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Two Rovers to the Same Site on Mars, 2018: Possibilities for Cooperative Science

机译:2018年,火星上有两个漫游者到达同一地点:合作科学的可能性

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Within the framework of the proposed joint NASA/ ESA 2018 mission to Mars, the 2-Rover International Science Analysis Group (2R-iSAG) committee was convened by the Mars Exploration Program Analysis Group (MEPAG) to evaluate the potential for incremental science return through the simultaneous operation at the same landing site of two rovers, specifically, ESA's ExoMars and a NASA-sourced rover concept designated here as MAX-C (Mars Astrobiology Explorer-Cacher). The group was asked to consider collaborative science opportunities from two perspectives: (1) no change to either rover and (2) some change allowed.
机译:在拟议的2018年NASA / ESA联合火星任务框架内,火星探索计划分析小组(MEPAG)召集了2漫游者国际科学分析小组(2R-iSAG)委员会,以评估通过科学增加回报的潜力在两个登陆车的同一着陆点同时运行,特别是ESA的ExoMars和NASA派生的漫游车概念,此处称为MAX-C(火星天体资源管理器-Cacher)。要求该小组从两个角度考虑合作科学的机会:(1)既不对流动站进行任何改动,又(2)允许进行某些更改。

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