratory, France
P1-82
The Influence of Piezoelectric Substratum on the
SAW Vibration Sensor Properties
-J. Filipiak, and C. Kopycki, Military University of
Technology, Poland
P1-83
Microwave Oscillator as a Sensor of Electrophysics
Flow Parameters
-V.V. Boloznev, and E.V. Safonova, Tupolev Kazan
State Technical University, Russia
25
WEDNESDAY, 14 APRIL 1999
SESSION A3
OPTICAL SYNTHESIS III
Chair: L. Hollberg, National Institute of Standards and
Technology, USA
8:00
Phase Coherence In Optical Frequency
Measurement and Synthesis
-G. Kramer, B. Lipphardt, U. Huebner,
Physikalisch-Technische Bundesanstalt, Germany
8:50
Measurement Methods of Frequency Noise In
Optical Sources Based on Fabry-Perot
Discriminators
-E. Bava, G. Galzerano, and C. Svelto, Politecnico
di Milano, Italy
9:10
Toward A 3:1 Frequency Divider Based on
Parametric Oscillation Using AgGaS2 Crystals
-A. Doullet, and J. -J. Zondy, BNM-LPTF, France
9:30
Optical Frequency Division By 3 of 532 nm
-S. Slyusarev, and T. Ikegami, National Research
Laboratory of Metrology, Japan
9:50
Ultra-Stable Optical Frequencies For Space
-C.C. Hodge, H.A. Klein, National Physical
Laboratory, UK, D.J.E. Knight, DK Research, UK,
and L. Maleki, Jet Propulsion Laboratory, USA
SESSION B3
TIME SCALES
Chair: P. Tavella, IEN, Italy
8:30
An Analysis of Two Time Scale Algorithms Using
Real Clock Data
-D. N. Matsakis, U.S. Naval Observatory, USA, and
A. Lepek, Newton Metrology, Ltd., Israel
8:50
Estimating the Stability of N Clocks with
Correlations and Applications to Time Scale
Algorithms
-F. Torcaso, E. A. Burt, C. R. Ekstrom, and D.N.
Matsakis, U.S. Naval Observatory, USA
26
WEDNESDAY, 14 APRIL 1999
9:10
Performance of a Hydrogen Maser Ensemble and
Characterization of the Ensemble Frequency
Standards
-T. E. Parker, National Institute of Standards and
Technology, USA
9:30
Long-Term Experience with Cesium Beam
Frequency Standards
(INVITED)
-J.A. Kusters, Hewlett-Packard Company, L.S.
Cutler, Hewlett-Packard Laboratories, E.D.
Powers, US Naval Observatory, T.E. Parker,
National Institute of Standards and Technology,
USA
9:50
Concepts for High Precision Time and Frequency
Transfer Between Earth and Space Stations
-R. F. C. Vessot, Smithsonian Astrophysical
Observatory, D. Antsos, L. E. Young, Jet Propulsion
Laboratory, USA
SESSION C3
CHEMICAL SENSORS
Chair: J.R. Vig, US Army Communications-Electronics
Command, USA
8:30
Gas Phase Chemical Detection with an Integrated
Chemical Analysis System
(INVITED)
-G. C. Frye-Mason, R. J. Kottenstette, E. J. Heller,
C. M. Matzke, S. A. Casalnuovo, P. R. Lewis, R. P.
Manginell, W. K. Schubert, and V. M. Hietala,
Sandia National Laboratories, USA
8:50
The Use of Dextran as an Intermediate Layer: A
New Approach Towards SAW Based Biosensors
-N. Barie, M. Rapp, Forschungszentrum Karlsruhe
GmbH, Germany, and H. Sigrist, Centre Suisse
d’Electronique et de Microtechnique, Switzerland
9:10
In-Situ Sensing of Organic Vapor Adsorption Onto
Gold Surfaces Using Temperature Insensitive
Microbalance
-Y. Kim, U.S. Army Communication-Electronics
Command, USA
27
WEDNESDAY, 14 APRIL 1999
9:30
Latex Piezoelectric Immunoassay: It’s Application
for Clinical and Environmental Analysis
-S. Kurosawa, C. Nakamura, J. Miyake, National
Institute for Advanced Interdisciplinary Research,
N. Minoura, National Institute of Materials and
Chemical Research, M. Muratsugu, Osaka
Prefectural College of Health Sciences, N. Kamo,
Hokkaido University, Japan
9:50
Chemical Identification Using Internal Friction and
Frequency Measurements on a Polymer Coated
Resonator
-R. A. Kant, and C. L. Daly, Naval Research
Laboratory, and H-D. Su, SFA, Inc., USA
SESSION A4
OPTICAL FREQUENCY STANDARDS
Chair: C.W. Oates, National Institute of Standards and
Technology, USA
10:50
199
11:10
Towards an Indium Single-Ion Optical Frequency
Standard
-E. Peik, J. Abel, Th. Becker, M. Fries, J.V.
Zanthier, and H. Walter, Max-Planck-Institut fur
Quantenoptik and Sektion Physik der Universitat,
Germany
11:30
Development of an Optical Frequency Standard
Based Upon the 2S½ - 2D5/2 Transition in Sr+
(INVITED)
-G.P. Barwood, P. Gill, G. Huang, and H.A. Klein,
National Physical Laboratory, UK
11:50
Single Ion Spectroscopy of Ytterbium
-M. Roberts, P. Taylor, and P. Gill, National
Physical Laboratory, UK
12:10
Probing Single Ca+ Ions in a Miniature Trap
-M. Knoop, M. Vedel, M. Houssin, T. Pawletko, and
F. Vedel, University de Provence, France
28
HG+ Optical Frequency Standard
(INVITED)
-B.C. Young, R.J. Rafac, F.C. Cruz, J.C. Bergquist,
W.M. Itano, and D.J. Wineland, National Institute of
Standards and Technology, USA
WEDNESDAY, 14 APRIL 1999
12:30
Lunch
SESSION B4
TIME COMPARISON AND DISSEMINATION
Chair: G. DeYong, NMI Van Swinden Laboratory, The
Netherlands
10:50
Ultra Precise Time Dissemination System
-B. Riondet, C. Lopes, P. Leclerc, IN-SNEC, France
11:10
Reference Signal Generation and Management in
SDH/WDM-Based Equipment and Networks
-M. Kihara and K. Hisadome, NTT Optical Network
System Laboratories, Japan
11:30
Improved Sonet Time Distribution Hardware
-T. P. Celano, P. S. Crook, R. A. Martin, S. Passe, S.
R. Stein, Timing Solutions Corporation, G. A.
Gifford, National Institute of Standards and
Technology, USA
11:50
Authenticating Time and Frequency Signals
-J. Levine, National Institute of Standards &
Technology, USA
12:10
Comparison of Distant CS-Clock Monitoring
Methods
-K. Kalliomaki, University of Oulu, T. Mansten, VTT
Automation, Finland
SESSION C4
SENSOR INSTRUMENTATION
Chair: C. Ruppel, Siemens AG, Germany
10:50
29
Wirelessly Interrogable Acoustic Sensors
(INVITED)
-F. Seifert, A. Pohl, R. Steindl, University of
Technology, Austria, L. Reindl, Siemens Corporate
Research, Germany, M.J. Vellekoop, B. Jakoby,
Delft University of Technology, The Netherlands
WEDNESDAY, 14 APRIL 1999
11:10
Long-Term Stability and Performance
Characteristics of Crystals Quartz Gauge at High
Pressures and Temperatures
-N. Matsumoto, Y. Sudo, M. Niwa, Schlumberger,
Japan, and B. Sinha, Schlumberger-Doll Research,
USA
11:30
Solving the Cable Problem Between Quartz Sensor
and Electronics by Use of a Balanced Bridge
Oscillator Circuit
-M. Schmid, E. Benes, M. Groschl, P. Berlinger, H.
Nowotny, Vienna University of Technology, Austria
11:50
Identification with SAW Devices in Passive Remote
Telemetry Systems
-W. Buff, J. Ehrenpfordt, St.Klett, M. Goroll, M.
Rusko, Technical University of Ilmenau, Germany
12:10
Signal Processing For Wireless SAW Sensors
(INVITED)
-A. Pohl, University of Technology, Austria, L.
Reindl, Siemens Corporate Technology, Germany
SESSION A5
OPTICAL FREQUENCY STANDARDS
Chair: J. Vanier, University of Montreal, Canada
1:50
The Optical Ca Frequency Standard
(INVITED)
-F. Riehle, H. Schnatz, B. Lipphardt, G. Zinner, T.
Trebst, T. Binnewies, G. Wilpers, and J. Helmcke,
Physikalisch-Technische Bundesanstalt, Germany
2:10
An All-Diode-Laser Optical Frequency Standard
Based on Laser-Trapped Ca Atoms
-C.W. Oates, F. Bondu, and L. Hollberg, National
Institute of Standards and Technology, USA
2:30
Present Performance and Prospects For Application
in the Optical Frequency Synthesis of the
Transportable HE-NE/CH4 Frequency Standards
-M. Gubin, A. Shelkovnikov, E. Kovalchuk, D.
Krylova, E. Petrukhin, D. Tyurikov, P.N. Lebedev
Physical Institute, Russia
30
WEDNESDAY, 14 APRIL 1999
2:50
Performances of OsO4-Stabilized CO2 Lasers As
Optical Frequency Standards Near 29 THz
-O. Acef, G.D. Rovera, L. Hilico, and F. Ducos,
BNM-LPTF Observatoire de Paris, France
3:10
Cs-Referenced Optical Frequency Measurement of
the Single, Trapped Sr+ Ion Standard at 445 THz
-J.E. Bernard, A.A Madej, L. Marmet, K.J. Siemsen,
and B.G. Whitford, Institute for National
Measurement Standards, NRC, Canada
3:30
Break
3:50
Poster Session 1 – Authors will be present at their
posters
6:30
Reception and Awards Ceremony (Downtown)
SESSION B5
OSCILLATOR MODELING
Chair: J.P. Aubry,Oscilloquartz SA, Switzerland
1:50
Synthetic Modeling of Quartz Crystals Oscillators
-R. Brendel, N. Ratier, L. Couteleau, G.
Marianneau, Laboratoire de Physique et Metrologie
des Oscillateurs du C.N.R.S., P. Guillemot, Centre
National d’Etudes Spatiales, France
2:10
Flicker Noise Measurement of HF Quartz
Resonators using the Interferometric Method
-J. Groslambert, V. Giordano, LPMO CNRS,
France, E. Rubiola, Politecnico di Torino, Italy
2:30
100 MHz Crystal Oscillator with Extremely Low
Phase Noise
-T. McClelland, C. Stone, and M. Bloch, Frequency
Electronics, Inc. USA
2:50
New Sustaining Circuit for Precision Crystal
Oscillators
-L. A. Omlin, Torino, Italy
31
WEDNESDAY, 14 APRIL 1999
3:10
10 MHz Hyperstable Quartz Oscillators
Performances
-R. J. Besson, M. Mourey, S. Galliou, F. Marionnet,
Ecole Nationale Superieure de Mecanique et des
Microtechniques, F. Gonzalez, P. Guillemot, Centre
National d’Etudes Spatiales, France, R. Tjoelker, W.
Diener, and A. Kirk, Jet Propulsion Laboratory,
USA
SESSION C5
LOW LOSS SAW FILTERS
Chair: P. Defranould,Thompson-Microsonics, France
1:50
Design and Fabrication Technology of Low Loss
and High Frequency SAW Devices For Mobile
Radio Phones
(INVITED)
-J. Yamada, Hitachi Ltd., Japan
2:10
Reflector-Filter Using An SAW Waveguide
Directional Coupler For IF Applications in CDMA
System
-J. Tsutsumi, T. Matsuda, O. Ikata, Y. Satoh, Fujitsu
Laboratories Ltd., Japan
2:30
4-Pole SAW Coupled-Resonator Filters With Solely
Acoustic Proximity Coupling
-T. W. Johannes, Siemens AG, Germany
2:50
A SAW Filter Employing Weighted Reflectors and
a Multi-Strip Coupler
-Y. Kaneda, Fujitsu Media Devices Limited, M.
