7th Annual PTTI Meeting 1975
December 2 - 4, 1975
Goddard Space Flight Center
Greenbelt, Maryland
Meeting Officers
PTTI AND ITS PP&TS (PROBLEMS, PITFALLS AND TROUBLES)
Gernot M. R. Winkler, U.S. Naval Obseravtory
CO-ORDINATED UNIVERSAL TIME IN AUSTRALIA
J. McK. Luck and J. R. Woodger, Division of National Mapping, Australia
PTTI TECHNOLOGY IN SOUTH AFRICA AND SPECIFIC PROBLEMS GERMANE TO THIS GEOGRAPHIC AREA
J. Hers, National Physical Research Laboratory, South Africa
RECENT CHANGES AND FUTURE TRENDS IN NBS TIME AND FREQUENCY DISSEMINATION SERVICES
R. E. Beehler, D. W. Hanson, and D. D. Davis, National Bureau of Standards
OUTLOOK FOR PRECISION FREQUENCY CONTROL IN THE 1980'S
Erich Hafner, U.S. Army Electronics Technology and Devices Laboratories
CLOCK TIME ERRORS AND TIME PREDICTION (abstract)
David W. Allan, National Bureau of Standards
RADIATION EFFECTS IN CRYSTAL AND ATOMIC FREQUENCY STANDARDS
T. M. Flanagan and R. E. Leadon, IRT Corporation
A PORTABLE RUBIDIUM CLOCK FOR PRECISION TIME TRANSPORT
Helmut Hellwig and A. E. Wainwright, National Bureau of Standards
PERFORMANCE AND OPERATION OF THE NRC PRIMARY CESIUM CLOCK, CsV
A. G. Mungall, H. Daams, D. Morris, and C. C. Costain, National Research Council, Canada
THE MILLMAN EFFECT IN CESIUM BEAM ATOMIC FREQUENCY STANDARDS
A. G. Mungall, National Research Council, Canada
A NEW METHOD FOR GENERATING OVERTONE FREQUENCIES IN A QUARTZ OSCILLATING CIRCUIT
Harish Bahadur and R. Parshad, National Physical Laboratory, India
DEMONSTRATION OF THE FREQUENCY OFFSET ERRORS INTRODUCED BY AN INCORRECT SETTING OF THE ZEEMAN/MAGNETIC FIELD ADJUSTMENT ON THE CESIUM BEAM FREQUENCY STANDARD
Donald C. Kaufman, NASA Goddard Space Flight Center
A STUDY OF HYDROGEN MASER RESONATORS AND STORAGE BULBS FOR USE IN GROUND AND SATELLITE MASERS
Edward C. Mattison, Robert F. C. Vessot, and Martin W. Levine, Smithsonian Astrophysical Observatory
FREQUENCY STABLILITY REQUIREMENTS FOR TWO WAY RANGE RATE TRACKING
Victor Reinhardt, NASA Goddard Space Flight Center
HIGH PRECISION TIME TRANSFERS IN THE FIELD
W. J. Klepczynski, U.S. Naval Observatory
FREQUENCY CONVERTER FROM 3.58 MHZ TO 5.0 MHZ FOR FREQUENCY COMPARISON BY MEANS OF TV COLOR SUB-CARRIER
Tadao Inouye, National Research Laboratory of Metrology,
and Chikao Takeuchi, Fujitsu Limited
HIGH PRECISION TIME TRANSFER METHODS
Kenneth Putkovich, U.S. Naval Obseravtory
INTERNATIONAL TIME TRANSFER BTEWEEN USNO AND RGO VIA NTS-1 SATELLITE
H. M. Smith, N. P. J. O'Hora, Royal Greenwich Observatory,
R. Easton, J. Buisson, and T. McCaskill, Naval Research Laboratory
A TWO-WAY TIME TRANSFER EXPERIMENT USING A SYNCHRONOUS SATELLITE
A. R. Chi, Goddard Space Flight Center,
and E. Byron, Applied Physics Laboratory, JHU
THE STATE TIME AND FREQUENCY SERVICE IN THE U.S.S.R.
