Wednesday march 7, Posters B, Room R 0.8
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Chairman: L. Prost
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ATOMIC, OPTICAL & FOUNTAIN FREQUENCY STANDARDS
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ATOMIC, OPTICAL & FOUNTAIN FREQUENCY STANDARDS (continued)
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| 1 |
Laser Frequency Standard - A Changing Perspective
D. Knight
DK Research - Twickenham, Middlesex UNITED KINGDOM
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28 |
Providing Traceability of Remote Network Time Servers
D. Robinson
True Time Inc. - Santa Rosa - USA
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| 2 |
Femtosecond Laser Combs for Optical Frequency Measurement at NPL
S. Lea, P. Gill, G. Huang, H.S. Margolis
National Physical Laboratory - Teddington, Middlesex UNITED KINGDOM
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29 |
All Optical Atomic Clocks Based on a Single Mercury Ion and Calcium Atoms
R. Drullinger, T. Udem, S. Diddams, D. Vogel, C. Oates, E. Curtis, W. Lee, W. Itano, J. Berquist, L. Hoolberg
NIST - National Institute of Standards and Technology Boulder - USA
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| 3 |
The New BNM-LPTF Optical Frequency Measurement Chain
G. Rovera, O. Acef, F. Ducos, J.C. Knight*, P. Russel*, J.J. Zondy
BNM-LPTF - Observatoire de Paris - Paris - FRANCE * University of Bath - Optoelectronic Group - Bath UNITED KINGDOM
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30 |
Light-Shift of Radiooptical U.H.F. Resonance Freqency in the Alkali Atoms
V. Semenov, S. Ermak
St-Petersburg Technical University - St-Petersburg RUSSIA
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| 4 |
Effect of Subdoppler Greedy Absorption in Cs Vapours
Y. Domnin, V.M. Tatarenkov, A.V. Novoselov, V.G Pal'chikov
Institute of Metrology for Time and Space - Mendeleevo, Moscow Region - RUSSIA
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31 |
Amplitude-Noise Response of Fabry-Perot Frequency Discriminators Based on the Pound-Drever Technique
E. Bava, G. Galzerano, C. Svelto
Politecnico di Milano - Dip. di Elettronica E Informazione Milano - ITALY
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| 5 |
New Cavities for Miniature Cold Atom Clock
N. Dimarcq, P.E. Pottie, P. Petit, C. Valentin
Laboratoire de l'Horloge Atomique - Observatoire de Paris Paris - FRANCE
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32 |
High-Stability Fiber-Pumped Room-Temperature Tm-Ho : YAG Laser at 2.097 uM and Spectoscopy of HBr
C. Svelto, G. Galzerano, E. Bava
Politecnico di Milano - Dip. di Elettronica E Informazione Milano - ITALY
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| 6 |
Zeeman Light-Shift of Radiooptical Resonance Frequency in Optical Oriented Cesium
V. Semenov, S.V. Ermak, A.N. Karaulov
St. Petersburg State Technical University St. Petersburg - RUSSIA
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INSTRUMENTATION & TELECOMMUNICATIONS
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| 7 |
CPT Microwave Frequency Standards: the Role of the Electromagnetic Induced Transparency
F. Levi, A. Godone, S. Micalizio, J. Vanier
Politecnico di Torino - IEN «Galileo Ferraris» - Torino ITALY
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1 |
The Communication Networks Synchronization by Meteor-Burst Radio Wave Propagation
I. Antipov, V.V. Kavykina, B.L. Kashcheev, A. Yu'Koval, G.V. Nesterenko (Mr. I. Antipov cannot attend)
Kharkov State Technical University of Radioelectronics Kharkov & UKRAINE
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| 8 |
Towards a Caesium Fountain Primary Frequency Standard at the NPL
D. Henderson, K. Szymaniec, P. Whibberley
National Physical Laboratory & Teddington, Middelsex UNITED KINGDOM
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2 |
Effects of Clock Instabilities on Signal Correlation of CDMA Receivers
K. Kalliomäki, R. Ylinen, J. Mannermaa
University of Oulu - Faculty of Technology - Oulu FINLAND
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| 9 |
A New High Performance Microwave Synthesis for a Compact Cesium Clock
R. Barillet, F. Hamouda
CNRS - Laboratoire de l'Horloge Atomique - Orsay FRANCE
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3 |
Impact of Time Error Data Preprocessing for TDEV Assessment
A. Dobrogowski, M. Kasznia
Poznan University of Technology - Institute of Electronics and Telecommunications - Poznan - POLAND