Tajima, Chiba University, T. Omori, K. Hashimoto,
M. Yamaguchi, Chiba University, J. Tsutsumi, O.
Ikata, and Y. Satoh, Fujitsu Laboratories Ltd.,
Japan
3:10
A Mixed Transverse Modes and Angular Spectrum
of Waves Model For the Analysis of SAW
Transversely Coupled Resonator Filters
-M. Solal, Thomson Microsonics, France
32
THURSDAY, 15 APRIL 1999
SESSION A6
FOUNTAINS
Chair: J. Boulanger, National Research Council of Canada
8:30
Current Limits To the Frequency Stability in an
Atomic Fountain Frequency Standard
-G. Santarelli, P.H. Laurent, A. Clairon, BNMLPTF, A.G. Mann, S. Chang, A.N. Luiten,
University of Western Australia, and C. Salomon,
Laboratoire Kastler-Brossel de l’Ecole Normale
Superieure, France
8:50
NIST Cesium Fountain Preliminary Accuracy
Evaluation
-S.R. Jefferts, D.M. Meekhof, F. Levi, W.D. Lee, F.L.
Walls, L.W. Hollberg and T.E. Parker, National
Institute of Standards and Technology, USA
9:10
First Results of PTB’S Atomic Cesium Fountain
-S. Weyers, D. Griebsch, U. Hubner, R. Schroder
and C.H. Tamm, Physikalisch-Technische
Bundesanstalt, Germany
9:30
High Accuracy Measurement of the 87 Rb Ground
State Hyperfine Splitting in an Atomic Fountain
(INVITED)
-Y. Sortais, S. Bize, G. Santarelli, and A. Clairon,
BNM-LPTF, France, M. Santos, Instituto de Fisica
de Sao Carlos - USP, Brazil, C. Mandache,
Institutul National de Fizica Laserilor, Romania, C.
Salomon, ENSMM, France
9:50
Laser-Cooled Rb Fountain Clocks
-C. Fertig and K. Gibble, Yale University, USA
SESSION B6
NOISE & RESONATORS
Chair: K. Hilty, Swiss P.O. Telecomm R&D, Switzerland
8:30
33
On the Frequency and Amplitude Spectrum and the
Fluctuations at the Output of a Communication
Receiver
-M. Planat, Universite de Franche-Comte, France
THURSDAY, 15 APRIL 1999
8:50
PM and AM Noise in Nonlinear BJT Amplifier
-V.N. Kuleshov, Moscow Power Engineering
Institute, Russia
9:10
Evaluation of Passive Component Short-Term
Stability Via Use in Low Loop Delay Oscillators
-M. M. Driscoll, Northrop-Grumman Corporation,
USA
9:30
Generation of 1/f Frequency Noise in Locked
Systems Working in Nonlinear Mode
-S. Dos Santos and M. Planat, Universite de
Franche-Comte, France
9:50
Thermal Stabilization of Microwave Sapphire
Resonator References
-Y. Kersale, F.L. Vieudrin, I. Lajoie, V. Giordano,
Universite de Franche Comte, M. Chaubet, Centre
National d’Etudes Spatiales, France
SESSION C6
QUARTZ MATERIAL
Chair: J. Kosinski, US Army Communications-Electronics
Command, USA
8:30
Characterization of Low Dislocation Synthetic
Quartz Crystal Grown From A Highly Distorted
Seed By X-Ray Topography
-A.H. Shinohara, M.C. Iano, S. Daidoji, C.K.
Suzuki, University of Campinas, Brazil and Y.
Mikawa, Fine Crystal Co., Ltd., Japan
8:50
High Voltage Diffusion Along Z- And X Axes on
Quartz Crystal: Compared Influence on Resonators
Quality
-M. Smaali, J. J. Boy, and J. B. Briot,
ENSMM/LCEP, France
9:10
New Technique To Decrease Dislocations In
Synthetic Quartz Crystal
-Y. Mikawa, M. Hatanaka, and Y. Banno, Fine
Crystals Co., LTD, Japan
34
THURSDAY, 15 APRIL 1999
9:30
Isochronism Defect For Various Doubly Rotated
Cut Quartz Resonators
-N. Gufflet, R. Bourquin, J. J. Boy, ENSMM/LCEP,
France
9:50
On the Accuracy of the Electrode Mass Effect in
Mindlin Plate Equations
Y.-K. Yong, Rutgers University, J. Wang, Epson
Palo Alto Laboratory, USA, and T. Imai, Seiko
Epson, Japan
SESSION A7
CESIUM CLOCKS
Chair:
A. DeMarchi, Politecnico di Torino, Italy
10:50
Coherent Microwave Emission in Coherent
Population Trapping: On the Origin of the Energy
and of the Quadratic Light Shift
-J. Vanier, A. Godone, and F. Levi, Istituto
Elettrotecnico Nazionale, Italy
11:10
An Alternate Cold Cesium Frequency Standard: The
Continuous Fountain
-G. Dudle, Swiss Federal Office of Metrology, A.
Joyet, E. Fretel, P. Berthoud, and P. Thomann,
Observatoire Cantonal de Neuchatel, Switzerland
11:30
Recent Results of PTB’S Primary Clock CS1
-A. Bauch, B. Fischer, T. Heindorff, and R.
Schroder, Physikalisch-Technische Bundesanstalt,
Germany
11:50
The BNM-LPTF Cesium Beam Frequency Standard
-A. Makdissi, J.P. Berthet, and E. de Clercq,
B.N.M.- Laboratoire Primaire du Temps et des
Frequences, France
12:10
Frequency Shift Analysis in a Small High
Performance Optically Pumped Cesium Beam
Frequency Standard
-F. Hamouda,G. Theobald, P. Cerez, and C. Audoin,
Laboratoire de l’ Horloge Atomique, France
35
THURSDAY, 15 APRIL 1999
SESSION B7
MICROWAVE OSCILLATORS
Chair: P. Eskelinen, Lappeenranta University of
Technology, Finland
10:50
Suggestions For Finding Optimum Materials and
manufacturing Methods for Metallic Microwave
Cavity Resonators
-H. Eskelinen and P. Eskelinen, Lappeenranta
University of Technology, Finland
11:10
Applications of Coupled Dielectric Resonators using
SrTiO3 Pucks: Tunable Resonators and Novel
Thermometry
-J.C. Gallop and L. Hao, National Physical
Laboratory, UK
11:30
Compact Temperature-Compensated Cryogenic
Whispering Gallery Mode Resonator Operated at
63K in a Closed Cycle Cooler
-L. Hao, J.C. Gallop, National Physical Laboratory,
UK and N. Klein, M. Winter, FZ, Germany
11:50
Whispering Gallery Traveling Wave ResonatorOscillator with Interferometric Noise Cancellation
-M. E. Tobar, E. N. Ivanov, University of Western
Australia, Australia, D. Cros, P. Blondy, IRCOM,
France
12:10
Correlation-Based Noise Measurements Below the
Thermal Noise Floor
-E. Rubiola, Politecnico di Torino, Italy and V.
Giordano, LPMO CNRS, France
SESSION C7
NEW MATERIALS
Chair: C. Ruppel, Siemens AG, Germany
10:50
36
A Comprehensive Mapping of Surface Acoustic
Wave Properties on Gallium Orthophosphate
(GaPO4)
-E.H. Briot, E. Bigler, W. Daniau, G. Marianneau,
LPMO/CNRS, France
THURSDAY, 15 APRIL 1999
11:10
Langasite, Langanite, and Langatate Resonators:
Recent Results
-R. C. Smythe, R. C. Helmbold, G. E. Hague, and K.
A. Snow, Piezo Technology, USA
11:30
Comparison of Elastic, Piezoelectric, Dielectric
Properties of Some Materials From La3Ga5Si014,
La3Ga5.5Nb014, and Sr2Ga3Ge4014 Subgroups
-Y. V. Pisarevsky, N. A. Moiseeva, Institute of
Crystallography RAS, B.V. Mill, Moscow State
University, P. A. Senushencov, O. Y. Silvestrova,
Russia
11:50
Growth of High Quality Single Domain Crystals of
Langasite Family Compounds
-B. Chai, H. Qiu, Y. Y. Ji, and J.L. Lefaucheur,
Crystal Photonics Inc., USA
12:10
Synthesis, Growth and Some Properties of Single
Crystals with the Ca3Ga2Ge4O14 Structure
-B. V. Mill, E. L. Belokoneva, Moscow State
University, Y. V. Pisarevsky, Institute of
Crystallography, Moscow State University, Russia
SESSION A8
MEASUREMENTS
GPS GLONASS
Chair: K. Kalliomaki, University of Oulu, Finland
1:50
Total Variance Made Easy
(INVITED)
-D.A. Howe, National Institute of Standards and
Technology, USA
2:10
Estimation of the Power Spectral Density of
Frequency Deviation Samples: Comparison of Three
Methods
-F. Vernotte, Observatoire de Besancon, France
2:30
Results in GPS System Time Restitution with
Kalman Filters
-R. Kramer, J.H. Hahn, German Aerospace Center,
Germany, and L.S. Schmidt, US Naval Observatory,
USA
37
THURSDAY, 15 APRIL 1999
2:50
Effects of Antenna Cables on GPS Timing
Receivers
-M.A. Weiss, F. Ascarrunz, T. Parker, and V. Zhang,
National Institute of Standards and Technology ,
USA
3:10
An Experiment of Transatlantic Glonass P-Code
Time Transfer
-J. Azoubib, W. Lewandowski, Bureau International
des Poids et Mesures, France, J. Nawrocki,
Astrogeodynamical Observatory, Poland, D.
Matsakis, US Naval Observatory, USA
SESSION B8
FREQUENCY SYNTHESIS
Chair: M.M. Driscoll, Northrop-Grumman Corp., USA
1:50
The Adiabatic Anti Jitter Circuit
-M.J. Underhill, University of Surrey, UK
2:10
1.5-40 GHz Multifunctional Microwave Sampling
Converter
-A. M. Schitov, Institute of Electronic
Measurements, Russia
2:30
A Highly Stable, Phase Coherent, Wideband
Microwave Synthesizer for Radio Astronomy
Applications
-G. H. Tan, Netherlands Foundation for Research in
Astronomy, The Netherlands
2:50
Phase Noise Performance of X-Band Regenerative
Dividers
-C. McNeilage, J.H. Searls, P.R. Stockwell and S.
Frost, Poseidon Scientific Instruments Pty. Ltd.,
Australia
3:10
Cs Frequency Synthesis: A New Approach
-A. S. Gupta, National Physical Laboratory, India,
D. Popovich, University of Belgrade, Yugoslavia, F.
L. Walls, National Institute of Standards and
Technology, USA
38
THURSDAY, 15 APRIL 1999
SESSION C8
RESONATOR MANUFACTURING
Chair: J. Kusters, Hewlett-Packard Company
1:50
Trapped-Energy Vibratory Gyroscopes Using
Rotated Y-Cut LiNbO3
-K. Nakamura and M. Ohsaki, Tohoku University,
Japan
2:10
Internal Stress In Sputtered Gold Electrodes and Its
Significance for Quartz Resonators
-G. Thornell, F. Ericson, Uppsala University, G.
