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SEARCH FOR LESS DISTURBED REGIONS FOR SPACECRAFTS IN PLANETARY SYSTEMS

机译:在行星系统中寻找空间干扰较少的区域

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The design of scientific orbits for applications in space missions require a deep understanding about how the perturbations over the spacecrat will affect its dynamics. For such missions, the information about the energy transfered/removed to/from the spacecrat's orbit due to perturbative forces is very desired. In this context, this work intend to use techniques that can provide measurements of these energies and perturbation maps of the regions that can be considered for use in different missions. The study proposes to make a detailed study of the orbits, in particular identifying the ones showing largest gains or losses of energy due to the preence of the planetary moons. The results are useful to help to find regions in these planetary systems that gives larger modifications in the energy of the spacecraft.
机译:设计用于太空飞行任务的科学轨道需要对太空飞船上的扰动将如何影响其动力学有深刻的理解。对于此类飞行任务,非常需要有关由于微扰力而向航天器的轨道转移/从其移走的能量的信息。在这种情况下,这项工作打算使用可以提供这些能量的测量值和可以考虑用于不同任务的区域的扰动图的技术。该研究建议对轨道进行详细的研究,特别是确定由于行星状卫星的存在而显示出最大的能量得失的那些轨道。这些结果有助于在这些行星系统中找到对航天器的能量进行较大修改的区域。

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