Goddard range and range rate and laser station coordinates from GEOS-2 data

Satellite-tracking and Earth dynamics research programs

May 1983

Tracking of LAGEOS for polar motion and Earth rotation studies and for other geophysical investigati...

National Geodetic Satellite Program, Part II: Smithsonian Astrophysical Observatory

Lundquist, C. A.
Whipple, F. L.
Lehr, C. G.
Veis, G.
Pearlman, M. R.
Wohn, J.
Kozai, Y.
Mendes, G.
Thorp, J. M.
Gaposchkin, E. M.
Tsiang, C. R. H.
Williamson, M. R.
Arnold, D. A.
Latimer, J.

January 1977

A sequence of advances in the determination of geodetic parameters presented by the Smithsonian Astr...

An experiment to determine the relative positions of two collocated laser tracking stations

Dunn, P. J.
Smith, D. E.
Kolenkiewicz, R.

November 1972

Two Goddard Space Flight Center laser tracking stations were collocated for a short time towards the...

Goddard laser systems and their accuracies

Vonbun, F. O.

February 1976

The latest Goddard laser systems, and their use in the Earth Dynamic Program are described. The trac...

A global station coordinate solution based upon camera and laser data - GSFC 1973

Klosko, S. M.
Marsh, J. G.
Douglas, B. C.

May 1973

Results for the geocentric coordinates of 72 globally distributed satellite tracking stations consis...

Intercomparison of collocated laser optical and GRARR radio ranging system tracks on GEOS-A

Norris, P.
Reich, R.
Maresca, P.
Berbert, J. H.

September 1967

Intercomparison of collocated laser optical and radio ranging system tracks on GEOS-A SPACECRAF

Geodetic satellite results for Deep Space Station coordinates

Klosko, S. M.
Douglas, B. C.
Marsh, J. G.

February 1971

Optical tracking data from geodetic satellites for deep space station coordinate

The determination and comparison of the GRARR MADGAR site location

Oneill, B.
Moss, S. J.
Doll, C. E.
Lerch, F. J.

November 1969

Determination and comparison of location of Goddard Range and Range Rate station at Madagasca

The effects of tracking station coordinate uncertainties on GEOS-2 orbital accuracy

Kahn, W. D.
Glazer, J.

August 1972

Laser and minitrack observational data from GEOS-2 collected during the period April 23, 1971 to May...

Simultaneous observation solutions for NASA-MOTS and SPEOPT station positions on the North American datum

Reece, J. S.
Marsh, J.

June 1973

Simultaneous observations of the GEOS-I and II flashing lamps by the NASA MOTS and SPEOPT cameras on...

A unified set of tracking station coordinates derived from geodetic satellite tracking data

Marsh, J. G.
Douglas, B. C.
Klosko, S. M.

July 1971

Unified set of tracking, station coordinates on geocentric reference system from GEOS 1 and 2 tracki...

Goddard astronomic and geodynamic parameters

Siry, J. W.

November 1970

Goddard astronomic and geodynamic parameters including fundamental astronomical constants, gravitati...

Evaluation of the Goddard range and range rate system at Rosman by intercomparison with GEOS 1 long-arc orbital solutions

Marsh, J. G.
Lerch, F. J.
Oneill, B.

June 1969

Evaluation of Goddard range and range rate system at Rosman by intercomparison with GEOS 1 long-arc ...

Basic research for the Earth dynamics program

October 1981

The technique of range differencing with Lageos ranges to obtain more accurate estimates of baseline...

A review of Goddard range and range rate system measurements and data processing techniques

Grenchik, T. J.
Putney, B. H.

April 1969

Goddard range and range rate system measurements and data processing techniques for orbit calculatio

Satellite-tracking and Earth dynamics research programs

May 1983

Tracking of LAGEOS for polar motion and Earth rotation studies and for other geophysical investigati...

National Geodetic Satellite Program, Part II: Smithsonian Astrophysical Observatory

Lundquist, C. A.
Whipple, F. L.
Lehr, C. G.
Veis, G.
Pearlman, M. R.
Wohn, J.
Kozai, Y.
Mendes, G.
Thorp, J. M.
Gaposchkin, E. M.
Tsiang, C. R. H.
Williamson, M. R.
Arnold, D. A.
Latimer, J.