Portnoff, Quartz Pro AB, Sweden
2:30
Direct Bonding for True All Quartz Package and
New Resonator Designs
-O. Vallin and P. Rangsten, Uppsala University,
Sweden
2:50
Batch Fabrication of AT-Cut Crystal Resonators up
To 200 MHz
-C. Wuthrich, Asulab, S.D. Piazza, B. Studer, and U.
Ruedi, Micro Crystal, Switzerland
3:10
Miniature Crystals Filters with Strip-Type
Piezoelements Operating on Thickness-Twist and
Thickness-Shear Vibration from 2 to 200 MHz
-I. A. Tislenko, I. M. Larionov, V.A. Mostiaev,
Moscow, Russia
3:30
Break
3:50
Poster Session 2 – Authors will be present at their
posters
39
THURSDAY AND FRIDAY,
15 AND 16 APRIL 1999
POSTER SESSION 2
P2–1
Conductive Adhesive-Free Surface Mount Type
High Frequency Fundamental Crystal Resonators by
Gold Bump Bonding
-H. Iwata and O. Ishii, Toyo Communication
Equipment Co., Ltd., Japan
P2-2
Effect of Crystal Orientation on Grinding and
Polishing Processes of Natural Quartz
-P.L. Guzzo, and J.D.B. DeMello, Universidade
Federal de Uberlandia, Brazil
P2-3
The Use of Design of Experiments for the
Optimization of Deposited Glass on SAW Filters
-F.S. Hickernell and H.D. Knuth, Motorola Systems
Solutions Group, USA
P2-4
Generalized Truncated Time Functions for SAW
Filter Synthesis
-R.G. Kulkarni, Bharat Electronics and S.K. Lahiri,
Indian Institute of Technology, India
P2-5
Low-Loss NSPUDT SAW Filter Without Reversing
the Directivity of NSPUDT
-S.A. Doberstein and V.A. Malyukhov, ONIIP,
Russia
P2-6
Nonequidistant Uniform-Beam-Profile IDTS in
Broadband SAW Filters
-E. Bausk and E. Kolosovsky, Russian Academy of
Sciences, Russia
P2-7
Leaky SAW Branches Coupled with Oblique
Acoustic Axes in Trigonal Crystals
-V.G. Mozhaev, Moscow State University, Russia, F.
Bosia and M. Weihnacht, Institut fur Festkorper-und
Werkstofforschung, Germany
P2-8
On the Excitation of Surface and Pseudosurface
Quasi-Bulk Waves
-A.N. Darinskii, Institute of Crystallography and
N.F. Naumenko, Moscow Steel and Alloys Institute,
Russia
40
THURSDAY AND FRIDAY,
15 AND 16 APRIL 1999
P2-9
Parameters Comparison of Different Resonators
Excited by Lateral Field
-K. Weiss, W. Szulc, B. Gniewinska and A.
Masiukiewicz, Tele and Radio Research Institute,
Poland
P2-10
Frequency Spectrum of the Piezoelectric
Resonators’ Localized Oscillations
-E. Ganenko, T. Yemelyanova and S. Nedorezov,
Ukranian Engineering-Pedagogical Academy, and
Y.S. Smaiy, Kharkiv Military University, Ukraine
P2-11
Multi-Frequency Resonator Array Using Laser
Beam Twinning Technique
-T. Uno and S. Noge, Kanagawa Institute of
Technology, Japan
P2-12
Structure and Morphology of Thin Al Layers in
Resonator’s Systems After Rapid Thermal
Annealing
-L. Spassov, Institute of Solid State Physics,
Bulgaria
P2-13
Cut-Independent Quartz Resonators by Ion Track
Lithography
-H. Rapp and K. Hjort, Uppsala University, Sweden
P2-14
Theoretical and Experimental Results for the
Acceleration Sensitivity of Rectangular Crystal
Resonators
-J.T. Stewart, P. Morley and D.S. Stevens, Vectron
International, USA
P2-15
An Analysis of Frequency of a Quartz Crystal
Tuning Fork by Sezawa’s Theory – The Effect of
Supporting Position of the Base
-H. Itoh and T. Matsumoto, Shinshu University,
Japan
P2-16
Vibration Modes of Piezoelectric Plates with Small
Spatial Thickness Variation
-H. Nowotny, N. Finger, Institut fur Theoretische
Physik and E. Benes and M. Groschl, Institut fur
Allgemeine Physik, Austria
41
THURSDAY AND FRIDAY,
15 AND 16 APRIL 1999
P2-17
Fraunhofer Diffraction by Vibrating Optical Slits on
the Surface of a NS-GT Cut Quartz Crystal
Resonator
-S. Yamagata, A. Hanamoto, Hokkaido University of
Education, K. Sunaga, SII Quartz Techno and H.
Kawashimma, Seiko Instrument Inc., Japan
P2-18
Contribution to the Analysis of the FrequencyTemperature Characteristic of AT-Cut Quartz Plate
Vibrated at the Fundamental and Third Harmonic
-J. Zelenka, Technical University in Liberec, Czech
Republic
P2-19
High Frequency Tribological Investigations on
Quartz Resonators Surfaces
-A. Laschitsch and D. Johannsmann, Max-PlanckInstitute for Polymer Research, Germany
P2-20
Analysis of Parametric Noise in Quartz Crystal
Oscillators
-L. Couteleau, R. Brendel, G. Marianneau, N.
Ratier, Universite de Franche-Comte-Besancon and
P. Guillemot, Centre National d’Etudes Spatiales,
France
P2-21
Phase-Noise Measurement in Dual-Mode SC-Cut
Crystal Oscillators
-Y. Watanabe, T. Okabayashi, S. Goka and H.
Sekimoto, Tokyo Metropolitan University, Japan
P2-22
Detecting Weak Spurious Modes in Quartz Plates by
Measuring Surface Charge
-Y. Watanabe, T. Tanaka, S. Goka and H. Sekimoto,
Tokyo Metropolitan University, Japan
P2-23
Short-Term Characterization of GPS Disciplined
Oscillators and Field Trial for Frequency of Italian
Calibration Centres
-F. Cordara and V. Pettiti, Istituto Elettrotecnico
Nazionale, Italy
P2-24
Improved Oscillator Phase Noise Characteristic
Under Harsh Environmental Conditions by Use of
Mechanical Filters
-T. Delhomme and P. Renoult, Tekelec Temex
Components, France
42
THURSDAY AND FRIDAY,
15 AND 16 APRIL 1999
P2-25
Low DC-Driving-Voltage Crystal Oscillator
-M. Toki, Yokohama National University, Japan
P2-26
One Gigahertz Low Phase Noise Oscillator for OnBoard Avionic Applications
-O. Franquet, and B. Wolcoff, AR Electronique,
France
P2-27
Microwave Whispering Gallery Mode Dielectric
Resonator Oscillator
-S.L. Badnikar, N. Shanmugam, Defense Electronics
Research Laboratory, and V.R.K. Murthy, IIT, India
P2-28
A Miniaturized Microwave Resonator for Rubidium
Frequency Standards
-G.H. Mei and J.T. Liu, Chinese Academy of
Science, P.R. of China
P2-29
A Study of the Frequency Stability Limits of
Oscillators Based on Sapphire Dielectric Resonators
-J.G. Hartnett, E.N. Ivanov, M.E. Tobar and A.G.
Mann, University of Western Australia, Australia
P2-30
PM and AM Noise in Common Base Amplifier
-T.I. Boldyreva and V.N. Kuleshov, Moscow Power
Engineering Institute, Russia
P2-31
Phase Noise Under Normal Use Conditions
-J. Croukamp, Valpey-Fisher Company, USA
P2-32
Dual-Mode Crystal Oscillators Modeling
-A.V. Kosykh, A.N. Lepetaev and S.A. Zavjalov,
Omsk State Engineering University, Russia
P2-33
Noise in Oscillators with Two Asynchronous
Oscillators
-D.P. Tsarapkin, Moscow Power Engineering
Institute, Russia, and F.L. Walls, National Institute
of Standards and Technology, USA
P2-34
Experimental Studies of Noise in Dual Mode
Oscillator
-H. Ascarrunz, Spectra Dynamics Inc., E. FerrePikal, University of Wyoming, F.L. Walls, National
Institute of Standards and Technology, USA, and D.
Tsarapkin, Moscow Power Engineering Institute,
Russia
43
THURSDAY AND FRIDAY,
15 AND 16 APRIL 1999
P2-35
Definition of Phase Spectral Density of Crystal
Resonator Through its Equivalent Parameter 1/f
Noises
-Y.S. Smaliy, Kharkiv Military University, Ukraine
P2-36
Quantum 1/f Quartz Resonator Theory Versus
Experiment
-P.H. Handel, University of Missouri, USA
P2-37
Continuos Frequency Control from 5 to 10 GHz of
an Optical Oscillator
-O. Frazao, P.Tavares, A.F. Cunha, J. Ferreira da
Rocha, University of Aveiro, and L. Ribeiro,
University of Minho, Portugal
P2-38
Improved Aging Results Using Thick-Film Hybrid
Packaging and Miniature Vacuum-Sealed Hybrid
Ovenized BAW and SAW Crystal Oscillators Using
Such Packaging
-R.L. Clark, J. Li and J. Adler, Vectron
International, USA
P2-39
Temperature Control for Sub-10-16 Fractional
Frequency Stability
-C.C. Hodge, C.D. Langham and M. Oxborrow,
National Physical Laboratory, UK
P2-40
Manufacturing Method of High Frequency Quartz
Oscillators Over 1 GHz
-Y. Nagaura, Nagaura Lab Co., Inc., and S.
Yokomizo, Industrial Technology Center of
Okayama Prefecture, Japan
P2-41
Monolithic Microwave LC Oscillator Design Based
on a Novel Phase Noise Characterization Method
-J. Van Der Tang and D. Kasperkovitz, Philips
Research Laboratories, The Netherlands
P2-42
Correlation of Frequency Hopped VCO Phase
Settling to Varactor Transient Capacitance
-L. Mallette, M. Delaney, S. Killman and T. Folk,
Hughes Space and Communications, USA
P2-43
Spurious Signals in Direct Digital Frequency
Synthesizers Due to the Phase Truncation
-V.F. Kroupa, Czech Republic
44
THURSDAY AND FRIDAY,
15 AND 16 APRIL 1999
P2-44
A Low-Cost PC-Based GPS Common-View TimeTransfer View
-S. Basker, D. Holmes and M. Trethewey, Signal
Computing Ltd., UK
P2-45
Phase Noise Evaluation Digital Algorithm for
Precision Oscillation
-D.V. Bogomolov and D.S. Ochkov, “Radiophyzika”
Joint Stock Company, Russia
P2-46
Direct Approach to MTIE Calculation
-A. Dobrogowski and M. Kasznia, Poznan
University of Technology, Poland
P2-47
Optical Control Time Service System by Using
Telephone Line
-Y. Haibo, B. Yan and F. Ping, Shaanxi
Astronomical Observatory, P.R. China
P2-48
Design and Implementation of 4 Ports Computer
Time Service System in Taiwan
-C.C. Lin and C.S. Liao, Chunghwa Telecom Co.,
Ltd., Taiwan
P2-49
Experimental Test of a Diffused Laser Light
Optically Pumped Cesium Beam Frequency
Standard
-J. Chen, F. Wang, D. Yang and Y. Wang, Peking
University, P.R. China
P2-50
Sub-Doppler Spectroscopy of Cs Atoms Using Thin
Vapor Cell: Application to Frequency Standards
-M. Tachikawa, M. Furukawa, S. Hayashi, Meiji
University, and K. Fukuda, Communications
Research Laboratory, Japan
P2-51
High Contrast Doppler Free Resonance on Cycling
Transition F=3,- F’=2 D2 Line of Cesium Atoms
-R. Gamidov and M. Cetintas, Tubitak, Turkey
P2-52
New Method to Induce Raman Transitions
-D. Holleville, J. Fils, C. Valentin and N. DiMarcq,
Universite Paris Sud, France
45
THURSDAY AND FRIDAY,
15 AND 16 APRIL 1999
P2-53
Wavelet Model for the Time Scale
-K. Xizheng, Y. Tinggao, Shaanxi Astronomical
Observatory, W. Zhensen and J. Licheng, XiDian
University, P.R. China
P2-54
Error Estimates for Frequency Drift in the Presence
of Fractionally Integrated Noises
-F. Torcaso, US Naval Observatory, USA
P2-55
The Application of Wavelet Transformation to the
Study of Time Prediction Errors of Clocks for Use
in the CDMA Digital Communication Systems
-H. Ujiie, K. Maruo, ADVANTEST Laboratories, Y.