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| 10 |
Measurement of the Spatial Phase Variation in a Ring Cavity of an Atomic Beam Frequency Standard
A. Bauch, R. Augustin, R. Schröder
Physikalisch-Technische Bundesanstalt - Braunschweig GERMANY
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EC Craft Award Contact # «Alpha One» Primary Reference Clock For Telecoms & Metrology Including Space Qualified Passive Hydrogen Maser Element
C. Green
Quartzlock UK Limited & Totnes, Devon - UNITED KINGDOM
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| 11 |
New Development in Miniature Optically Pumped Cesium Beam Frequency Standard Designed with a Te012 Cylindrical Cavity and a 5-Mode Ramsey Cavity
F. Hamouda, C. Audoin, P. Cerez, V. Hermann, G. Theobald
CNRS - Laboratoire de l'Horloge Atomique - Paris FRANCE
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The Passive Method of Time-Frequency Information Receiving by Meteor-Burst Channel
I. Antipov, B.L. Kashcheev, A. Koval'Yu, G.V. Nesterenko (Mr. I. Antipov cannot attend)
Kharkov State Technical University of Radioelectronics Kharkov - UKRAINE
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| 12 |
Recent Development of Hydrogen Maser in the Electronics
C. Lin, Y. Cai, Y. Zhang
Chinese Academy of Science - Shanghai Astonomical Observatory - Shanghai - CHINA
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6 |
Smoothing, Wiener and Kalman Estimates of a Time Error: a Comparative Study
Y. Shmaliy, O. Ibarra-Manzano, A. marienko*, M. Torres-Cisneros
Guanajuato University - Salamanca, Gto - Mexico
*Sichron Center - Kharkiv - Ukraine
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| 13 |
Oscillation of the Center of the Rabi Pedestal in an Optically Pumped Cs Beam Standard
E. De Clercq, A. Makdissi
Bureau National de Métrologie - LPTF - Observatoire de Paris - Paris - FRANCE
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A Performance Comparison between Commercial Caesium and H-Maser Clocks for Vlbi Measurements
P. Eskelinen, P. Sjoman
Helsinki University of Technology - Koskenkyla - FINLAND
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| 14 |
Hydrogen-Maser with Improved Short-Frequency Stability
A. Boyko, G. Yolkin, N. Gestkova, G. Kurnikov, V. Paramzin
Institute of Metrology for Time and Space - Mendeleevo Moscow area - RUSSIA
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A DSP Based Radio Synchronized Clock
F. Cordara, V. Pettiti, A. Busso*, M. Mascarello
Istituto Elettrotecnico Nazionale «Galileo Ferraris» - Torino ITALY
* Politecnico -Torino - ITALY
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| 15 |
A High-Isolation Power Divider for H-Masers
P. Eskelinen, H. Eskelinen*
Helsinki University of Technology - Koskenkyla - FINLAND
*Lappeenranta University of Technology - Lappeenranta FINLAND
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9 |
Time Synchronisation over the Internet in Sweden
K. Jaldehag, J. Johansson, G. Lundquist, C. Rieck, H. Nilsson, P. Löthberg*
SP Swedish National Testing and Research Institute Boras - SWEDEN
* Stupi AB - Stockholm - SWEDEN
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| 16 |
Atomic Frequency Standards and Quantum Magnetometers of the Highest Stability with a Principally New Excitation Method of a Coherence Signal
E. N. Pestov
The Federal State Scientific - St - Petersburg - RUSSIA
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10 |
Time and Frequency Standard of NIM and Activities Toward its Improvement
A. Niculescu
National Institute of Metrology - Bucharest - ROMANIA
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| 17 |
Detection of Principally Non-Removable Unsteadiness of the « Accurate »f0-0 Resonance in Atomic Frequency Standards when Excitating Coherence Signal Using a Harmonic Resonant Field
E. N. Pestov, A.G. Chirkov
St.-Petersburg State Technical University- St - Petersburg RUSSIA
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11 |
A Better Way of Life for PPS Users
H. Fruehauf (Mr. H. Fruehauf cannot attend)
Zyfer Inc. CA - USA
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| 18 |
A Synchronous Multiple Frequency Synthesizer for Atomic Fountain Frequency Standards
C. Calosso, G.A. Costanzo, A. De Marchi
Politecnico di Torino - Electronic Department - Torino ITALY
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12 |
Multi-Frequencies Precise Phase-Time Comparator
X. Stehlin, P. Rochat
