Planetary effects in the motion of natural satellites
Direct and indirect planetary perturbation effects on motion of natural satellites
Musen, P.↗
Engineering topics
Musen, P.
Publications and source records attributed to Musen, P..
The rediscovery of Jupiter 10
Electronic techniques applied to Hansen theory for satellite position determination
Musen, P.↗
Application of Hansen's method to the 10th satellite of Jupiter
Application of Hansen lunar theory to 10th satellite of Jupiter
Charnow, M.↗
Application of Hansen's method to the X super th satellite of Jupiter.
Hansen method applied to Jupiter tenth satellite orbit correction and perturbations, describing computer program and formulas used
Charnow, M.↗
On some possible simplifications and changes in Hansen's lunar theory.
Hansen lunar theory extension, discussing applicability to satellites moving in orbits with high inclinations to sun orbital plane and Jovian satellites
Musen, P.↗
On some possible simplifications and changes in Hansen's lunar theory
Modifications and simplifications of Hansen lunar theory
Musen, P.↗
On some possible simplifications and changes in Hansen's lunar theory.
Transforming Hansen lunar theory by referring satellite motion to almost ideal coordinate system, using general perturbations method
Musen, P.↗
On the Poincare-von Zeipel and Brown-Shook methods of the elimination of the short period terms from a Hamiltonian
Methods of eliminating short period terms from Hamiltonian by means of canonical transformation
Musen, P.↗
Investigations in Hansen's planetary theory.
Hansen planetary theory basic function, discussing perturbations expansion into trigonometric series
Musen, P.↗
Investigations in Hansen's planetary theory.
Hansen planetary theory representing position of disturbed planet as deviation in time and space from position of fictitious planet with Keplerian motion
APPROXIMATION METHOD↗
A numerical theory of satellites in Brendel's coordinates
Numerical lunar theory for satellite moving in orbital planes with higher inclinations than orbit plane of sun
INCLINATION↗
Some possible modifications of Brouwer's theory of the general perturbations in rectangular coordinates.
Eckert-Brouwer orbit correction formula in general perturbations theory, expressed in rectangular coordinates and variation of astronomical elements, applied to planetary theory
PLANETARY ORBIT↗
Application of the Krylov-Bogolubov method to solution of the stellar three-body problem
Application of Krylov-Bogolubov method to solution of stellar three-body problem
ASTRONOMY↗
On some possible modifications in Brouwer's theory of the general perturbations in rectangular coordinates
Modifications in Brouwer theory of perturbations in rectangular coordinates
PERTURBATION THEORY↗
Application of Krylov-Bogolubov method to the solution of the stellar three body problem.
Motion in ternary stellar system consisting of central body and close and distant companions
PERTURBATION THEORY↗
Application of Krylov-Bogoliubov method to the solution of the stellar three body problem.
Higher order perturbations of elements in three- body problem determined using methods of Krylov- Bogoliubov and Poincare
THREE-BODY PROBLEM↗
On the high order effects in the methods of Krylov-Bogoliubov and Poincare
Determining higher order perturbations for lunar orbiter by Krylov-Bololiubov and Poincare methods
LUNAR ORBIT↗