Watanabe, S. Goka and H. Sekimoto, Tokyo
Metropolitan University, Japan
P2-56
Observations on Stability Measurements of
Commercial Atomic Clocks
-P. Eskelinen, Lappeenranta University of
Technology, Finland
P2-57
Time Comparison of Atomic Clocks Using Counter
and GPS System
-R. Gamidov and M. Cetintas, Tubitak, Turkey
P2-58
Common-View GPS Time Transfer Using
Conventional Single Channel Receivers and MultiChannel GPS Receivers
-T.R. Armstrong, Measurement Standards
Laboratory, New Zealand, P.T.H. Fisk and M.A.
Lawn, National Measurement Laboratory, Australia
P2-59
Kalman Smoothed Estimates of GPS CommonView Data
-K. Jaldehag and J. Johansson, Swedish National
Testing and Research Institute, Sweden
P2-60
Estimate of the GPS Block IIR Satellite Clock
Behavior Using Autonomous Navigation
(AUTONAV)
-A. Wu, The Aerospace Corporation, USA
P2-61
Measurements of Two-Way Earth Station Delay
Instabilities Using a Delay Calibration Device
-F.G. Ascarrunz, University of Colorado, T.E.
Parker, S.R. Jefferts and V. Zhang, National
Institute of Standards and Technology, USA
46
THURSDAY AND FRIDAY,
15 AND 16 APRIL 1999
P2-62
The Hydrogen Maser Cavity Step Autotuning:
Theoretical Analysis and Experimental Results
-V.A. Logachev, Institute of Electronic
Measurements “Kvarz”, Russia
P2-63
Autonomous Precision H-Maser Cavity Autotuning
System
-B.A. Sakharov, A.A. Beliaev, I.K. Pavlenko, S.I.
Medvedev, and A.V. Yakimov, VREMYA-CH JS
Company, Russia
P2-64
Progress in the Development of an Optical
Frequency Standard at 192.6 THz Based on a TwoPhoton Transition of Rubidium Atoms at Laval
University
-M. Poulin, C. Latrasse, D. Touahri, M. Allard and
M. Tetu, Universite Laval, Canada
P2-65
Experimental Characterization of FM Spectroscopy
of 127I2 at 532 nm Using a Frequency-Doubled
Nd:YAG Laser
-G. Galzerano, C. Svelto, P. Ceriani, L. Re, E. Bava,
Politechnico di Milano and F. Pertinetto, Istituto di
Metrologia Gustavo Colonnetti, Italy
P2-66
Compact, Broadly Tunable Mid-IR Source for the
Spectroscopic Investigation of Molecular Reference
Lines in the 27 to 33 THz Range
-T. Kaing, J.-J. Zondy, BNM-LPTF, France, P.
Yelisseyev, S.I. Lobanov and L.I. Isaenko, DTIM,
Russia
P2-67
Narrow-Linewidth Er-Yb: Glass Microlaser
Frequency Stabilized Against Saturated Acetylene
P(16) Line at 1542.384 nm
-A. Onae, National Research Laboratory of
Metrology, Japan, C. Svelto, G. Galzerano, M.
Macchi, E. Bava, Politecnico di Milano, Italy, K.
Nakagawa, University of Electro-Communications,
Japan, S. Taccheo and P. Laporta, Politecnico di
Milano, Italy
47
THURSDAY AND FRIDAY,
15 AND 16 APRIL 1999
P2-68
1998 Absolute Frequency Measurements with a Set
of Transportable HE-NE/CH4 Optical Frequency
Standards
-O. Acef, A. Clairon, D. Rovera, F. Ducos, BNMLPTF, L. Hilico, Universite d’Evry val d’Essonne,
France, G. Kramer, B. Lipphardt, PhysikalischTechnische Bundesanstalt, Germany, A.
Shelkovnikov, E. Kovalchuk, E. Petrukhin, D.
Tyurikov, M. Petrovskiy, M. Gubin, Lebedev
Physical Institute, Russia, R. Felder, BIPM, France,
P. Gill and S. Lea, National Physical Laboratory,
UK
P2-69
Searching for a Possible Time Dependence of the
Fine Sturucture Constant: A Proposal Using Cold
Atom Fountains
-S. Bize, Y. Sortais, G. Santarelli, A. Clairon, BNMLPTF and C. Salomon, Laboratoire Kastler-Brossel
de l’Ecole Normale Superieure, France
P2-70
Polish Atomic Time Scale Based on Comparison of
Clocks with Multichannel GPS Time Receivers
-J. Nawrocki, Astrogeodynamical Observatory,
Poland, J. Azoubib, W. Lewandowski, Bureau
International des Poids et Mesures, France and Z.
Rau, Institute of Telecommunications, Poland
P2-71
Performance of the Czech Standard Frequency
Dissemination System Based on TV Networks
-J. Cermak, L. Sojdr, O. Buzek and B. Cemusova,
Czech Academy of Science, Czech Republic
P2-72
Evaluation of the First Brazilian Atomic Clock
-F. Teles, D.V. Magalhaes, A.M. Tuboy, D.M.B.P.
Milori, M.S. Santos, G.D. Rovera, V.C. Rodriques,
V.S. Bagnato, Instituto de Fisica de Sao Carlos,
Brazil
P2-73
Time Transfer Using GPS Carrier Phases: Influence
of Temperature Variations Near the Receiver
-C. Bruyninx, P. Defraigne and P. Paquet, Royal
Observatory of Belgium, Belgium
P2-74
Timing Performance of Various GPS Receivers
-J. Mannermaa, S. Turunen, Nokia Mobile Phones,
K. Kalliomaki, University of Oulu, and T. Mansten,
VTT Automation, Finland
48
THURSDAY AND FRIDAY,
15 AND 16 APRIL 1999
P2-75
The Development of a Computer Model of a GPS
Disciplined Oscillator to Aid Error Budget
Determination
-J.A. Davis, National Physical Laboratory, UK
P2-76
Viscosity Sensor Based on Lamb Wave in 1-3
Piezocomposite
-F. Teston, G. Feuillard, L. Tessier and M. Lethiecq,
LUSSI/GIP, France
P2-77
Piezoelectric Hydrogen Sensor on the Base of WO3Pd Films
-I.A. Ges and B.A. Budkevich, Belarus National
Academy of Sciences, Belarus
P2-78
Optimization of Sensing Film for Quartz Crystal
Microbalance Odor Sensor Using Self-Assembly
Deposition Method
-A. Saitoh, T. Nomura, Shibaura Institute of
Technology, S. Munoz and T. Moriizumi, Tokyo
Institute of Technology, Japan
P2-79
A Hybrid Method of Frequency Automatic FollowUp for Ultrasonic Motor
-C. Zhao, X. Han and L. Jin, Nanjing University of
Aeronautics and Astronautics, P.R. China
P2-80
The Methods of Limiting of Harmful Effects
Influence in SAW Sensors
-J. Hechner, W. Soluch and T. Wrobel, Institute of
Electronic Materials Technology, Poland
P2-81
Surface Acoustic Wave Vapor Sensor Using Ultra
Thin Multilayer Films
-T. Nomura, A. Saitoh, Shibaura Institute of
Technology and S. Furukawa, Kyushu Institute of
Technology, Japan
P2-82
SAW Humidity Sensors with Improved Sensitivity
and Long-Term Stability
-V.I. Anisimkin, Institute of Radioengineering and
Electronics, Russia, C. Caliendo and E. Verona,
Istituto di Acustica, Italy
49
THURSDAY AND FRIDAY,
15 AND 16 APRIL 1999
P2-83
An Attempt for NH3 Detection Based on Quartz
Resonator with Thin SnO2 Film
-V. Georgieva, Institute of Solid State Physics,
Bulgaria
P2-84
Automatic Ultrasonic Measurement of Sound
Velocity in Liquids by a Phase-Locked Loop
Method
-K. Ikeda, Shinshu University, Japan
P2-85
Polymer Coatings and Surface Functionalization:
Increase Selectivity for SAW Chemical Sensors
-J. Hammond, T.E. Mlsna, D. Smith, J. Caron,
Sensor Research and Development Corporation, C.
Tripp and J. Vetelino, University of Maine
50
FRIDAY, 16 APRIL 1999
SESSION A9
MICROWAVE OSCILLATORS
Chair: T.E. Parker, National Institute of Standards &
Technology, USA
8:30
Performance Evaluation of Optoelectronic
Microwave Oscillators
-S. Romisch, J. Kitching, E. Ferre-Pikal, L.
Hollberg, and F.L. Walls, National Institute of
Standards & Technology, USA
8:50
Application of the Carrier Suppression Technique to
the Opto-Electronic Oscillator
-S. Yao and L. Maleki, Jet Propulsion Laboratory,
USA
9:10
Stability and Phase Noise Tests of Two CryoCooled Sapphire Oscillators
(INVITED)
-G.J. Dick, and R.T. Wang, Jet Propulsion
Laboratory, USA
9:30
High Power Microwave Oscillators with
Interferometric Signal Processing
(INVITED)
-E.N. Ivanov and M.E. Tobar, The University of
Western Australia, Nedlands
9:50
A New Method for the Design of Ultra Low Noise
Oscillators
-E. Vaury, J.C. Nallatamby, M. Prigent, J. Obregon,
IRCOM, V. Giordano, J. Groslambert, LPMO, M.
Camiade, UMS, O. Llopis, LAAS, F. Gonzalez and
M. Chaubet, CNES, France
SESSION B9
REVIEW UNIQUE TECHNIQUES
Chair: R.L. Filler, US Army Communications-Electronics
Command, USA
8:30
51
Modern State and Perspectives of Bulk Acoustic
Wave Composite Resonators
-G. D. Mansfeld, Institute of Radioengineering and
Electronics, Russia
FRIDAY, 16 APRIL 1999
8:50
Some Applications of a Stereographic Analysis of
Etching Shapes for Structures Micro-Machined in
Singly and Doubly Rotated Quartz Plates
-C. R. Tellier and T. G. Leblois, ENSMM, France
9:10
Possible Elimination of Radiation Induced
Frequency Shifts and Acoustic Losses Due to
Alkali-Metal (M+) Ion Migration in Quartz
-A. Halperin, Racah Institute of Physics, Israel
9:30
A New Topographic Method for Direct
Determination of the Mode Shape of Piezoelectric
Devices using the White Beam Radiation at ESRF
-B. Capelle, J. Detaint, and Y. Epelboin, Universites
P.M. Curie and D. Diderot, France
9:50
Complete X-Ray Orientation Determination of
Quartz Bars Using A Small Scanning Range
-H. Berger, H. Bradaczek, and G. Hilderbrant, EFG
International Berlin Research Center, Germany
SESSION A10
CLOCKS WITH COOLED SPECIES
Chair: S. Jefferts, National Institute of Standards &
Technology, USA
10:50
Higher Pole Linear Traps for Atomic Clock
Applications
-J.D. Prestage, R.L. Tjoelker, and L. Maleki, Jet
Propulsion Laboratory, USA
11:10
The CSIRO Trapped 171 Yb + Ion Clock: Improved
Accuracy Through Laser -Cooled Operation
-P.T H. Fisk, R. B. Warrington, M.J. Wouters, M.A.
