8th Annual PTTI Meeting 1976
November 30 - December 2, 1976
U.S. Naval Research Laboratory
Washington, D.C.
Meeting Officers
NAVSTAR GLOBAL POSITION SYSTEM (GPS) CAPABILITY AND PLANS FOR PTTI APPLICATIONS (abstract)
CMDR William G. Houston, Space and Missile System Organization
THE HYDROGEN MASER PROGRAM FOR NAVSTAR GPS
Roger L. Easton, U.S. Naval Research Laboratory
OPERATION SCHEDULE AND PLANS OF WEST COAST LORAN C CHAINS (abstract)
Cyrus E. Potts and Paul E. Pakos, U.S. Coast Guard
ITU AND UNITED STATES SPECTRUM MANAGEMENT STRUCTURE (abstract)
S. E. Probst, Office of Telecommunication Policy
THE INTERNATIONAL RADIO CONSULTATIVE COMMITTEE (CCIR) ITS ROLE, FUNCTION AND INFLUENCE ON THE DISTRIBUTION OF TIME AND FREQUENCY INFORMATION
Hugh S. Fosque, NASA Headquarters
THE BUREAU INTERNATIONAL DE L'HEURE
Humphry M. Smith, Bureau International de l'Heure
DEFINITION, REQUIREMENT, AND THE DETERMINATION OF UT1 BY THE U.S. NAVAL OBSERVATORY (USNO)
Dennis D. McCarthy, U.S. Naval Observatory
THE DETERMINATION OF UT1 BI THE BUREAU INTERNATIONAL DE L'HEURE (BIH)
Martine Feissel, Bureau International de l'Heure
PRECISE WORLDWIDE STATION SYNCHRONIZATION VIA THE NAVSTAR GPS, NAVIGATION TECHNOLOGY SATELLITE (NTS-1)
James Buisson, Thomas McCaskill, U.S. Naval Research Laboratory,
Humphry Smith, The Royal Greenwich Observatory,
Peter Morgan, and John Woodger, Department of National Mapping, Australia
NATIONAL TECHNOLOGY SATELLITE (NTS) LOW COST TIMING RECEIVER DEVELOPMENT
L. Raymond, J. Oaks, J. Osbourne, Naval Surface Weapons Center,
G. Whitworth, Applied Physics Laboratory, JHU,
J. Buisson, P. Landis, Naval Research Laboratory,
C. Wardrip, and J. Perry, Goddard Space Flight Center
A TIME CODE FROM NOAA'S GEOSTATIONARY OPERATIONAL ENVIRONMENTAL SATELLITES
D. W. Hanson, J. V. Cateora, and D. D. Davis, National Bureau of Standards
A SYSTEM FOR NEAR REAL-TIME CRUSTAL DEFORMATION MONITORING
Peter F. MacDoran, Jet Propulsion Laboratory
QUARTZ CLOCKS SYNCHRONIZED BY LF TIME SIGNALS
J. Bonanomi and P. Schumacher, Observatoire Cantonal, Switzerland
IMPROVED TIME REFERENCE DISTRIBUTION FOR A SYNCHRONOUS DIGITAL COMMUNICATIONS NETWORK
Harris A. Stover, Defense Communications Engineering Center
A MICROPROCESSOR DATA LOGGING SYSTEM FOR UTILIZING TV AS A TIME-FREQUENCY TRANSFER STANDARD
D. D. Davis, National Bureau of Standards
THE ATOMIC HYDROGEN MASER
Norman F. Ramsey, Harvard University
FIELD OPERABLE HYDROGEN MASER DESIGN
Victor S. Reinhardt, Harry E. Peters, and Lawrence A. Birnbaum, NASA/Goddard Space Flight Center
HYDROGEN MASER FREQUENCY STANDARDS FOR THE DEEP SPACE NETWORK
Peter R. Dachel, Roger F. Meyer, Samuel M. Petty, and Richard L. Sydnor, Jet Propulsion Laboratory
HYDROGEN MASER DESIGN AT THE LABORATOIRE DE L'HORLOGE ATOMIQUE
Pierre Petit, Jacques Viennet, Roland Barillet, Michel Desaintfuscien, and Claude Audoin, Laboratoire de l'Horloge Atomique
A HYDROGEN MASER DESIGN FOR GROUND APPLICATIONS
M. W. Levine, R. F. C. Vessot, E. M. Mattison, E. Blomberg, T. E. Hoffman, G. Nystrom, D. F. Graveline, R. L. Nicoll, C. Dovidio, and W. Brymer, Smithsonian Astrophysical Observatory
SPACE-BORNE HYDROGEN MASER DESIGN
R. F. C. Vessot, M. W. Levine, E. M. Mattison, T. E. Hoffman, E. A. Imbier, M. Tetu, G. Nystrom, Smithsonian Astrophysical Observatory,
J. J. Kelt, Jr., H. F. Trucks, and J. L. Vaniman, Marshall Space Flight Center
VARIABLE VOLUME MASER TECHNIQUES
Victor S. Reinhardt, NASA/Goddard Space Flight Center
PROBLEMS IN HYDROGEN MASER DESIGN AND SUGGESTED IMPROVEMENTS
Stuart B. Crampton, Harry T. M. Wang, and John L. Barrett, Williams College
NEW TE111-MODE HYDROGEN MASER
Edward M. Mattison, Martin W. Levine, and Robert F. C. Vessot, Smithsonian Astrophysical Observatory
