Supplementry
Issue 2, 2001
Frequency Standards and Clocks
| A
U.S. Laser Cooled Atomic Clock System for Space D.B. Sullivan, T.P. Heavner, L.W. Hollberg, S.R. Jefferts, D.M. Meekhof, T.E. Parker, W.D. Phillips, S.L. Rolston, H.G. Robinson, J.H. Shirley, F.L. Walls, N. Ashby, W.M. Klipstein, L. Maleki, D.J. Seidel, R.J. Thompson, S Wu, L. Young, R.F.C. Vessot, E.M. Mattison and A. DeMarchi |
1
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| Ultra
Stable Clocks in Space : the ACES Project N. Dimarcq, Ch. Salomon, M. Abgrall, A. Clairon, P. Laurent, P. Lemonde, G. Santarelli, P. Uhrich, L. G. Bernier, G. Busca, A. Jornod, P. Thomann, E. Samain, P. Wolf, P. Aubry, F. Gonzalez, Ph. Guillemot, S. Leon, F. Nouel, Ch. Sirmain and S. Feltham |
9
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| Development
of Frequency Standards Based on a Continuous Beam of Cesium Atoms Ho Seong Lee, Young Ho Park, Sang Eon Park and Taeg Yong Kwon |
20
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| Collimation
of Cs Fountain with a Single Infrared Laser Masatoshi Kajita and Takao Morikawa |
27
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| Progress
on the NML Trapped Ion Frequency Standards Bruce Warrington, Peter Fisk, Malcom Lawn and Michael Wouters |
32
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| Metrological
Research at the Politecnico di Torino A. De Marchi, G.A. Costanzo, M. Ortolano, C. Calosso, F. Periale |
42
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| An
Ultra-Miniature Rubidium Frequency Standard Y. Koyama, H. Matsuura, K. Atsumi, K. Nakamuta, M. Sakai Y. Nakajima and I. Maruyama |
50
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| Microwave
Synthesisers for Atomic Frequency Standards A. Sen Gupta, F.L. Walls, J.F. Garcia Nava and C. Nelson |
59
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| Cesium
Fountain Clock with Laser Cooling in Squeezed Vacuum Ashish Agarwal, G.M. Saxena, A. Chatterjee and B.S. Mathur |
70
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| Cs
Saturated Absorption Spectrometer with Diode Laser at 852 nm Santa Chawla, A. Sen Gupta, Sarika Pugla, B.K. Roy, A.K. Kanjilal and S.A. Ahmad |
77
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| Some
Studies on the Long Term Behaviour of Precision Quartz Oscillators S.K. Kaul, M. Kothari, I.K. Kaul, R. Koul and C.L. Bhat |
85
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| Development
of HTS Based Shielded Dielectric Resonator for Frequency Standard N.D. Kataria and K.S. Daya |
89
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Hydroxyl
Defects in Quartz Crystals : Their Radiation Effects and thier Application
in Frequency Control |
94
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Time
and Frequency Transfer Techniques
|
Time
Transfer Methods in TAI : Present and Future |
107
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| Comparison
of High-Precision Time Transfer Techniques Demetrios Matsakis, Lara Schmidt, Ken Senior, Ed Powers and Jim De Young |
115
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High Stability Frequency Broadcast Through INSAT C.R. Subrahmanya, R. Ganesan, N.V.G. Sarma, S. Rangarajan and S. Sukumar |
133
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| Design
of a Time & Frequency Dissemination System Using Mexican Geostationary Satellites V. Molina, P. Fortier, J.M. Lopez and H. Jardon |
138
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| Results
of Differential Mode of Operation of the Standard Time & Frequency Signal (STFS) Broadcast via INSAT A. Sen Gupta, A.K. Hanjura, B.S. Mathur, R. Koul, S.K. Kaul, I. K. Kaul, M. Kothari, H.C. Goel, C.L. Bhat and S. Das |
145
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| Synchronisation
of Non-Cosited Shortwave Transmitters using INSAT STFS Service Ratna Chakrabarty |
157
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| STFS
based Time Synchronised Real Time Load Despatching in the Western Region
Anjan Roy, M. G. Raoot and P. Pentayya |
165
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| The