Lawn, and C. Coles, CSIRO National Measurement
Laboratory, Australia
11:30
Horace: An Atomic Clock with Cooled Atoms in
Cell
-E. Guillot, P.E. Pottie, P. Petit, C. Valentin, and N.
Dimarcq, Laboratoire de l’Horloge Atomique,
France
11:50
Compact CW Cold-Beam Cesium Atomic Clock
-W. Buell and B. Jaduszliwer, The Aerospace
Corporation, USA
52
FRIDAY, 16 APRIL 1999
SESSION B10
SAW PROPAGATION
Chair: D. Hauden, CNRS-LPMO, France
10:50
Scattering Matrix Approach to One Port SAW
Resonators
-W. Soluch, Institute of Electronic Materials
Technology, Poland
11:10
Characterization of Single-Port Surface Transverse
Wave Resonators in the Lower GHz Range
-I.D. Avramov, Institutes of Solid State Physics,
Bulgaria
11:30
Theoretical Analysis of the Second Stop-Band of
the Propagation of Rayleigh Waves on Periodically
Corrugated Anisotropic or Piezoelectric Substrates
-B. Dulmet, H. Watchueng, J-B. Briot, Laboratoire
de Chronometrie Electronique et Piezoelectricite,
France
11:50
Theoretical and Experimental Evidence for Superior
Intrinsic Q of STW Devices on Rotated Y-Cut
Quartz
-J.A. Kosinski, R. Pastore, U.S. Army CECOM,
USA, and I.D. Avramov, Institute of Solid State
Physics, Bulgaria
12:10
Sensitivity of STW Resonators to Radial in-Plane
Stress Effects: Theory and Experiments
-S. Ballandras, W. Daniau, E.H. Briot, Universite de
Franche-Comte, France
SESSION A11
CLOCKS IN SPACE
Chair: L. Maleki, Jet Propulsion Laboratory, USA
1:50
53
Aces: Atomic Clock Ensemble in Space on Board
the Space Station
-C. Salomon, LKB, France, Ph. Laurent, P.
Lemonde, E. Simon, G. Santarelli, A. Clairon, BNMLPTF, N. Dimarcq, C. Audoin, P. Petit, LHA, L.
Bernier, G. Busca, CERGA, Observatoire de la cote
d’azur, France, E. Samain, Observatoire de
Neuchatel, Switzerland
FRIDAY, 16 APRIL 1999
2:10
Parcs: A Primary Atomic Reference Clock in Space
-N. Ashby, A. DeMarchi, T. Heavner, L. Hollberg, S.
Jefferts, J. Kitching, T. Parker, W. Phillips, S.
Rolston, H. Robinson, D. Sullivan, and F. Walls,
National Institute of Standards and Technology,
USA
2:30
Laser-Cooled Microgravity Clocks
-K. Gibble, Yale University, USA
2:50
Aces: A Time and Frequency Mission For the
International Space Station
-S. Feltham, ESTEC, The Netherlands, F. Gonzalez,
CNES, and P. Puech, MMS, France
3:10
Interrogation of Cold Atoms in a Space Clock
-P.H. Laurent, P. Lemonde, M. Abgrall, A. Clairon,
BNM-LPTF, M. Aubourg, IRCOM, P. Petit, LHA,
France
3:30
Glace: A Technology Demonstrated Experiment for
Laser Cooled Atomic Clocks in Space
-W. M. Klipstein, J. Kohel, D. J. Seidel, R. J.
Thompson, L. Maleki, Jet Propulsion Laboratory, K.
Gibble, Yale University, USA
3:50
Concluding Remarks
SESSION B11
PLASTIC PARTS
Chair: G. Maronich, Frequency Management Inc.
1:50
Modifications Made To a Cots RB STD For Use
Under Stressed Operating Conditions
-S.R. Cantor and M.J. DiFranza, The MITRE
Corporation, USA, A. Stern, B. Levy and Y. Agam,
Accubeat Ltd., Israel
2:10
Use of Plastic Parts on MIDS at GMH
-K. Bahri, GMH Corp, USA
2:30
Plastic Encapsulated Microcircuits (PEMs) In the
MIDS Program
-M. Dieumegard, Thomas-CSF Communications,
France
54
FRIDAY, 16 APRIL 1999
2:50
PEMS: They Are Used Successfully In HI-REL
Avionics Systems
-J. Fink, Honeywell Commercial Aviation Systems,
USA
3:10
Upscreening Commercial ICS- A Semiconductor
Manufactures Perspective
-S. Martin, B. Rhoton, W. Beardain, Texas
Instruments, USA
3:50
Concluding Remarks
55
CORRESPONDING AUTHOR’S E-MAIL ADDRESSES
Acef, O.
Allan, D.
Arkhipov, M.
Armstrong, T.
Ascarrunz, F.
Ascarrunz, H.
Avramov, I.
ouali.acef@obspm.fr
103077.1377@compuserve.com
arkh@space.ru
t.armstrong@irl.cri.nz
franklin@spectradynamics.com
huascar@boulder.nist.gov
iavramov@phys.bas.bg
Bagnato, V.
Ballandras, S.
Bardon, J.-P.
Barillet, R.
Barwood, G.
Basker, S.
Bates, P.
Bauch, A.
Bausk, E.
Bava, E.
Benes, E.
Berger, H.
Bergquist, J.
Bernard, J.
Besson, R.J.
Bianchi, R.A.
Bigler, E.
Bingying, H.
Bize, S.
Bogdanov, P.
Bogomolov, D.
Boldyreva, T.I.
Boudy, C.
Brendel, R.
Bruyninx, C.
Burt, E.
vander@ifsc.sc.usp.br
ballandr@lpmo.univ-fcomte.fr
jean-pierre.bardon@ tekelec-temex.com
roland.barillet@ief.u-psud.fr
gpb@npl.co.uk
Peter.Upton@signal.co.uk
techtrol@paonline.com
andreas.bauch@ptb.de
bausk@thermo.isp.nsc.ru
bava@elet.polimi.it
benes@iap.tuwien.ac.at
efg_xray-berlin@compuserve.com
berky@central.bldrdoc.gov
John.Bernard@nrc.ca
rbesson@ens2m.fr
Raul-Andres.Bianchi@ imag.fr
bigler@lpmo.univ-fcomte.fr
WZHF@ihw.com.cn (Huang Bingying)
sebastien.bize@obspm. Fr
bogdanov@rirt.spb.su
dvb@atom.ru
kuleshov@srv-vmss.mpei.ac.ru
caroline.boudy@tekelec-temex.com
brendel@lpmo.univ-fcomte.fr
C.Bruyninx@oma.be
burt@atom.usno.navy.mil
Caliendo, C.
Cantor, S.
Capelle, B.
Casalnuovo, S.
Cerez, P.
Cermak, J.
Chai, B.
Chang, C.-H.
Clark, R.
Cohen-Tannoudjii, C.
Cordara, F.
Croukamp, J.
caliendo@idac.rm.cnr.it
srcantor@mitre.org
capelle@lmcp.jussieu.fr
sacasal@sandia.gov
pierre.cerez@ief.u-psud.fr
cermak@ure.cas.cz
chai@gdi.net
changc@ms.chttl.com.tw
rclark@vectron.com
Cohen-Tannoudjii@physique.ens.fr
cordara@tf.ien.it
JHCroukamp@aol.com
Dahint, R.
Darinskii, A.N.
Davis, J.
de Clercq, E.
De Marchi, A.
Dedic, S.
Delhomme, T.
Deyzac, F.
Dick, G.J.
reiner.dahint@urz.uni- heidelberg.de
adar@mechan.incr.msk.su
john.davis@npl.co.uk
emeric.declercq@obspm.fr
demarchi@polito.it
xeroxcso@eunet.yu
thierry.delhomme@tekelec-temex.com
deyzac@onera.fr
jdick@horology.jpl.nasa.gov
56
Doberstein, S.A.
Dorenwendt, K.
Dos Santos, S.
Douillet, A.
Driscoll, M.M.
Dudle, G.
Dulmet, B.
gos300@otts.omskelecom.ru
klaus.dorenwendt@ptb.de
dsantos@lpmo.univ-fcomte.fr
albane.douillet@obspm.fr
michael_m_driscoll@md.northgrum.com
gregor.dudle@eam.admin.ch
Bernard.Dulmet@ens2m.fr
Eskelinen, P.
pekka.eskelinen@lut.fi
Feltham, S.
Fisk, P.
Franquet, O.
Frazao, O.
sfeltham@estec.esa.nl
peter.fisk@tip.csiro.au
are@ar-e.com
ofrazao@av.it.pt
Gallop, J.
Galzerano, G.
Gamidov, R.
Ganenko, E.
Georgiev, V.
Ges, I.A.
Gibble, K.
Gill, P.
Giordano, V.
Girardet, E.
Goroll, M.
Groslambert, J.
Gubin, M.
Gufflet, N.
Guillemot, C.
Guillot, E.
Guzzo, P.
John.Gallop@npl.co.uk
Gianluca.Galzerano@polimi.it
ramiz@ume1.mam.gov.tr
sith@kharkov.ua
aelab@mail.issp.bas.bg
inel@inel.bas-net.by
kurt.gibble@yale.edu
patrick.gill@npl.co.uk
giordano@lpmo.univ-fcomte.fr
are@ar-e.com
michael.goroll@e-technik.tu-limenau.de
giordano@lpmo.univ-fcomte.fr
mgubin@x4u.lebedev.ru
mailto:ngufflet@ens2m.fr
guillemot@ief.u-psud.fr
Emmanuel@ief.u-psud.fr
ltm-pguzzo@ufu.br
Halperin, A.
Hammond, J.
Hamouda, F.
Handel, P.
Hartnett, J.
Hechner, J.
Hickernell, F.
Hodge, C.
Hollberg, L.
Holleville, D.
Holmes, D.
Houlan, Z.
Howe, D.
Hruska, C.
Huang, M.S.
giora@cc.huji.ac.il
jhammond@srdcorp.com
frederic.hamouda@ief.u-psud.fr
handel@jinx.umsl.edu
john@pd.uwa.edu.au
hechne_j@sp.itme.edu.pl
f.hickernell@ieee.org
cch@npl.co.uk
hollberg@boulder.nist.gov
holleville@ief.u-psud.fr
david.holmes@signal.co.uk
yoyuan@public.sc.cninfo.net
dhowe@nist.gov
pauline@yorku.ca
770460@cms.itri.org.tw
Ikeda, K.
Itoh, H.
Ivanov, E.
Iwata, H.
ikedaki@gipwc.shinshu-u.ac.jp
rokuro1@gipwc.shinshu-u.ac.jp
eugene@physics.uwa.edu.au
iwata@toyocom.co.jp
Jaduszliwer, B.
Jaldehag, K.
Jeanmaire, A.
Jefferts, S.
Johannes, T.
bernardo.jaduszliwer@aero.org
kenneth.jaldehag@sp.se
tekelec@vtx.ch
jefferts@boulder.nist.gov
thomas.johannes@mchp.siemens.de
57
Johannsmann, D.
Johansson, J.
johannsmann@mpip-mainz.mpg.de
jan.johansson@sp.se
Kaing, T.
Kalliomaki, K.
Kant, R.
Kasemo, B.
Kasznia, M.
Kawashima, H.
Kersale, Y.
Kihara, M.
Kim, Y.
Kirchner, D.