January 1977

A sequence of advances in the determination of geodetic parameters presented by the Smithsonian Astr...

An experiment to determine the relative positions of two collocated laser tracking stations

Dunn, P. J.
Smith, D. E.
Kolenkiewicz, R.

November 1972

Two Goddard Space Flight Center laser tracking stations were collocated for a short time towards the...

Goddard laser systems and their accuracies

Vonbun, F. O.

February 1976

The latest Goddard laser systems, and their use in the Earth Dynamic Program are described. The trac...

A global station coordinate solution based upon camera and laser data - GSFC 1973

Klosko, S. M.
Marsh, J. G.
Douglas, B. C.

May 1973

Results for the geocentric coordinates of 72 globally distributed satellite tracking stations consis...

Intercomparison of collocated laser optical and GRARR radio ranging system tracks on GEOS-A

Norris, P.
Reich, R.
Maresca, P.
Berbert, J. H.

September 1967

Intercomparison of collocated laser optical and radio ranging system tracks on GEOS-A SPACECRAF

Geodetic satellite results for Deep Space Station coordinates

Klosko, S. M.
Douglas, B. C.
Marsh, J. G.

February 1971

Optical tracking data from geodetic satellites for deep space station coordinate

The determination and comparison of the GRARR MADGAR site location

Oneill, B.
Moss, S. J.
Doll, C. E.
Lerch, F. J.

November 1969

Determination and comparison of location of Goddard Range and Range Rate station at Madagasca

The effects of tracking station coordinate uncertainties on GEOS-2 orbital accuracy

Kahn, W. D.
Glazer, J.

August 1972

Laser and minitrack observational data from GEOS-2 collected during the period April 23, 1971 to May...

Simultaneous observation solutions for NASA-MOTS and SPEOPT station positions on the North American datum

Reece, J. S.
Marsh, J.

June 1973

Simultaneous observations of the GEOS-I and II flashing lamps by the NASA MOTS and SPEOPT cameras on...

A unified set of tracking station coordinates derived from geodetic satellite tracking data

Marsh, J. G.
Douglas, B. C.
Klosko, S. M.

July 1971

Unified set of tracking, station coordinates on geocentric reference system from GEOS 1 and 2 tracki...

Goddard astronomic and geodynamic parameters

Siry, J. W.

November 1970

Goddard astronomic and geodynamic parameters including fundamental astronomical constants, gravitati...

Evaluation of the Goddard range and range rate system at Rosman by intercomparison with GEOS 1 long-arc orbital solutions

Marsh, J. G.
Lerch, F. J.
Oneill, B.

June 1969

Evaluation of Goddard range and range rate system at Rosman by intercomparison with GEOS 1 long-arc ...

Basic research for the Earth dynamics program

October 1981

The technique of range differencing with Lageos ranges to obtain more accurate estimates of baseline...

A review of Goddard range and range rate system measurements and data processing techniques

Grenchik, T. J.
Putney, B. H.

April 1969

Goddard range and range rate system measurements and data processing techniques for orbit calculatio

Satellite-tracking and Earth dynamics research programs

May 1983

Tracking of LAGEOS for polar motion and Earth rotation studies and for other geophysical investigati...

National Geodetic Satellite Program, Part II: Smithsonian Astrophysical Observatory

Lundquist, C. A.
Whipple, F. L.
Lehr, C. G.
Veis, G.
Pearlman, M. R.
Wohn, J.
Kozai, Y.
Mendes, G.
Thorp, J. M.
Gaposchkin, E. M.
Tsiang, C. R. H.
Williamson, M. R.
Arnold, D. A.
Latimer, J.

January 1977

A sequence of advances in the determination of geodetic parameters presented by the Smithsonian Astr...

An experiment to determine the relative positions of two collocated laser tracking stations

Dunn, P. J.
Smith, D. E.
Kolenkiewicz, R.

November 1972

Two Goddard Space Flight Center laser tracking stations were collocated for a short time towards the...

Goddard range and range rate and laser station coordinates from GEOS-2 data

Abstract

Extracted data

Goddard range and range rate and laser station coordinates from GEOS-2 data

Abstract

Extracted data

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