再论三体周期性无碰撞等质量自由落体轨道

Ivan Hristov, Radoslava Hristova, Veljko Dmitrašinović, Kiyotaka Tanikawa
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摘要

Li和Liao宣布(New Astron 70:22-26, 2019, arXiv:1805.07980v1)发现了313个周期性无碰撞轨道的初始条件(i.c.s),其中30个轨道的质量相等,这30个轨道中有18个轨道的物理周期(尺度不变周期)为(T^{*}<80\)。我们重新审视了这项工作,目的是改进其逻辑一致性和方法的数值效率。我们对周期性自由落体轨道进行了新的搜索,仅限于质量相等的情况。我们的搜索产生了24,582个具有尺度不变周期\(T^{*}<80\)的等质量周期轨道,对应于12,409个不同的解,其中236个是自偶的。
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Three-body periodic collisionless equal-mass free-fall orbits revisited

Li and Liao announced (New Astron 70:22–26, 2019, arXiv:1805.07980v1) discovery of 313 periodic collisionless orbits’ initial conditions (i.c.s), 30 of which have equal masses, and 18 of these 30 orbits have physical periods (scale-invariant periods) \(T^{*}<80\). We revisited this work with the intention to improve both, its logical consistency and the numerical efficiency of the method. We have conducted a new search for periodic free-fall orbits, limited to the equal-mass case. Our search produced 24,582 i.c.s of equal-mass periodic orbits with scale-invariant period \(T^{*}<80\), corresponding to 12,409 distinct solutions, 236 of which are self-dual.

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