Kleiman, A.
Klipstein, B.
Kludzin, V.V.
Knoop, M.
Kopycki, C.
Kosinski, J.A.
Kosykh, A.
Kovacich, R.
Koyama, M.
Kramer, G.
Kramer, R.
Kroupa, V.
Kudrjavtsev, A.
Kuleshov, V.
Kurosawa, S.
To.Kaing@obspm.fr
kjk@ees2.oulu.fi
kant@nrl.navy.mil
f7xacl@fy.chalmers.se
mkasznia@et.put.poznan.pl
hkkawa@ibm.net
kersale@lpmo.univ-fcomte.fr
kihara@exa.onlab.ntt.co.jp
ykim@ieee.org
kirchner@inw.tu-graz.ac.at
bondarew@metrog.kharkov.ua
bill.klipstein@jpl.nasa.gov
bck@softjoys.ru
mknoop@newsup.univ-mrs.fr
ck@wic.wat.waw.pl
j.a.kosinski@ieee.org
avk@most.omsk.ru
rkovacic@ieee.org
koyama@ndk-j.co.jp
guenter.kramer@ptb.de
rainer.kraemer@gmx.de
kroupa@ure.cas.cz
kvarz@nnov.sitek.net
kuleshov@srv-vmss.mpei.ac.ru
kurosawa@nimc.go.jp
Laurent, P.
Lea, S.
Leblois, T.G.
Lec, R.
Lee, A.
Lee, D.
Lee, P.C.Y.
LeTraon, O.
Levine, J.
Lewandowski, W.
Lin, C.C.
Lisowiec, A.
Lucklum, R.
Luiten, A.
philippe.laurent@obspm.fr
snl@npl.co.uk
therese.leblois@ens2m.fr
R.Lec@coe.drexel.edu
artleekh@kolinker.com
davidlee@boulder.nist.gov
lee@wave.princeton.edu
letraon@onera.fr
jlevine@boulder.nist.gov
wlewando@si.bipm.fr
cclin@ms.chttl.com.tw
alisow@itr.org.pl
ralf@e-technik.uni-magdeburg.de
andre@physics.uwa.edu.au
Makuta, T.
Maleki, L.
Mallette, L.
Malocha, D.
Mannermaa, J.
Mansfeld, G.D.
Mateescu, I.
Matsakis, D.
Matsumoto, N.
McClelland, T.
McCollister, M.J.
McNeilage, C.
Mei, G.H.
Mikawa, Y.
Mill, B.
makuta@ndk-j.co.jp
Lmaleki@horology.jpl.nasa.gov
lmallette@ccgate.hac.com
dcm@ece.engr.ucf.edu
Jari.Mannermaa@nmp.nokia.com
mans@mail.cplire.ru
imate@alpha1.infirm.ro
dnm@orion.usno.navy.mil
nmatumot@fuchinobe.skk.slb.com
tomm@freqelec.com
mjm05082@pegasus.cc.ucf.edu
lab@psi.com.au
mei@nmr.whcnc.ac.cn
mikawa@sanynet.ne.jp
mill@plms.phys.msu.su
58
Milliren, B.
Mitrofanov, I.S.
Molotok, V.
Morley, P.
Mozhaev, V.
btm@mti-milliren.com
mfl@pet.softjoys.ru
mfl@pet.softjoys.ru
pmorley@Vectron.com
parygin@osc162.phys.msu.su
Nakagiri, K.
Nakamura, K.
Nakazawa, M.
Naumenko, N.
Nawrocki, J.
Nomura, T.
Nosek, J.
Nowotny, H.
nakagiri@info.waka.kindai.ac.jp
nakamura@ecei.tohoku.ac.jp
nasupe2@gipwc.shinshu-u.ac.jp
nat@osmi.msk.ru
j.nawrocki@cbk.poznan.pl
nomurat@sic.shibaura-it.ac.jp
jaroslav.nosek@vslib.cz
hnowotny@tph.tuwien.ac.at
Oates, C.W.
Omori, T.
Oxborrow, M.
oates@boulder.nist.gov
omori@cute.te.chiba-u.ac.jp
mo@npl.co.uk
Parker, T.
Peik, E.
Penev, R.
Petit, G.
Phillips, D.
Phillips, W.
Pisarevsky, Y.
Planat, M.
Pohl, A.
Prestage, J.
Proskurnja, O.
tparker@bldrdoc.gov
peik@mpq.mpg.de
104551.1054@compuserve.com
gpetit@bipm.fr
dphil@cfa.harvard.edu
wphillips@nist.gov
users@crystal.msk.su robust@dol.ru
planat@lpmo.univ-fcomte.fr
pohl@ps1.iaee.tuwien.ac.at
Prestage@horology.jpl.nasa.gov
oles@kpi.kharkov.ua
Rafac, R.
Rapp, H.
Rapp, M.
Renger, J.
Riehle, F.
Riley, W.
Riondet, B.
Rose, B.
Rovera, D.
Rubiola, E.
Rudnev, O.
rafac@boulder.nist.gov
Hakan.Rapp@Angstrom.uu.se
michael.rapp@ifia.fzk.de
renger@ifw-dresden.de
fritz.riehle@ptb.de
wjr@egginc.com
briondet@wanadoo.fr
brose@q-tech.com
daniele.rovera@obspm.fr
rubiola@polito.it
olru@sichr.kharkov.ua
Safonova, E.V.
Saitoh, A.
Sakharov, B.
Salomon, C.
Santarelli, G.
Schaefer, W.
Schuh, J.F.
Seidel, D.
Seifert, F.
Sekimoto, H.
Seydel, E.
Sheng, R.W.
Shinohara, A
Shmaliy, Y
Silaev, E.
Slavov, S.
kate@cg.ru
m797102@sic.shibaura-it.ac.jp
sakharov@vremya-ch.nnov.ru
salomon@physique.ens.fr
Giorgio.Santarelli@obspm.fr
griech@timetech.s.eunet.de
MORS@dialup.francenet.fr
seidel@horology.jpl.nasa.gov
seifert@ps1.iaee.tuwien.ac.at
sekimoto@sknext.eei.metro-u.ac.jp
eseydel@telcel.net.ve
Ikz.Ikz@188.net
hideki@fem.unicamp.br
sich@kharkov.ua or yush@sichr.kharkov.ua
silaev@hotmail.com
sslavov@hotmail.com
59
Slyusarev, S.
Smaali, M.
Smythe, R.C.
Solal, M.
Soluch, W.
Sortais, Y.
Spassov, L.
Stein, S.
Stewart, J. T.
Sthal, F.
Sullivan, D.
Svelto, C.
sergei@nrlm.go.jp
msmaali@ens2m.fr
r.smythe@ieee.org
solal@tmx.thomson.fr
soluch_w@sp.itme.edu.pl
yvan.sortais@obspm.fr
aelab@mail.issp.bas.bg
srstein@timing.com
jstewart@vectron.com
fsthal@ens2m.fr
donald.sullivan@nist.gov
cesare.svelto@polimi.it
Tachikawa, M.
Tan, G.H.
Taris, F.
Taziev, R.M.
Telle, H.
Tellier, C.R.
Teston, F.
Tetu, M.
Thomann, P.
Thornell, G.
Tobar, M.
Toki, M.
Torcaso, F.
Trialoup, C.
Tsarapkin, D.P.
Tsarev, A.
Tsutsumi, J.
tachikaw@isc.meiji.ac.jp
tan@nfra.nl
francois.taris@obspm.fr
taziev@thermo.isp.nsc.ru
harald.telle@ptb.de
colette.tellier@ens2m.fr
teston@univ-tours.fr
mtetu@gel.ulaval.ca
pierre.thomann@ne.ch
greger.thornell@material.uu.se
mike@physics.uwa.edu.au
toki@dnj.ynu.ac.jp
torcaso@random.usno.navy.mil
Claudetrialoup@france.cfpwww.com
tsarap@srv-vmss.mpei.ac.ru
tsarev@thermo.isp.nsc.ru
tutumi@flab.fujitsu.co.jp
Uchida, T.
Udem, T.
Uhrich, P.
Ujiie, H.
Underhill, M.J.
Uno, T.
uchida@ndk-j.co.jp
Thomas.Udem@mpg.de
pierre.uhrich@obspm.fr
ujisan@atl.advantest.co.jp
m.underhill@ee.surrey.ac.uk
uno@ele.kanagawa-it.ac.jp
Vaish, M.
Valentin, C.
Vallin, O.
van der Tang, J.
Vanier, J.
Vaury, E.
Vernotte, F.
Vessot, R. F.C.
Vignaud, F.
mvaish@mti-milliren.com
constance.valentin@ief.u-psud.fr
orjan.vallin@angstrom.uu.se
tangj@natlab.research.philips.com
jacques.vanier@sympatico.ca
vaury@brive.unilim.fr
francois@obs-besancon.fr
rvessot@cfa.harvard.edu
francois.vignaud@tekelec-temex.com
Wallner, P.
Walls, F.
Wang, F.
Watanabe, Y.
Weihnacht, M.
Weiss, K.
Weiss, K.
Weiss, M.
Weyers, S.
Whibberley, P.
Wu, A.
Paul.Wallner@mchp.siemens.de
Walls@boulder.nist.gov
wangfz@263.net
watanabe@sknext.eei.metro-u.ac.jp
whn@ifw-dresden.de
piezo@itr.org.pl
atmik@itr.org.pl
mweiss@boulder.nist.gov
Stefan.Weyers@ptb.de
pbw@npl.co.uk
andy.wu@aero.org
60
Wuthrich, C.
cwuethrich@asulab.ch
Xizheng, K.
zhswu@xidian.edu.cn
Yamada, J.
Yamagata, S.
Yamanouchi, K.
Yang, D.
Yang, J.S.
Yokomizo, S.
Yong, Y.-K.
jun-yamada@denshi. Head.hitachi.co.jp
yamagata@atson.asa.hokkyodai.ac.jp
yamasaw@riec.tohoku.ac.jp
dhyang@ibm320h.phy.pku.edu.cn
jyang@unlinfo.unl.edu
syokomi@optic.or.jp
yong@jove.rutgers.edu
Zelenka, J.
Zhao, C.
Zholnerov, V.
Zhou, W.
Zhu, X.
JIRI.ZELENKA@vslib.cz
zcsae@nuaa.edu.cn
zholnerov@rirt.spb.su
wzhou@xidian.edu.cn
xwzhu@nmr.whcnc.ac.cn
61
AUTHOR INDEX
Abel, J.
Abgrall, M.
Acef, O.
Adler, J.
Agam, Y.
Allan, D.W.
Allard, M.
Anguelov, G.
Anisimkin, V.I.
Antsos, D.
Arkhipov, M.A.
Armstrong, T.R.
Ascarrunz, F.G.
Ascarrunz, H.
Ashby, N.
Aubourg, M.
Aubry, P.
Audoin, C.
Avramov, I.D.
Azoubib, J.
Badnikar, S.L.
Bagnato, V.S.
Bahadur, H.
Bahri, K.
Ballandras, S.
Banno, Y.
Bardon, J-P.
Barhaila R.
Barie, N.
Barillet, R.
Barwood, G.P.
Basker, S.
Bates, P.C.
Bauch, A.
Bausk, E.
Bava, E.
Beardain, W.
Becker, Th.
Behlling, C.
Beliaev, A.A.
Belivier, H.
Belokoneva, E.L.
Bender, F.
Benes, E.
Berger, H.
Bergquist, J.C.
Berlinger, P.
Bernard, J.E.
Bernier, L.
Berthet, J.-P.
Berthoud, P.
Besson, R.J.
Beverini, N.
Bianchi, R.A.
Bigler, E.
