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Interplanetary Trajectories for Multiple Satellite-Aided Capture at Jupiter

机译:木星上多个卫星辅助捕获的行星际轨道

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摘要

Multiple-satellite-aided capture employs sequential gravity-assist flybys of more than one of Jupiter's Galilean moons. These flybys substantially reduce the amount of propellant required for a spacecraft to capture into orbit around Jupiter. The average plane of the Galilean satellites constrains the arrival V-infinity vector, which in turn constrains the interplanetary trajectories from Earth to Jupiter. The solution space of interplanetary trajectories that permit multiple-satellite-aided capture is explored, and trajectories that start from Earth and end at Jupiter capture are integrated.
机译:多卫星辅助捕获采用了连续的重力辅助飞越,超过了木星的一个伽利略卫星之一。这些飞越现象大大减少了航天器进入木星轨道所需的推进剂数量。伽利略卫星的平均平面限制了到达V无限矢量,进而限制了从地球到木星的行星际轨迹。探索了允许多卫星辅助捕获的行星际轨迹的解空间,并整合了从地球开始到木星捕获结束的轨迹。

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