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Trajectory Design for the Phobos and Deimos Mars Environment Spacecraft

机译:火卫一,火卫一与火星环境航天器的弹道设计

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The presented trajectory design and analysis was performed for the Phobos and Deimos & Mars Environment (PADME) mission concept as part of a NASA proposal submission managed by NASA Ames Research Center in the 2014-2015 timeframe. The PADME spacecraft would be a derivative of the successfully flown Lunar Atmosphere & Dust Environment Explorer (LADEE) spacecraft. While LADEE was designed to enter low-lunar orbit, the PADME spacecraft would instead enter an elliptical Mars orbit of 2-week period. This Mars orbit would pass by Phobos near periapsis on successive orbits and then raise periapsis to yield close approaches of Deimos every orbit thereafter.
机译:提出的轨迹设计和分析是针对火卫一和魔鬼与火星环境(PADME)任务概念而进行的,这是由NASA艾姆斯研究中心在2014-2015年期间管理的NASA提案提交的一部分。 PADME航天器将是成功飞行的月球大气和尘埃环境探测器(LADEE)航天器的派生产品。尽管LADEE被设计为进入低月球轨道,但PADME航天器将进入为期2周的椭圆火星轨道。该火星轨道将在连续轨道上的近顶点附近经过火卫一,然后升高近顶点以在其后的每个轨道上产生接近Deimos的路径。

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