V. V. Sajin and V. J. Iljin, U.S.S.R. Gosstandart
THE U.S.S.R. STATE TIME AND FREQUENCY STANDARD
V. G. Iljin and V. V. Sajin, U.S.S.R. Gosstandart
SUBNANOSEC-LASER PULSE TIME TRANSFER TO AN AIRCRAFT TO MEASURE THE GENERAL RELATIVISTIC ALTITUDE EFFECTS ON ATOMIC CLOCK RATES
C. Alley, University of Maryland
APPLICATIONS OF PTTI TECHNIQUES IN COMMUNICATIONS SYSTEMS
Dr. Harris A. Stover, Defense Communications Engineering Center
AN INTEGRATED COMMUNICATION, NAVIGATION, IFF SYSTEM (abstract)
Major J. A. Krupinski, Electronic Systems Command, U.S.A.F.
VLBI: PAST, PRESENT, AND FUTURE (abstract)
Irwin I. Shapiro, Massachusetts Institute of Technology
PRECISE TIME FOR VERY LONG BASELINE INTERFEROMETRY AT SANTIAGO, CHILE AND RELATED PROBLEMS GERMANE TO THIS GEOGRAPHIC AREA
F. Noel, Observatorio Astronomico Nacional, Universidad de Chile
RADIO INTERFEROMETRIC GEODESY USING A RUBIDIUM FREQUENCY SYSTEM
Peter F. MacDoran, J. B. Thomas, K. M. Ong, H. F. Fliegal, and D. D. Morabito, Jet Propulsion Laboratory
PATH DELAY CORRECTIONS FOR LORAN SIGNALS
Ronald G. Roll, The Johns Hopkins University Applied Physics Laboratory
EM FIELDS IN NONUNIFORM MULTILAYERED STRUCTURES STEADY STATE AND LORAN C PULSE EXCITATION
E. Bahar, University of Nebraska
TEST OF LOW-COST OMEGA NAVIGATION OVER ALASKAN AIRWAYS
Robert Moore, Federal Aviation Administration
INFLIGHT WORLDWIDE VLF EXPERIENCE USING GLOBAL NAVIGATION GNS-500
William R. Tymczyszyn, Global Navigation Incorporated
GEOMAGNETIC STORMS AND ASSOCIATED PHASE ANOMALIES OF A VLF RADIO WAVE AT MIDLATITUDES
Tadayoshi Hara and Koji Horiai, International Latitude Observatory of Mizusawa, Japan
SOME ASPECTS OF PROJECT SPECKLED TROUT
W. J. Klepczynski, U.S. Naval Obseravtory,
and Major W. L. Bertino, Andrews Air Force Base
SATELLITE-TO-SATELLITE TRACKING SYSTEM AND ORBITAL ERROR ESTIMATES
P. E. Schmid, P. D. Argentiero, and F. O. Vonbun, NASA Goddard Space Flight Center
NASA TRACKING SHIP NAVIGATION SYSTEMS
John J. McKenna, NASA Goddard Space Flight Center
ANALYSIS OF THE IMPACT OF SATELLITE NAVIGATION SYSTEM RECEIVER OSCILLATOR ERRORS ON USER NAVIGATION PERFORMANCE
Gregory L. Mealy, The Analytic Sciences Corporation
PRECISION SATELLITE TIME DETERMINATION FOR APPLICATION TO GEOS-3 DATA
F. M. Boykin, NASA Wallops Flight Center,
and R. E. Dwyer, Computer Sciences Corporation
SPACEBORNE RUBIDIUM FREQUENCY STANDARD FOR NAVSTAR GPS
D. E. Ringer, J. Randy, Rockwell International,
and E. Jechart, Efratom