Celestial Mechanics

by Y. Ryabov

CONTENTS Introduction Ancient Conceptions Concerning the Motions of the Sun, Moon, Planets and Stars The Geometry of Planetary Motions from Copernicus to Kepler The Discovery of the Law of Gravitation The Attraction of Material Bodies of Different Shapes Experimental Detection of Attraction between Material Bodies on Earth Newton's Law---The Theoretical Basis of Celestial Motion Celestial Motion and the Two-Body Problem The Concept of Perturbed Motion. Celestial Mechanics and Practical Astronomy Ways of Describing Perturbed Motion. The Variational Orbit The Problem of Motion in the Solar System Successive Approximations in the Theory of Motion of Heavenly Bodies The Discovery of Neptune Periodic and Secular Perturbations Numerical Methods in Celestial Mechanics Satellite Theory Artificial Earth Satellites and Their Motion The Motions of Asteroids Planetary Rotation Problems of Qualitative Celestial Mechanics Stellar Motions and the Law of Gravitation What is Gravitation? Appendix

168 pages, Paperback

First published October 30, 2004