Temex Neuchâtel Time - Neuchâtel - SWITZERLAND
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| 19 |
Progress Report on the CS Fountain Frequency Standard at the Politecnico di Torino
G. Costanzo, C. Calosso, A. De Marchi
Politecnico di Torino - Dipartimento di Elettronica - Torino ITALY
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13 |
A Fast Computation Approach for Maximum Time Interval Error in Telecommunications Measurement
M. Li, C.-S. Liao
Chunghwa Telecommunications Labs - Yang-Mei, Taoyuan TAìWAN
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| 20 |
The Influence of the Light Shift Due to Cw and Pulsed Beams on the Stability of an Atomic Beam Clock
M. Santos , V.S. Bagnato, A. Bebeachibuli, D.V. Magalhaes, F. Teles
University of Sao Paulo ì Sao Paulo - BRAZIL
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GPS, GALILEO & CARRIER-PHASE
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| 21 |
Autonomous and Non-Autonomous Cavity Autotuning of the Hydrogen Maser CH1-75
V. Logatchev, G.M. Chernov
IEM Kvarz & Nizhniy Novgorod - RUSSIA
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Rubidium Atomic Clock for GALILEO
F. Droz, R. Rochat, F. Emma*
Temex Neuchâtel Time SA & Neuchâtel - SWITZERLAND
* European Space Technology Centre - Netherlands
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| 22 |
The Dual Mixer Time Difference at NIM
A. Niculescu, L. Giurgiu*, O. Gheorghiu*
National Institute of Metrology - Bucharest - ROMANIA *National Institute of Laser, Plasma and Radiation Physics Bucharest - ROMANIA
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2 |
Improving the Accuracy of GPS Time Transfer by Thermal Stabilization of GPS Antenna and Receiver
A. Lisowiec, J. Nawrocki*, A. Smolarski
Tele and Radio Research Institute - Warsaw - POLAND
* Astrogeodynamical Observatory, Space Research Center Kòrnik - POLAND
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| 23 |
Total Hadamard Variance: Application to Clock Steering by Kalman Filtering
F. Vernotte, R. Beard*, C. Greenhall**, D. Howe***, B. Riley****
Observatoire de Besançon - Besançon - FRANCE
*US NRL - Washington, DC - USA
**JPL - Passadena, CA - USA
***NIST - National Institute for Standards and Technology Boulder, CO - USA
****Datum Inc. - Beverly, MA - USA
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GPS Time Accuracy after the Selective Availability (SA) Switch off
R. Kraemer, U. Grunert
German Aerospace Center - Institute of Communications and Navigation - Wessling - GERMANY
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| 24 |
Improved Coupling of a Microwave Ramsey Cavity: Theoretical Studies and Experimental Verification
R. Schröder
PTB - Branuschweig - Germany
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4 |
Analog VS Digital Broadcast of Time/Frequency Information
K. Kalliomäki, T. Mansten*
University of Oulu - Department of Electrical Eng. - Oulu FINLAND
* Mikes - Electricity and Time Metrology - FINLAND
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| 25 |
Development of a Frequency Chain for the Absolute Frequency Measurement of a 127I2-Stabilized Nd: Yag Laser At 563.2 THz/532 nm
F. Ducos, Y. Hadjar, G.D. Rovera, J.J. Zondy, O. Acef
BNM-LPTF / CNRS-UMR 8630 - Observatoire de Paris Paris - FRANCE
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5 |
Ultra Precise Time Dissemination System
C. Lopes, B. Riondet
IN-SNEC - Les Ulis - FRANCE
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| 26 |
Quantum Cs-He Magnetometer - a Standard Gauge for Magnetic Induction Measurements at National Verification Centres
E. N. Pestov, D.E. Pestov, V.A. Ryabkov, V.Y. Shifrin*
«Geologorazvedka» Entreprise - St-Petersburg - RUSSIA
*D.I. Mendeleyev VMIIM - St-Petersburg - RUSSIA
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Time Transfer to TAI Using Geodetic Receivers
P. Defraigne, C. Bruyninx, J. Clarke*, J. Ray**, Ken Senior**
Royal Observatory of Belgium - Brussels - BELGIUM
*National Physical Laboratory - London - UNITED KINGDOM ** US Naval Laboratory - Washington - USA
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| 27 |
Electrostatic Trapping of Linear Dipolar Molecules
M. Kajita, T. Suzuki***, H. Odashima**, Y. Moriwaki*, M. Tachikawa***
Communications Research Laboratory - Tokyo - JAPAN
*Institute for Molecular Science - Okazaki - JAPAN
**Toyama University - Toyaman - JAPAN
***Meiji University - Kawasaki - JAPAN
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