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首页> 外文期刊>Mathematical Problems in Engineering: Theory, Methods and Applications >Numerical Study of the Zero Velocity Surface and Transfer Trajectory of a Circular Restricted Five-Body Problem
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Numerical Study of the Zero Velocity Surface and Transfer Trajectory of a Circular Restricted Five-Body Problem

机译：圆形约束五体问题零速度曲面和传递轨迹的数值研究

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摘要

We focus on a type of circular restricted five-body problem in which four primaries with equal masses form a regular tetrahedron configuration and circulate uniformly around the center of mass of the system. The fifth particle, which can be regarded as a small celestial body or probe, obeys the law of gravity determined by the four primaries. The geometric configuration of zero-velocity surfaces of the fifth particle in the three-dimensional space is numerically simulated and addressed. Furthermore, a transfer trajectory of the fifth particle skimming over four primaries then is designed.
机译：我们关注一种类型为圆形的受限五体问题，其中四个质量相等的本原形成规则的四面体构型，并围绕系统的质心均匀地循环。第五个粒子可以看作是一个小的天体或探针，它服从由四个原始确定的引力定律。对三维空间中第五个粒子的零速表面的几何构型进行了数值模拟和处理。此外，还设计了第五个粒子掠过四个基元的转移轨迹。

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