Two-Way Time Transfer Activities at TL, Taiwan H.T. Lin, P.C. Chang, C.S. Liao, H. Yukawa, K. Mano and M. Imae |
175
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| Two
Way Satellite Time and Frequency Transfer (TWSTFT) Experiment Between Ahmedabad and Delhi using INSAT 3B M.R. Sivaraman, S. Nagrare, Soumi De, R. A. Dholaria, V.S. Palsule, A.S. Durai, V.V. Paranjpe, M.L. Hasija, Kalishankar and Gurmit Singh |
181
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| Results
of TWSTFT Experiment Conducted between Ahmedabad and Delhi Using INSAT 3B Sangeeta Nagrare, Soumi De, R.A. Dholaria and M.R. Sivaraman |
187
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| Calibration
of the Earth Station Delays for TWSTFT Experiment using a Transportable Earth Station Sangeeta Nagrare, R.A. Dholaria, Soumi De, M.R. Sivaraman, A.S. Durai, A.S. Buch and R.N. Goude |
193
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| Time
& Frequency Transfer in Distributed Communication Networks over Satellite Links G.M. Rathar and M.S. Shah |
199
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Time and Frequency Metrology
|
Optical
Generation of Microwave Signal through Heterodyne Optical PLL |
207
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| Computation
of Time-Domain Frequency Stability and Jitter from PM Noise Measurements
W.F. Walls and F.L. Walls |
218
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1/f
PM and AM Noise in Amplifiers and Oscillators |
226
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| Activities
in the Time & Frequency Laboratory of the CSIR- National Metrology Laboratory E.L. Marais |
243
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| A
New PLL for Disciplining the Frequency Standard G. Kramer, P. Banerjee and W. Klische |
249
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| On
the Performance of a Dividerless Frequency Synthesizer with Aided Acquisition Techniques B.C. Sarkar and A. Hati |
261
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GPS/ Glonass Related Studies
| Traceable
Calibration of a GPS Disciplined Oscillator Staffan Johansson and Dave Coombes |
271
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| Time
Transfer Using GLONASS P-Code Measurement H.M. Peng, P.C. Chang, C.S. Liao and M Imae |
281
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| Global
Positioning System Receiver Performance Onboard Indian Remote Sensing Satellite
K.V. Prasad, S.G. Basu and S. Pal |
286
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| Multi-channel
GPS Receiver Development and Evaluation at the CSIR-National Metrology Laboratory
E.L. Marais |
293
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| Synchronization
of Remotely Located Slave Clock by using GPS Time Transfer Receiver Young Bum Kim, Dong Chul Park and Nak Sam Chung |
302
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| Time
Synchronisation Requirements for Implementation of Wide Area Differential
GPS (WADGPS) over Indian Ocean Region (IOR) M.R. Sivaraman |
307
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| Simultaneous
Measurements of TEC in Multiple Directions Using Dual Frequency GPS Receiver A.D. Sarma, V. Venkata Rao and G Sasi Bhushana Rao |
313
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| Placement
of WAAS Reference Station (WRS) for Indian Airspace Arjun Singh and D.C. Reddy |
317
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| Improvement
of the Accuracy of GPS Time P Banerjee, Anindya Bose and B.S. Mathur |
326
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| Precision
Time Keeping : Its Applications in Astronomy C.L. Bhat and R. Koul |
335
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| Giant
Meterwave Radio Telescope and VLBI Observations M.R. Sankararaman and S. Ananthakrishnan |
344
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Timekeeping and Calendars
| Time
Concepts in Vedic Astronomy J.N. Pandey |
335
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| Decimale
Calender : Measuring Year by the Weeks and Decimalised Hour of the Day Brij Bhushan Vij |
363
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