DESIGN AND RESULTS FROM A PROTOTYPE HYDROGEN MASER FREQUENCY STANDARD
F. L. Walls, National Bureau of Standards
RELATIVE MERITS OF DIFFERENT HYDROGEN MASER DESIGNS AND THEIR EVALUATION -- PANEL DISCUSSION
Norman F. Ramsey, Harvard University,
Stuart Crampton, Williams College,
Harry Peters, Consultant,
Victor Reinhardt, Goddard Space Flight Center,
Richard Sydnor, Jet Propulsion Laboratory,
Robert Vessot, Smithsonian Astrophysical Laboratory,
Michel Desaintfuscien, Universite de Paris,
and Fred Walls, National Bureau of Standards
A COMPARISON OF VARIOUS HYDROGEN-MASER FREQUENCY STANDARDS
A. E. E. Rogers, A. R. Whitney, Haystack Observatory
and L. B. Hanson, Massachusetts Institute of Technology
USER EXPERIENCE AND REQUIREMENTS OF HYDROGEN MASERS -- PANEL DISCUSSION
Hugh Fosque, NASA Headquarters,
Roger Easton, Naval Research Laboratory,
Peter MacDoran, Jet Propulsion Laboratory,
Thomas Clark, Goddard Space Flight Center,
Alan E. Rogers, Massachusetts Institute of Technology,
and Rudolph Decker, Marshall Space Flight Center
SPECIAL PURPOSE ATOMIC (MOLECULAR) STANDARD
David J. Wineland, David A. Howe, and Helmut Hellwig, National Bureau of Standards
CALCULATION OF OMEGA PROPAGATION GROUP DELAY AND APPLICATION TO LOCAL TIME STANDARD MONITORING
R. Grover Brown, R. L. Van Allen, and Kim Strohbehn, Iowa State University
OMEGA SYNCHRONIZATION: CURRENT OPERATIONS AND FUTURE PLANS
Howard J. Santamore, U.S. Coast Guard,
Roger N. Schane, and Stephen F. Donnelly, The Analytic Sciences Corporation
A BRIEF REVIEW OF FREQUENCY STABILITY MEASURES
Gernot M. R. Winkler, U.S. Naval Obseravtory
FIRST RESULTS FROM A SATELLITE DATA LINK RADIO INTERFEROMETER
S. H. Knowles, W. B. Waltman, Naval Research Laboratory,
N. W. Broten, D. H. Fort, National Research Council, Canada,
K. I. Kellermann, B. Rayhrer, National Radio Astronomy Observatory,
J. L. Yen, University of Toronto,
and G. W. Swenson, University of Illinois
INTERPRETATION AND APPLICATION OF OSCILLATOR INSTABILITY MEASURES USING STRUCTURE FUNCTIONS
W. C. Lindsey, C. M. Chie, University of Southern California,
and W. E. Leavitt, Naval Research Laboratory
IDENTIFICATION OF NOISE PROCESSES IN OSCILLATORS AND SAMPLE DATA OF FREQUENCY STABILITY OF FREQUENCY STANDARDS (abstract)
Robert F. C. Vessot, Smithsonian Astrophysical Observatory
A SIMPLE TECHNIQUE FOR HIGH RESOLUTION TIME DOMAIN PHASE NOISE MEASUREMENT
Victor S. Reinhardt and Theresa Donahoe, NASA/Goddard Space Flight Center
FREQUENCY STABILITY MEASUREMENT PROCEDURES
Michael C. Fischer, Hewlett-Packard Company
FREQUENCY STABILITY AND ITS INTERPRETATION TO THE USERS -- PANEL DISCUSSION
Andrew Chi, Goddard Space Flight Center,
David Allan, National Bureau of Standards,
William Lindsey, University of Southern California,
Robert Vessot, Smithsonian Astrophysical Observatory,
Leonard Cutler, Hewlett-Packard Company,
Gernot Winkler, U.S. Naval Obseravtory,
James Mullen, Raytheon Co.,
and Warren Smith, Bell Telephone Labs
NTS-2 CESIUM BEAM FREQUENCY STANDARD FOR GPS
J. White, F. Danzy, S. Falvey, A. Frank, and J. Marshall, U.S. Naval Research Laboratory
A NEW RUGGED LOW NOISE HIGH PRECISION OSCILLATOR
D. A. Emmons, Frequency and Time Systems, Inc.
PERFORMANCE OF A DUAL BEAM HIGH PERFORMANCE CESIUM BEAM TUBE
Gary A. Seavey, Hewlett-Packard Company
APPLICATION OF HIGH PERFORMANCE CESIUM BEAM FREQUENCY STANDARDS TO VLBI
W. J. Klepczynski, U.S. Naval Observatory,
K. J. Johnston, J. H. Spencer, and W. B. Waltman, Naval Research Laboratory
NEW HOROLOGE FOR AIR FORCE METROLOGY LABORATORIES
Arnold Alpert and James F. Barnaba, Newark Air Force Station
QUESTIONS AND ANSWERS FOR "THE ROLE OF THE INTERNATIONAL RADIO CONSULTATIVE COMMITTEE -- ITS FUNCTION AND INFLUENCE"
Hugh S. Fosque, NASA Headquarters