SpringerLink
ForumSpringerAstron. Astrophys.
ForumWhats NewSearchOrders


Astron. Astrophys. 327, 416-427


Table of Contents
Available formats: HTML | PDF | (gzipped) PostScript

A second order Laplace-Lagrange theory
applied to the uranian satellite system

Apostolos A. Christou and Carl D. Murray

Astronomy Unit, Queen Mary and Westfield College, Mile End Road, London E1 4NS, UK (A.Christou@qmw.ac.uk, C.D.Murray@qmw.ac.uk)

Received 18 December 1996 / Accepted 11 June 1997

Abstract

Computer algebra is used to derive analytical expressions for the elements of a secular perturbation theory of the second order in the masses. The linear part of this theory is incorporated into the standard Laplace-Lagrange solution which is then applied to the motion of the uranian satellites. This enables the effects of mean motion near-resonances in this system to be modelled. The results are in very good agreement with the filtered output of a numerical integration by Malhotra et al (1989). The additional complexities of studying the outer solar system using a similar approach are discussed.

Key words: celestial mechanics - satellites: satellites of Uranus - methods: analytical

Send offprint requests to: Carl D. Murray


© European Southern Observatory (ESO) 1997

Online publication: October 1, 1997
Last change: April 8, 1998
helpdesk.link@springer.de