A semi-numerical perturbation method for separable Hamiltonian systems

Astronomy and Astrophysics – Astronomy

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Hamiltonian Functions, Orbital Mechanics, Perturbation Theory, Degrees Of Freedom, Partial Differential Equations, Solar System

Scientific paper

A detailed account is given of a semi-numerical perturbation method which has been proposed and improved upon in a succession of previous papers. The method analyses the first order effect of a small perturbation applied to a nontrival two-degree-of-freedom separable Hamiltonian system (including the description of resonances) and construct approximate surfaces of section of the perturbed system. When the separable Hamiltonian system is already the description of a resonance, these resonances are actually secondary resonances. The key role of the method is the numerical description of the angle-action variables of the separable system. The method is thus able to describe the perturbations of nontrival separable systems and is not confined to the analysis of a small neighborhood of their periodic orbits.

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