4th Annual PTTI Meeting 1972
November 14 - 16, 1972
Goddard Space Flight Center
Greenbelt, Maryland
Meeting Officers
TIMATION III SATELLITE
Charles A. Bartholomew, Naval Research Laboratory
BRITISH AMERICAN SATELLITE TIME TRANSFER EXPERIMENT
Roger Easton, Naval Research Laboratory
PERFORMANCE OF THE NEW EFRATOM OPTICALLY PUMPED RUBIDIUM FREQUENCY STANDARDS AND THEIR POSSIBLE APPLICATION IN SPACE RELATIVITY EXPERIMENTS
Carroll O. Alley, Ralph Williams, Gurbax Singh, and John Mullendore, University of Maryland
SECOND GENERATION TIMING SYSTEM FOR RANGING EXPERIMENT APOLLO LUNAR LASER
Douglas G. Currie, Charles Steggerda, John Rayner, and Albert Buennagel, University of Maryland
PRECISION FREQUENCY SOURCES
Arthur O. McCoubrey and Robert H. Kern, Frequency and Time Systems, Inc.
NASA HYDROGEN MASER ACCURACY AND STABILITY IN RELATION TO WORLD STANDARDS (corrected for errata)
H. E. Peters, Goddard Space Flight Center,
and D. B. Percival, U.S. Naval Observatory
VERY LONG BASELINE INTERFEROMETRY (VLBI) EARTH PHYSICS
Peter F. MacDoran, Jet Propulsion Laboratory
PRECISION TIMING AND VERY LONG BASELINE INTERFEROMETRY (VLBI)
Thomas A. Clark, Goddard Space Flight Center
TRACKING THE LUNAR ROVER VEHICLE WITH VERY LONG BASELINE INTERFEROMETRY TECHNIQUES
Daniel Schnidman, Bendix Field Engineering Corporation
AN ANALYSIS AND DEMONSTRATION OF CLOCK SYNCHRONIZATION BY VLBI
William J. Hurd, Jet Propulsion Laboratory
TIME AND FREQUENCY REQUIREMENT FOR THE EARTH AND OCEAN PHYSICS APPLICATIONS PROGRAM
Friedrich O. von Bun, Goddard Space Flight Center
PANEL DISCUSSION
Andrew R. Chi, Goddard Space Flight Center
TRANSIT IMPROVEMENT PROGRAM TIMING EXPERIMENTS (abstract)
Lauren J. Rueger, The Johns Hopkins University
INTERMEDIATE TERM FREQUENCY MEASUREMENTS WITH THE HP COMPUTING COUNTER IN THE USNO CLOCK TIME SYSTEM
Gernot M. R. Winkler, U.S. Naval Observatory
OPERATIONAL STABILITY OF RUBIDIUM AND CESIUM FREQUENCY STANDARDS
John E. Lavery, Goddard Space Flight Center
HAWAII PTTI TEST BED
James A. Murray, Naval Research Laboratory
TIME AND FREQUENCY FOR DIGITAL TELECOMMUNICATIONS
Harold C. Folts, National Communications System
PRECISION TIME DISTRIBUTION WITHIN A DEEP SPACE COMMUNICATIONS COMPLEX
Jay B. Curtright, Jet Propulsion Laboratory
UTILIZATION OF FSK COMMUNICATIONS FOR TIME
Robert R. Stone, Jr., Thomas H. Gattis, Naval Research Laboratory,
and Theodore N. Lieberman, Naval Electronic Systems Command
TIMING REQUIREMENTS FOR THE SANGUINE ELF COMMUNICATIONS SYSTEM
Bodo Kruger, Naval Electronic Systems Command
CALIBRATED VLF PHASE MEASUREMENTS: SIMULTANEOUS REMOTE AND LOCAL MEASUREMENTS OF 10.2-KhZ CARRIER PHASE USING CESIUM STANDARDS (corrected for errata)
Eric R. Swanson, Richard H. Gimber, and James E. Britt, Naval Electronics Laboratory Center
THE USES AND LIMITATIONS OF HF STANDARD BROADCASTS FOR TIME AND FREQUENCY COMPARISON
John T. Stanley, National Bureau of Standards
THE GLOBAL RESCUE ALARM NET (GRAN) EXPERIMENT
James C. Morakis, Goddard Space Flight Center
PANEL DISCUSSION
William J. Klepczynski, U.S. Naval Observatory
DELAY TIME MEASUREMENTS OF THE PROPAGATION OF RADIO WAVES IN THE ATMOSPHERE
Frederick Rohde, U.S. Army Corps of Engineers
USE OF PROPAGATION CORRECTIONS FOR VLF TIMING
Eric R. Swanson, Naval Electronics Laboratory Center
INTERPRETATION OF VLF PHASE DATA
Friedrich Reder, James Hargrave, U.S. Army Electronics Technology and Devices Laboratory,
and James Crouchley, University of Queensland, Australia
OMEGA TIMING RECEIVER DESIGN AND SYSTEM TEST
John J. Wilson, James E. Britt, Naval Electronics Laboratory Center,
and Andrew Chi, Goddard Space Flight Center
PANEL DISCUSSION
Gernot M. R. Winkler, U.S. Naval Observatory