S-band transponder experiment
Apollo 14 command service and lunar module orbital velocity data from radio navigation S-band transponder experiment for lunar gravitation effects
Gottlieb, P.↗
Engineering topics
Sjogren, W. L.
Publications and source records attributed to Sjogren, W. L..
Tracking system analytic calibration activities for the Mariner Mars 1969 mission
Calibration activity of Deep Space Network in support of Mars encounter phase of Mariner Mars 1969 mission
Chao, C. C.↗
Lunar gravity over large craters from Apollo 12 tracking data
Lunar gravity correlation with large craters indicated from negative accelerations recorded in Apollo 12 lunar module Doppler radio tracking data
Gottlieb, P.↗
Nonexistence of large mascons at Mare Marginis and Mare Orientale
Nonexistence of large mascons at Mare Marginis and Mare Orientale deduced from residual acceleration analysis of Lunar Orbiter Doppler tracking data
Gottlieb, P.↗
Lunar gravimetry and mascons.
Lunar gravitational field data from Lunar Orbiter spacecraft reprocessed, discussing mascon effects on moon structure and evolution theories
Muller, P. M.↗
Consistency of Lunar Orbiter residuals with trajectory and local gravity effects.
Residuals from earth based coherent two way radio Doppler data from Lunar Orbiter three orders of magnitude larger than observations from spacecraft
Muller, P. M.↗
A lunar mass distribution
Lunar Orbiter tracking data analysis for qualitative gravimetric lunar map
Muller, P. M.↗
Consistency of Lunar Orbiter residuals with trajectory and local gravity effects
Harmonic models and Doppler data used to analyze orbital perturbation of Lunar Orbiter
Muller, P. M.↗
Mascons - Lunar mass concentrations.
Lunar mass concentrations investigated from Lunar Orbiter tracking data for gravimetric map
Muller, P. M.↗
Constants and Related Information for Astrodynamic Calculations, 1968
Principal constants and related data for space navigation, trajectory, and orbit calculations
Melbourne, W. G.↗
Gravitational inconsistency in the lunar theory - Confirmation by radio tracking.
Residuals in lunar ephemeris calculated from Brown theory confirmed by lunar probes radio tracking and reduced by repeated calculations, using LE 5
Cary, C. N.↗
Lunar gravity - Preliminary estimates from lunar orbiter.
Lunar gravity estimates using tracking data from lunar orbiters, including tesseral and zonal harmonic coefficients
Lorell, J.↗
Lunar orbiter data analysis
Large Doppler residuals near pericynthion found in lunar orbiter tracking data
Lorell, J.↗
Lunar orbiter ranging data - Initial results.
Data from Lunar Orbiter spacecraft used to test validity of corrections to lunar ephemeris reveals residual patterns
ERROR CORRECTING DEVICE↗
Estimate of four topocentric lunar radii.
Estimate of dynamical center from four lunar surface impact points determined by tracking Ranger probes from three earth-based stations
RANGER LUNAR LANDING VEHICLE↗
Physical constants as determined from radio tracking of the Ranger lunar probes
Radio-tracking data from Ranger lunar missions for estimated physical constants of earth and moon
PHYSICAL PROPERTY↗
Physical constants as determined from radio tracking of the Ranger lunar probes.
Estimated GM values of earth and moon, tracking station locations and lunar radii at impact points, from DSIF radio tracking data of Ranger Block III lunar flights
RANGER BLOCK III↗
Results on physical constants and related data from the radio tracking of mariner /venus/ and ranger iii-vii missions.
Earth based radio tracking and orbit determination accuracies for Ranger and Mariner missions
ORBIT CALCULATION↗