62
28
54
14,31,48
44
54
19
47
17
49
27
17
46
12,38,46
43
54
54
13
23,24,35,53
53
38,48
43
48
17
54
17,53
34
21
16
27
24
28
45
21
23,35
40
26,47
55
28
13
47
22
37
13
30,41
52
11,28
30
31
53
35
24,35
32
24
25
17,36
Bignon, O.
Bingying, H.
Binnewies, T.
Bize, S.
Bloch, M.
Blondy, P.
Boca, A.
Bogdanov, P.P.
Bogomolov, D.V.
Bogoosh, M.E.
Boldyreva, T.I.
Boloznev, V.V.
Bondu, F.
Bosia, F.
Boudy, C.
Bourquin, R.
Boy, J.J.
Bradaczek, H.
Brendel, R.
Briot, E.H.
Briot, J-B.
Bruyninx, C.
Budkevich, B.A.
Buell, W.
Buff, W.
Burt, E.A.
Busca, G.
Buzek, O.
21
24
30
33,48
20,31
36
22
24
45
19
20,43
25
30
40
18
18,35
34,35
18,52
31,42
17,36,53
34,53
48
49
52
30
24,26
53
48
Cailliex, B.
22
Caliendo, C.
49
Camiade, M.
51
Cantor, E.
20
Cantor, S.R.
54
Capelle, B.
52
Caron, J.
50
Casalnuovo, S.A.
27
Celano, T.P.
29
Cemusova, B.
48
Cerez, P.
23,35
Ceriani, P.
47
Cermak, J.
48
Cetintas, M.
45,46
Chai, B.
37
Chang, C-H.
23
Chang, S.
33
Chassagne, L.
23
Chaubet, M.
34,51
Chen, C.C.
24
Chen, J.
45
Chiba, A.
20
Chou, M.
19
Chunxiu, L.
20
Clairon, A.
14,33,48,53,54
Clark, J.D.
14
Clark, R.L.
44
Cohen-Tannoudji, C.
Coles, C.
Cordara, F.
Courtois, B.
Couteleau, L.
Crook, P.S.
Cros, D.
Croukamp, J.
Cruz, F.C.
Cunha, A.F.
Cutler, L.S.
11
52
42
25
31,42
29
16,36
43
28
44
27
Da Rocha, J.F.
44
Dahint, R.
13
Daidoji, S.
34
Daly, C.L.
28
Daniau, W.
36,53
Darinskii, A.N.
40
Davis, J.A.
12,14,49
De Clercq, E.
35
Defraigne, P.
48
Delaney, M.
44
Delhomme, T.
42
DeMarchi, A.
21,24,54
DeMello, J.D.B.
17,40
Detaint, J.
52
Deyzac, F.
25
Dick, G.J.
51
Diener, W.
32
Dieumegard, M.
54
DiFranza, M.J.
54
DiMarcq, N.
23,24,45,52,53
Dinneen, T.P.
14
Dmitriev, V.F.
18
Doberstein, S.A.
16,40
Dobrogowski, A.
45
Dorenwendt, K.
23
Dos Santos, S.
34
Doullet, A.
26
Driscoll, M.M.
34
Drullinger, R.
23
Dubovik, M.F.
17
Dubovitsky, S.
14
Duchiron, G.
16
Duckett, P.
20
Ducos, F.
48
Dudle, G.
15,23,35
Dulmet, B.
15,18,53
Ducos, F.
31,48
Edwards, N.P.
Ehrenpfordt, J.
Ekstrom, C.R.
Epelboin, Y.
Ericson, F.
Eskelinen, H.
Eskelinen, P.
Fang, H.
63
16
30
24,26
52
39
36
36,46
16
Felder, R.
Feltham, S.
Ferre-Pikal, E.
Fertig, C.
Feuillard, G.
Filipiak, J.
Fils, J.
Finger, N.
Fink, J.
Fischer, B.
Fisk, P.T.H.
Folk, T.
Franquet, O.
Frazao, O.
Frech, B.
Frederick, S.
Fretel, E.
Fries, M.
Frost, S.
Frye-Mason, G.C.
Fujita, N.
Fukuda, K.
Furukawa, M.
Furukawa, S.
Gallagher, A.
Galliou, S.
Gallop, J.C.
Galzerano, G.
Gamidov, R.
Ganenko, E.
Gawor, S.
Georgieva, V.
Ges, I.A.
Geyner, R.G.
Gibble, K.
Gifford, G.A.
Gill, P.
Giordano, V.
Girardet, E.
Gniewinska, B.
Godone, A.
Goka, S.
Gonzalez, F.
Goroll, M.
Griebsch, D.
Groschl, M.
Groslambert, J.
Gross, B.
Gubin, M.
Gufflet, N.
Guillemot, C.
Guillemot, P.
Guillot, E.
Gupta, A.S.
Guzzo, P.L.
Hagn, E.E.
Hague, G.E.
48
54
43,51
33
49
25
45
41
55
35
46,52
44
43
44
11
19
23,24,35
28
38
27
21
23,45
45
49
14
32
36
26,47
45,46
41
19
50
49
16
33,54
29
14,28,48
16,31,34,36,51
21
41
35
18,21,42,46
13,32,51,54
30
33
30,41
31,51
11
30,48
35
24
13,31,32,42
52
38
17,40
20
37
Hahn, J.H.
Haibo, Y.
Hall, J.L.
Halperin, A.
Hammond, J.
Hamouda, F.
Han, X.
Hanamoto, A.
Handel, P.H.
Hansch, T.W.
Hao, L.
Hartnett, J.G
Hasegawa, A.
Hashimoto, K.
Hatanaka, M.
Hauptmann, P.
Hayashi, S.
Heavner, T.
Hechner, J.
Heindorff, T.
Heller, E.J.
Helmbold, R.C.
Helmcke, J.
Henderson, D.
Hickernell, F.S.
Hietala, V.M.
Hilderbrant, G.
Hilico, L.
Hisadome, K.
Hjort, K.
Ho, J.
Hodge, C.C.
Hollberg, L.W.11,
Holleville, D.
Holmes, D.
Holzwarth, R.
Houlan, Z.
Houssin, M.
Howe, D.A.
Hruska, C.K.
Hsiao, J.M.
Hsu, S.W.
Huang, G.
Huang, M.S.
Huang, R.
Hubner, U.
Huebner, U.
Iano, M.C.
Ikata, O.
Ikeda, K.
Ikegami, T.
Imai, T.
Imari, T.
Ionov, B.P.
Isaenko, L.I.
Ishii, O.
Ishimaru, C.
64
37
45
14
52
50
23,24,35
49
42
22,44
11
36
16,43
23
32
34
13
45
54
49
35
27
37
30
24
40
27
52
31,48
29
41
23
26,44
11,22,30
33,51,54
45
45
11
20
28
20,37
15
24
24
14,28
24
13
33
26
34
32
50
26
35
20
21
47
40
20
Itano, W.M.
Itoh, H.
Ivanov, E.N.
Iwata, H.
28
41
36,43,51
40
Jackson, E.
Jaduszliwer, B.
Jakoby, B.
Jaldehag, K.
Janiaud, D.
Jeanmarie, A.
Jeannerot, V.
Jefferts, S.R.
Jennings, D.A.
Ji, Y.Y.
Jia, R.G.
Jiang, Q.
Jiang, Z.
Jin, L.
Johannes, T.W.
Johannsmann, D.
Johansson, J.
Josse, F.
Joyet, A.
21
52
29
15,46
25
23
18
12,33,46,54
23
37
25
16
14
49
32
42
15,46
13
23,35
Kaing, T.
Kajita, M.
Kalliomaki, K.
Kamo, N.
Kaneda, Y.
Kanie, H.
Kant, R.A.
Karam, J.M.
Kasemo, B.
Kasperkovitz, D.
Kasznia, M.
Kawashima, H.
Kersale, Y.
Kharchenko, O.I.
Kihara, M.
Killman, S.
Kim, Y.
Kirchner, D.
Kirk, A.
Kiryanov, K.G.
Kitching, J.
Klein, H.A.
Klein, N.
Klett, St.
Klipstein, W.M.
Kludzin, V.V.
Knight, D.J.E.
Knoop, M.
Knuth, H.D.
Kohel, J.
Koizumi, K.
Kolosovsky, E.A.
Kopycki, C.
Korshikova, T.I.
47
23
29,48
28
32
25
28
25
13
44
45
25,42
34
22
29
44
27
12
32
22
51,54
26,28
36
30
54
16
26
28
40
54
20
19,40
25
17
Kosinski, J.A.
Kosykh, A.V.
Kotake, N.
Kottenstette, R.J.
Kou, C.S.
Kourogi, M.
Kovacich, R.P.
Kovalchuk, E.
Koyama, M.
Kramer, G.
Kramer, R.
Kretschmer, P.
Kretschmerova, L.
Kroupa, V.F.
Krupka, J.
Krylova, D.
Kuhn, T.
Kulakov, S.V.
Kuleshov, V.N.
Kulkarni, R.G.
Kurosawa, S.
Kurosu, T.
Kusters, J.A.
Kwoun, S.J.
Lahiri, S.K.
Lajoie, I.
Lan, Y-P.
Lancien, M.
Langham, C.D.
Laporta, P.
Larionov, I.M.
Larson, K.
Laschitsch, A.
Latrasse, C.
Laurent, Ph.
Lawn, M.A.
Lea, S.N.
Lebedev, P.N.
Leblois, T.G.
Lec, R.M.
Leclerc P.
Lee, P.C.Y.
Lee, W.D.
Lefaucheur, J-L.
Lemonde, P.
Lepek, A.
Lepetaev, A.
Lethiecq, M.
LeTraon, O.
Levi, F.
Levine, J.
Levy, B.
Lewandowski W.
Lewin, P.A.
Lewis, P.R.
Li, J.
Liao, C.S.
Licheng, J.
65
53
20,43
23
27
24
11
11,12
30,48
20
26,48
37
15
15
44
16
30
12
16
34,43
40
28
11
27
13
40
34
11
21
44
47
39
14
42
47
33,53,54
46,52
14,24,48
30
25,52
13
29
13,16
23,33
37
53,54
26
43
49
25
33,35
14,29
54
38,48
13
27
44
23,24,45
46
Lin, C.C.
Lipphardt, B.
Lisowiec, A.
Liu, J.T.
Llopis, O.
Lobanov, S.I.
Logachev, V.A.
Lopes, C.
Lowe, A.
Lucklum, R.
Luiten, A.N.
Macchi, M.
Macfarlane, G.M.
Madej, A.A.
Magalhaes, D.V.
Makdissi, A.
Makuta, T.
Maleki, L.
Mallette, L.
Malocha, D.C.
Malyukhov, V.A.
Mandache, C.
Manginell, R.P.
Mann, A.G.
Mannermaa, J.
Mansfeld, G.D.
Mansten, T.
Marianneau, G.
Marionnet, F.
Marmet, L.
Martin, R.A.
Martin, S.
Maruo, K.
Masiukiewicz, A.
Mateescu, I.
Matsakis, D.N.
Matsuda, T.
Matsumoto, N.
Matsumoto, T.
Mattison, E.M.
Matzke, C.M.
McClelland, T.
McCollister, M.J.
McFerran, J.J.
McNeilage, C.
Medvedev, S.I.
Meekhof, D.M.
Mei, G.H.
Mikawa, Y.
Milewski, A.
Mill, B.V.
Milori, D.M.B.P.
Minoura, N.
Mitchell, J.
Mitrofanov, I.S.
Miyake, J.
Mlsna, T.E.
Moiseeva, N.A.
