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Dynamics of Planets and Satellites and Theories of Their Motion [1978]

3
Planetary Theories and Observational Data
15
Correspondances Entre Une Theorie Generale Planetarie en Variables Elliptiques et la Theorie Classique de le Verrier
33
Mathematical Results of the General Planetary Theory in Rectangular Coordinates
49
Construction of Planetary Theory by Iterative Procedure
53
Qualitative Dynamics of the Sun-Jupiter-Saturn System
57
A New Approach for the Contruction of Long-Periodic Perturbations
65
Construction D’une Theorie Planetaire au Troisieme Ordre des Masses
77
Discussion sur les Resultats de Theories Planetaiers
87
Relation of a Contracting Earth to the Apparent Accelerations of the Sun and Moon
89
The Asteroidal Planet as the Origin of Comets
101
Comets and the Missing Planet
109
Mac Revisited: Mechanised Algebraic Operations on Fourth Generation Computers
113
Contribution A L’etude des Perturbations Planetaires de la Lune
125
Hamiltonian Theory of The Libration of The Moon
137
New Results on the Commensurability Cases of the Problem Sun-Jupiter-Asteroid
145
A Theory of the Trojan Asteroids
149
Stabilization by Making use of a Generalized Hamiltonian Varitional Formalism
157
A Special Perturbation Method: m-Fold Runge-Kutta
159
Numerical Integration of Nearly-Hamiltonian System
175
On the Solution of the Exterior Boundary Value Problem with the Aid of Series
177
A Note on the Development of the Reciprocal Distance in Planetary Theory
181
An Application of the Stroboscopic Method
189
New Formulation of de Sitter’s Theory of Motion for Jupiter I–IV. I. Equations of Motion and the Disturbing Function
207
Theory of Motion of Jupiter’s Galilean Satellites
209
A Second-Order Theory of the Galilean Satellites of Jupiter
237
Solar Perturbations in Saturnian Satellite Motions and Iapetus-Titan Interactions
238
Improvement of Orbits of Satellites of Saturn using Photographic Observations
239
New Orbits for Enceladus and Dione Based on the Photographic Observation
240
Long Periodic Variation of Orbital Elements of a Satellite Pertubred by Discrete Gravity Anomalies
241
Third-Order Solution of an Artificial-Satellite Theory
259
Some Considerations on the Theoretical Determination of the Potential by the Motion of Artificial Satellites in the Plane Case
263
Families of Periodic Planetary-Type Orbits in the N-Body Problem and Their Application to the Solar System
283
Perturbations of Critical Mass in the Restricted Three-Body Problem
285
Gravitational Restricted Three-Body Problem: Existence of Retrograde Satellites at Large Distance
305
Displacement of the Lagran Equilibrium Points in the Restricted Three Body Problem with Rigid Body Satellite
315
A New Kind of Periodic Orbit: The Three-Dimensional Asymmetric
319
On Asymmetric Periodic Solution of the Plane Restricted Problem of Three Bodies, and Bifurcations of Families
325
Construction de Solutions Periodiques du Problem Restreint Elliptique par la Methode de Hale
333
Orbital Stability in the Elliptic Restricted Three Body Problem
339
Resonance in the Restricted Problem of Three Bodies with Short-Period Perturbations in the Elliptic Case
355
Periodic Orbits of the First Kind in the Restricted Three-Body Problem when the More Massive Primary is an Oblate Spheroid
356
Triple Collision as an Unstable Equilibrium
357
Regions of Escape on the Velocity Ellipsoid for the Planar Three Body Problem
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