The analytic perturbation solutions to the motions of a planetary orbiter given in this paper are effective for0【 e【 1, where e is the orbital eccentricity of the orbiter. in the solution, it is as-sumed that the ro...The analytic perturbation solutions to the motions of a planetary orbiter given in this paper are effective for0【 e【 1, where e is the orbital eccentricity of the orbiter. in the solution, it is as-sumed that the rotation of the central body is slow, and its astronomical background is clear. Examples for such planets in the solar system are Ven黶 and Mercury. The perturbation solution is tested numer-ically on two Venusian orbiters with eccentric orbits, PVO and Magellan, and found to be effective.展开更多
文摘The analytic perturbation solutions to the motions of a planetary orbiter given in this paper are effective for0【 e【 1, where e is the orbital eccentricity of the orbiter. in the solution, it is as-sumed that the rotation of the central body is slow, and its astronomical background is clear. Examples for such planets in the solar system are Ven黶 and Mercury. The perturbation solution is tested numer-ically on two Venusian orbiters with eccentric orbits, PVO and Magellan, and found to be effective.
