On the numerical theory of satellites with highly inclined orbits
Numerical lunar theory to obtain rectangular coordinates for satellite moving in highly inclined orbital plane - Hansen lunar theory
HANSEN LUNAR THEORY↗
Engineering topics
Musen, P.
Publications and source records attributed to Musen, P..
On the general perturbations of the position vectors of a planetary system
Perturbations of position vector of planetary system
ORBIT PERTURBATION↗
On the long-period lunisolar effect in the motion of the artificial satellite
Lunar and solar long period effects on motion and orbit stability of satellites
ORBIT PERTURBATION↗
On the long-period lunar and solar effects on the motion of an artificial satellite, 2
Long period lunar and solar effects on motion of artificial satellite
SATELLITE ORBIT↗
On the long-period effects in the motion of an artificial satellite caused by the ellipticity of the equator of the earth
Long period perturbation effects on satellite motion by ellipticity of earth equator
SATELLITE ORBIT↗
Orbital mechanics. I - Analytical treatment. II - Problems.
Orbital mechanics, examining problems relating to patched conics, perigee determination, eccentricity of satellite orbits and drag effect computations
SATELLITE ORBIT↗
On a modification of hill's method of general planetary perturbations
Semianalytical theory of general planetary perturbations - Hill method
ORBIT PERTURBATION↗
ON THE GENERAL PLANETARY PERTURBATIONS IN RECTANGULAR COORDINATES
Development of a new theory of general planetary perturbations in rectangular coordinates
PERTURBATION THEORY↗
On a modification of Hansen's lunar theory.
Modification of Hansens lunar theory to permit numerical treatment of solar perturbations of planetary satellites or of perturbations caused by the Earth
LUNAR SPACECRAFT↗
A DISCUSSION OF HALPHEN'S METHOD OF SECULAR PERTURBATIONS AND ITS APPLICATION TO THE DETERMINATION OF LONG-RANGE EFFECTS IN THE MOTION OF CELESTIAL BODIES
Numerical integration of long-range lunar effects in the motion of artificial satellites by extension of halperns method of secular perturbations
SOLAR EFFECT↗
ON THE MOTION OF A 24-HOUR SATELLITE
Perturbations of the motion of a 24-hr satellite which are caused by earths ellipticity at the equator, calculated, using bohlin resonance theory
ORBITAL MOTION↗
ON THE COMPUTATION OF LONG-RANGE EFFECTS IN THE MOTION OF CELESTIAL BODIES
Applicability of halphen method to computing long- range effects in motion of celestial bodies on artificial satellites
ORBIT PERTURBATION↗
On long range effects in the motion of artificial satellites.
Halphen method and a resonance theory for determining long range effects of moon, sun and earth gravitational field irregularity in motion of artificial satellites
SATELLITE ORBIT↗
On determining the secular and critical effects in the motion of satellites by means of a nonsingular set of vectorial elements
Combination of Halphen and Liouville methods for determining secular and critical effects in satellite orbit behavior
SATELLITE ORBIT↗
On the general planetary perturbations in rectangular coordinates
General planetary perturbations in rectangular coordinates
COORDINATE SYSTEM↗
On the General Perturbations of the Position Vectors of a Planetary System
Series expansion of spherical functions for position perturbation theory of planetary system
PLANETARY CONFIGURATION↗