Analytical lifetime studies of a close-lunar satellite
Lunar gravitational effect on lifetime of close lunar satellites
LUNAR SATELLITE↗
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Orbit determination for a lunar satellite.
Lunar satellite orbit determination, using doppler data, optical data and range and range rate data
ORBIT CALCULATION↗
Results on the mass and the gravitational field of the moon as determined from dynamics of lunar satellites.
Lunar mass and gravitational field determined from lunar satellite dynamics, using potential function in terms of spherical harmonics
Blackshear, W. T.↗
Results on the mass and the gravitational field of the moon as determined from dynamics of lunar satellites
Lunar mass and gravitational fields determined from lunar satellite dynamics
Blackshear, W. TH.↗
A semi-analytic theory for the motion of a lunar satellite
Lunar satellite motion semianalytic solution, considering perturbative effects due to gravitational fields, solar radiation pressure and libration
Felsentreger, T. L.↗
Accuracy of determining the state of a lunar satellite and the lunar gravitational field.
Tracking geometry and dynamics of lunar satellite, estimating orbital elements and lunar gravitational field parameters through earth based range and range rate observations
TRACKING STUDY↗
Sensitivity of short-period tracking data from a lunar satellite to the lunar gravitational field harmonics
Sensitivity of short period tracking data from lunar satellite to zonal and sectorial harmonics of lunar gravitational potential
ZONAL HARMONICS↗
Accuracy of determining the state of a lunar satellite and the lunar gravitational field by using earth based range and range-rate observations.
Tracking geometry and dynamics of lunar satellite, estimating orbital elements and lunar gravitational field parameters through Earth- based range and range rate observations
TRACKING STUDY↗
Classification of lunar satellite orbits.
Lunar satellite orbit classification, deriving motion integrals from equations of motion
Felsentreger, T. L.↗
An approximate method for predicting lunar satellite lifetimes and its application to a lunar orbit mission analysis.
Approximate method for predicting lunar satellite lifetimes and application to lunar orbit mission analysis
APPROXIMATION METHOD↗
An approximate method for predicting lunar satellite lifetimes and its application to a lunar orbit mission analysis.
Approximate method for predicting lunar satellite lifetimes and application to lunar orbit mission analysis
LUNAR SATELLITE↗
Effects of physical librations of the moon on the orbital elements of a lunar satellite
Effects of lunar physical librations on orbital elements of lunar satellite
Ferrari, A. J.↗
Classification of lunar satellite orbits
Classification of lunar satellite orbits perturbed by earth and by nonsphericity of lunar gravitational field
SATELLITE ORBIT↗
A solution for satellite orbit time in umbra and penumbra with application to a lunar satellite mission analysis
Lunar satellite orbit calculation to determine time in umbra and penumbra
UMBRA↗
A semi-analytic theory for the motion of a lunar satellite
Semianalytic theory for lunar satellite motion including perturbative effects
Felsentreger, T. L.↗
Some qualitative characteristics of near-lunar satellite orbits.
Motion of near lunar satellite in initially circular orbit analyzed by integrating equations for time rates of change of orbit elements
MOTION EQUATION↗
Some qualitative characteristics of near-lunar satellite orbits.
Motion of near lunar satellite in initially circular orbit analyzed by integrating equations for time rates of change of orbit elements
ORBITAL ELEMENT↗
Matrix sensitivity analysis for lunar satellite orbits
Matrix error and sensitivity analysis for lunar satellite orbits
ERROR↗