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Ignorable Coordinates in the Ideal Resonance Problem
Ignorable Coordinates in the Ideal Resonance Problem
Feb 1973
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adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=1973cemec...7..205g&link_type=abstract
Celestial Mechanics, Volume 7, Issue 2, pp.205-224
Computer Science
12
Scientific paper
If a dynamical system ofN degrees of freedom is reduced to the Ideal Resonance Problem, the Hamiltonian takes the form F = B(y) + 2μ ^2 A(y)sin ^2 x_1 , μ<< 1. Herey is the momentum-vectory k withk=1, 2,...,N, andx 1 is thecritical argument. A first-orderglobal solution,x 1(t) andy 1(t), for theactive variables of the problem, has been given in Garfinkelet al. (1971). Sincex k fork>1 are ignorable coordinates, it follows that y_kappa = const., k > 1. The solution is completed here by the construction of the functionsx k(t) fork>1, derivable from the new HamiltonianF'(y') and the generatorS(x, y') of the von Zeipel canonical transformation used in the cited paper. The solution is subject to thenormality condition, derived in a previous paper fork=1, and extended here to 2≤k≤N. It is shown that the condition is satisfied in the problem of the critical inclination provided it is satisfied fork=1.
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