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
Engineering topics
Publications and source records attributed to Felsentreger, T. L..
Lunar satellite motion semianalytic solution, considering perturbative effects due to gravitational fields, solar radiation pressure and libration
Lunar gravity models for improved Apollo orbit computation
Design analysis of GEOS-C/ATS-F tracking experiment
Apollo 8 tracking residue data for determining lunar gravity fields
Apollo 8 lunar orbit tracking data for spherical harmonic lunar gravity models with predictive capability
Semianalytic theory for lunar satellite motion including perturbative effects
Perturbation theory for artificial satellites with nearly circular orbits using Von Zeipel method
Lunar satellite orbit classification, deriving motion integrals from equations of motion
Long period variations in eccentricity and perigee for Nimbus 2 explained in terms of earth zonal harmonic coefficents, plus first order earth oblateness perturbations
Long period perturbations in motion of small eccentricity satellites and analysis of Alouette I and Tiros VIII satellites - zonal harmonics
Development of earth gravitational potential from sixth through twenty-fifth zonal harmonic
Effects of solar and lunar tides on motion of artificial earth satellite
Lunar and solar effects on motion of close earth satellites
Classification of lunar satellite orbits perturbed by earth and by nonsphericity of lunar gravitational field
Analytical solution for motion of lunar orbital satellite
Energy and motion equations for libration of lunar satellite
Lunar ephemeris with angular orbital element daily motions using earth equatorial plane as reference
Relay II satellite orbit perturbations due to lunar and solar gravitational effects and solar radiation pressure