Add to ORKGLUNIK X orbit studied to determine lunar gravitational field, taking into account effect of other pl...
We present here the first numerical results of our analytical theory of an artificial satellite of t...
An approximative model is formulated for assessing these perturbations that significantly affect lon...
Harmonic analysis method used to derive formulae for long periodic perturbations of lunar satellite
A method was devised to determine the spherical harmonic coefficients of the lunar gravity field. Th...
Two systems of formulas are presented for the determination of the long period perturbations caused ...
Classification of lunar satellite orbits perturbed by earth and by nonsphericity of lunar gravitatio...
Lunar gravitational field from analysis of long term and secular variations of Keplerian orbital ele...
A method has been devised to determine the spherical harmonic coefficients of the lunar gravity fiel...
Long period perturbations in motion of small eccentricity satellites and analysis of Alouette I and ...
Problems relating to the influence of lunar and solar perturbations on the motion of artificial sate...
Abstract. We are currently developing an analytical theory of an artificial satellite of the Moon. I...
Gravitational field of moon from numerical analysis of Lunar Orbiter tracking dat
Numerical integration of equations for time rate change of lunar satellite orbits for Apollo projec
Sensitivity of short period tracking data from lunar satellite to zonal and sectorial harmonics of l...
LUNIK X orbit studied to determine lunar gravitational field, taking into account effect of other pl...
We present here the first numerical results of our analytical theory of an artificial satellite of t...
An approximative model is formulated for assessing these perturbations that significantly affect lon...
Harmonic analysis method used to derive formulae for long periodic perturbations of lunar satellite
A method was devised to determine the spherical harmonic coefficients of the lunar gravity field. Th...
Two systems of formulas are presented for the determination of the long period perturbations caused ...
Classification of lunar satellite orbits perturbed by earth and by nonsphericity of lunar gravitatio...
Lunar gravitational field from analysis of long term and secular variations of Keplerian orbital ele...
A method has been devised to determine the spherical harmonic coefficients of the lunar gravity fiel...
Long period perturbations in motion of small eccentricity satellites and analysis of Alouette I and ...
Problems relating to the influence of lunar and solar perturbations on the motion of artificial sate...
Abstract. We are currently developing an analytical theory of an artificial satellite of the Moon. I...
Gravitational field of moon from numerical analysis of Lunar Orbiter tracking dat
Numerical integration of equations for time rate change of lunar satellite orbits for Apollo projec
Sensitivity of short period tracking data from lunar satellite to zonal and sectorial harmonics of l...
LUNIK X orbit studied to determine lunar gravitational field, taking into account effect of other pl...
We present here the first numerical results of our analytical theory of an artificial satellite of t...
An approximative model is formulated for assessing these perturbations that significantly affect lon...