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BEHAVIOR OF APSIDAL ORIENTATIONS IN PLANETARY SYSTEMS

机译:行星系统中辅助取向的行为

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摘要

A widely considered characteristic of extrasolar planetary systems has been a seeming tendency for major axes of adjacent orbits to librate in stable configurations. Based on a new catalog of extrasolar planets (Butler et al.) and our numerical integrations, we find that such small-amplitude oscillations are actually not common but in fact quite rare; most pairs of planets' major axes are consistent with circulating relative to one another. However, the new results are consistent with studies that find that two-planet systems tend to lie near a separatrix between libration and circulation. Similarly, in systems of more than two planets, many adjacent orbits lie near a separatrix that divides modes of circulation.
机译:太阳系外行星系统的一个被广泛认为的特征似乎是使相邻轨道的主轴以稳定的构型释放的趋势。根据新的太阳系外行星目录(Butler等人)和我们的数值积分,我们发现这种小振幅振荡实际上并不常见,但实际上很少见。多数行星对的主轴线彼此相对一致。然而,新的结果与发现两行星系统趋于位于释放和循环之间的分离线附近的研究一致。类似地,在两个以上行星的系统中,许多相邻的轨道位于分隔循环模式的分离线附近。

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