Satellite orbit analyses for geodetic purposes
Statistical analysis of satellite orbital variations from drag effects for geodetic purposes
GEODESY↗
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THE COMPARISON AND COMBINATION OF SATELLITE WITH OTHER DETERMINATIONS OF GEODETIC PARAMETERS
Comparison of satellite measurements, lunar, and geodetic surveying methods for determining geodetic parameters
GEODETIC SURVEYING↗
Combining satellite altimetry and surface gravimetry in geodetic determinations
Combining satellite altimetry observations and surface gravimetry in geodetic determinations over oceans
Young, R. G.-W. E.↗
Geodetic and geophysical applications of laser satellite ranging
Laser ranging systems used with retroreflecting satellites in geodetic and geophysical applications
Lehr, C. G.↗
Satellite gravity-gradient applications for geodetic determinations
Gravity gradient satellite applications in determining earth shape and size
GEODETIC SATELLITE↗
Geodetic Earth Orbiting Satellite /GEOS-C/, Applications Technology Satellite /ATS-F/ tracking experiment
Design analysis of GEOS-C/ATS-F tracking experiment
Felsentreger, T. L.↗
New results in resonant satellite geodesy
Geodetic solution containing resonant geopotential data for synchronous communication satellite orbit determinations
Wagner, C. A.↗
Comparison and combination of satellites with other results for geodetic parameters.
External testing of satellite determinations of gravitational field variations, namely accelerations of 24-hr orbits, astrogeodetic geoid and spectrum from autocovariance analysis of gravity
Kaula, W.↗
Hyperaltitude photography and its applications.
Hyperaltitude photography, applications and advantages
SATELLITE PHOTOGRAPHY↗
Simultaneous tracking of the balloon-satellite echo-i for geodetic purposes <sinkhronnyye nablyudeniya isz ''ekho-1'' dlya geodezicheskikh tseley<
Simultaneous tracking of echo i satellite for geodetic purposes - celestial triangulation
CELESTIAL GEODESY↗
The determination of the radius of the earth and other geodetic parameters as derived from optical satellite data
Earth radius and other geodetic parameters derived from optical satellite data
Veis, G.↗
Satellite geodesy
Orbital parameters and working characteristics of geodetic Explorer satellites
GEODESY↗
Laser technology for tracking and geodesy.
Lasers for tracking and geometric geodesy as used in Explorer and Geos satellite missions
GEODETIC SATELLITE↗
Comparison and combinations of geodetic parameters estimated from dynamic and geometric satellite solutions and from Mariner flights
Geodetic parameters estimated from satellite dynamic and geometric solutions and Mariner 4 and 5 missions
Lambeck, K.↗
Geodetic data analysis for GEOS A, an experimental design Final report
Geodetic satellite-A experiment designs on data acquisition, processing, and analysis, and accuracy evaluations of tracking systems
DATA ANALYSIS↗
Orbit determination by range-only data.
The determination of satellite orbits for use in geodesy using range-only data has been examined. A recently developed recursive algorithm for rectification of the nominal orbit after processing each observation has been tested. It is shown that when a synchronous satellite is tracked simultaneously with a subsynchronous geodetic target satellite, the orbits of each may be readily determined by processing the range information. Random data errors and satellite perturbations are included in the examples presented.
Duong, N.↗
The use of resonant librating orbits in satellite geodesy
Libratory characteristics and harmonic effects of resonant orbiting satellites - geodesy
GEODETIC SATELLITE↗
On the unification of geodetic leveling datums using satellite altimetry
Techniques are described for determining the height of Mean Sea Level (MSL) at coastal sites from satellite altimetry. Such information is of value in the adjustment of continental leveling networks. Numerical results are obtained from the 1977 GEOS-3 altimetry data bank at Goddard Space Flight Center using the Bermuda calibration of the altimeter. Estimates are made of the heights of MSL at the leveling datums for Australia and a hypothetical Galveston datum for central North America. The results obtained are in reasonable agreement with oceanographic estimates obtained by extrapolation. It is concluded that all gravity data in the Australian bank AUSGAD 76 and in the Rapp data file for central North America refer to the GEOS-3 altimeter geoid for 1976.0 with uncertainties which do not exceed + or - 0.1 mGal.
Mather, R. S.↗