45
26,30,48
18
43
51
47
47
29
14
13
11,12,33
47
14
31
48
35
20
26,51,52,54
44
19
16,40
33
27
33,43
48
15,51
29,48
17,31,36,42
22,32
31
29
55
46
41
18
26,38
32
30
41
22
27
20,23,31
18
12
38
47
33
43
34
19
37
48
28
11
17,18
28
50
37
Molotok, V.V.
Moriizumi, T.
Morikawa, T.
Morley, P.
Mostiaev, V.A.
Mourey, M.
Mozhaev, V.G.
Mullen, L.O.
Muller, S.
Munoz, S.
Muratsugu, M.
Murthy, V.R.K.
16
49
23
41
39
22,32
40
23
25
49
28
43
Nagaura, Y.
Nakagawa, H.
Nakagawa, K.
Nakamura, C.
Nakamura, K.
Nakazawa, M.
Nallatamby, J.C.
Naumenko, N.F.
Nawrocki, J.
Nedorezov, S.
Nelson, C.
Nelson, L.
Niwa, M.
Noge, S.
Nomura, T.
Nosek, J.
Nowotny, H.
44
19
47
28
39
20
51
18,40
38,48
41
23
14
30
41
49
15
30,41
Oates, C.W.
Obregon, J.
Ochkov, D.S.
Odagawa, H.
Ohsaki, M.
Okabayashi, T.
Okazaki, M.
Omlin, L.A.
Omori, T.
Onae, A.
Overney, F.
Oxborrow, M.
11,30
51
45
19
39
42
20
31
32
47
15
44
Pafnez, G.P.
Paquet, P.
Parker, T.E.
Pascaru, I.
Passe, S.
Pastore, R.
Pavlenko, I.K.
Pawletko, T.
Pawlitzki, A.
Peik, E.
Penev, R.
Peng, J.L.
Pentovelis, G.
Perevalor, A.V.
66
22
48
12,23,27,
33,38,46,54
23
29
53
47
28
12
28
17
24
18
17
Pertinetto, F.
Petit, G.
Pettit, P.
Petrovskiy, M.
Petrukhin, E.
Pettiti, V.
Phillips, D.F.
Phillips, W.D.
Piazza, S.D.
Ping, F.
Pisarevsky. Y.V.
Planat, M.
Pohl, A.
Pop, G.
Popescu, M.
Popovich, D.
Portnoff, G.
Pottie, P.E.
Poulin, M.
Powers, E.D.
Preslenev, L.N.
Prestage, J.D.
Prigent, M.
Proskurnja, O.M.
Prost, L.
Puech, P.
Qiu, H.
Radulescu, E.
Rafac, R.J.
Rangsten, P.
Rapp, H.
Rapp, M.
Raslan, A.A.
Ratier, N.
Rau, Z.
Re, L.
Rebler, H.
Reichert, J.
Reindl, L.
Renger, J.
Renoult, P.
Rhoton, B.
Ribeiro, L.
Richie, S.M.
Riehle, F.
Riley, W.J.
Riondet, B.
Roberts, M.
Robinson, H.
Robnik, R.
Rochat, P.
Rodriques, V.C.
Rolston, S.
Romisch, S.
Rose, B.
Rovera, D.
Rovera, G.D.
47
14
24,52,53,54
48
30,48
42
22
11,54
39
45
37
33,34
29,30
18
18
38
39
52
47
27
16
52
51
17
15
54
37
13
28
39
41
27
17
31,42
48
47
12
11
29,30
19
42
55
44
18
30
22
29
28
54
12
23
48
54
21,51
21
48
14,31
Rubiola, E.
Rudnev, O.E.
Ruedi, U.
Ruile, W.
Rusko, M.
Safonova, E.V.
Saitoh, A.
Sakharov, B.A.
Salomon, C.
Samain, E.
Santarelli, G.
Santos, M.S.
Sato, Y.
Satoh, Y.
Sava, F.
Schafer, W.
Schildknecht, Th.
Schitov, A.M.
Schmid, M.
Schmidt, L.S.
Schnatz, H.
Schroder, R.
Schubert, W.K.
Schuh, J.F.
Searls, J.H.
Seidel, D.J.
Seifert, F.
Sekimoto, H.
Senushencov, P.A
Seydel, E.
Shanmugam, N.
Shelkovnikov, A.
Shemar, S.L.
Shigeo, K.
Shinohara, A.H.
Shirley, J.H.
Shmaliy, Y.S.
Siemsen, K.J.
Sigrist, H.
Silvestrova, O.Y.
Simon, E.
Sinha, B.
Slyusarev, S.
Smaali, M.
Smagin, A.G.
Smith, D.
Smythe, R.C.
Snow, K.A.
Sojdr, L.
Sokolinskiy, E.G.
Solal, M.
Soluch, W.
Sortais, Y.
Spassov, L.
Springer, T.
Stein, S.R.
Steindl, R.
Stern, A.
67
31,36
22
39
19
30
25
49
47
13,33,48,53
53
33,48,53
33,48
20
32
18
12
15
38
30
37
30
30,35
27
22
38
14,54
29
18,21,42,46
37
16
43
30,48
12
19
34
23
22,41,44
31
27
37
53
30
26
34
15
50
37
37
48
22
17,32
49,53
33,48
41
15
29
29
54
Stevens, D.S.
Stewart, J.T.
Sthal, F.
Stockwell, P.R.
Stone, C.
Studer, B.
Su, H.D.
Sudo, Y.
Sullivan, D.B.
Sunaga, K.
Suzuki, C.K.
Svelto, C.
Swanson, T.B.
Sypniewski, M.
Szulc, W.
41
41
22
38
20,23,31
39
28
30
54
42
34
26,47
24
18
18,40
Taccheo, S.
Tachikawa, M.
Tajima, M.
Tamm, C.H.
Tan, G.H.
Tanaka, T.
Taris, F.
Tavares, P.
Taylor, P.
Taziev, R.M.
Teles, F.
Telle, H.R.
Tellier, C.R.
Tessier, L.
Teston, F.
Tetu, M.
Theobald, G.
Thomann, P.
Thomas, C.
Thompson, R.J.
Thornell, G.
Tinggao, Y.
Tislenko, I.A.
Tjoelker, R.L.
Tobar, M.E.
Toki, M.
Torcaso, F.
Touahri, D.
Trebst, T.
Trethewey, M.
Trialoup, C.
Tripp, C.
Tsai, C.
Tsarapkin, D.P.
Tsarev, A.V.
Tsutsumi, J.
Tuboy, A.M.
Turunen, S.
Tyurikov, D.
47
45
32
33
38
42
15
44
14,28
17
48
12
25,52
49
49
47
23,35
23,24,35
14
54
39
46
39
32,52
14,16,36,43,51
20,43
26,46
47
30
45
21
50
22
21,43
19
32
48
48
30,48
Udem, T.
Uhrich, P.
Ujiie, H.
11
13,15
46
Underhill, M.J.
Uno, T.
38
41
Valentin, C.
Vallin, O.
Van Der Tang, J.
Vanier, J.
Vaury, E.
Vedel, F.
Vedel, M.
Vellekoop, M.J.
Venot, D.
Vernotte, F.
Verona, E.
Vessot, R.F.C.
Vetelino, J.
Vieudrin, F.L.
Vignaud, F.
Vogel, K.R.
Vukicevic, N.
23,24,45,52
39
44
35
51
28
28
29
24
37
49
22,27
50
34
21
14
22
Wall, B.
Wallner, P.
Walls, F.L.
19
19
22,33,38
43,51,54
22
22
28
45
35
51
45
52
18,21,42,46
53
19
40
18,41
38
11
33
24
31
Walls, W.F.
Walsworth, R.L.
Walter, H.
Wang, F.
Wang, J.
Wang, R.T.
Wang, Y.
Warrington, R.B.
Watanabe, Y.
Watchueng, H.
Weigel, R.
Weihnacht, M.
Weiss, K.
Weiss, M.A.
Wells, J.S.
Weyers, S.
Whibberley, P.
Whitford, B.G.
68
Wilpers, G.
Wineland, D.J.
Winter, M.
Wojcicki, M.
Wolcoff, B.
Wolf, A.
Wouters, M.J.
Wrobel, T.
Wu, A.
Wuthrich, C.
Xiheng, K.
30
28
36
18
21,43
12
52
49
46
39
46
Yakimov, A.V.
Yamada, J.
Yamagata, S.
Yamaguchi, M.
Yamamota, F.
Yamanouchi, K.
Yan, B.
Yang, D.
Yang, J.S.
Yao, A.
Yao, S.
Yelisseyev, P.
Yemelyanova, T.
Yokomizo, S.
Yong, Y.-K.
Young, B.C.
Young, L.E.
47
32
42
32
20
19
45
45
16
24
51
47
41
44
19,35
11,28
27
Zanthier, J.V.
Zavjalov, S.A.
Zelenka, J.
Zequn, D.
Zhang, V.
Zhao, C.
Zhensen, W.
Zholnerov, V.S.
Zhou, W.
Zibrov, A.C.
Zinner, G.
Zondy, J.-J.
28
43
42
20
38,46
49
46
24
19,22
22
30
26,47
PRE-REGISTRATION FORM
1999 JOINT MEETING
13TH EFTF - 1999 IEEE IFCS
__________________________________________________
Last Name
First Name
M.I.
__________________________________________________
Organization
__________________________________________________
Street Address/Mail Stop
__________________________________________________
City
State
Country
Zip Code
__________________________________________________
Tel. No.
Fax No.
E-Mail
Joint Meeting Early Registration Fees
(received no later than 27 March 1999)
Registration Fee (banquet not included)
Student/Retiree (without Proceedings or banquet)
One Day Registration Fee (without proceedings)
Banquet
1 750 FF
300 FF
900 FF
200 FF
Guest Registration (banquet not included)
Banquet
300 FF
200 FF
(received after 27 March 1999)
Registration Fee (banquet not included)
Student/Retiree (without Proceedings or banquet)
One Day Registration Fee (without proceedings)
Banquet
Guest Registration (banquet not included)
Banquet
Total Enclosed:
1 930 FF
300 FF
1 000 FF
200 FF
300 FF
200 FF
FF
All checks MUST be in French Francs, drawn against a French bank. If not, a
processing fee will be charged. Checks should be made payable
to: SFMC/EFTF and mailed with this form to:
Conference Secretariat
Ms. Isabelle Bourgon
c/o ENSMM
26 Chemin de l’Epitaphe
25030 Besançon Cedex, France
Payment by credit card can only be made at the symposium registration desk.
If you intend to pay by credit card, please provide the following information
and fax this form to: 33 3 81 88 57 14
______ VISA ______ MC ______ AM X
Signature: __________________________________________________
Credit Card No. _____________________________________________
Expiration Date: (month/year)
1
________________________________
HOTEL RESERVATION FORM
Single
______
Double
< 300 FF
______
Choice:
Downtown
Highway Besançon Nord
Near Micropolis
Near Station
______
> 300 FF ______
______
______
______
______
Bus shuttles will be provided between the hotel and the Micropolis
___________________________________________________
Last Name
First Name
M.I.
___________________________________________________
Organization
___________________________________________________
Street Address/Mail Stop
___________________________________________________
City
State
Country
Zip Code
___________________________________________________
Fax No.
Check-in Date:
___________________________________
Check-out Date:
___________________________________
(For those sharing a room only) – I will share a room with:
___________________________________________________
Concerning the second person: Participation in the Guest Program:
Yes _______
No _______
This reservation is guaranteed for a late arrival by:
Credit Card No:
____________________________________
Exp. Date:
____________________________________
Signature:
____________________________________
Please either fax this form to: 33 3 81 88 57 14 or mail to:
Conference Secretariat
Ms. Isabelle Bourgon
c/o ENSMM
26 Chemin de l’Epitaphe
25030 Besançon Cedex, France
2
3