On the adelphic potentials compatible with a set of planar orbits

Astronomy and Astrophysics – Astronomy

Scientific paper

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Bernoulli Theorem, Dynamic Characteristics, Orbit Perturbation, Orbital Resonances (Celestial Mechanics), Planar Structures, Boundary Layer Stability, Dynamic Stability, Orbital Mechanics, Polar Coordinates

Scientific paper

Given a planar potential B = B(x,y), compatible with a monoparametric family of planar orbits f(x,y) = c, we face the problem of producing potentials A = A(x,y), adelphic to B(x,y), i.e. nontrivial potentials which have in common with B(x,y) the given set of orbits. We establish a linear, second order partial differential equation for a function P(x,y) and we prove that, to any definite positive solution of this equation, there corresponds a potential A(x,y) adelphic to B(x,y).

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