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InSight Mission: Prime Mission Operation

机译：Insight Mission：Prime Mission Operation

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The InSight Mission has been conducting science operations on Mars since successfully landing on November 26, 2018. The Deployment Phase included evaluation of the Lander health, surveying the area around the Lander for instrument placement, and deployment of the instruments to the Martian surface. Deployment of instruments directly to the Martian surface has never been done before, and allows the instruments direct contact with Mars. Science data collection started during the Deployment Phase, and the Science Monitoring Phase started immediately after instrument deployment completed. InSight has uncovered the geophysical characteristics of Mars. This allows for a better understanding of formation and evolution of Mars (and other terrestrial planets by comparison). Several instruments and sensors, a subset of which were from international partners, are used to gather the science data. Although operations of the lander and instruments have been very successful, there have been challenges along the way. The challenges involved the lander, instruments, and Mars itself. The largest of these challenges was the Heat Probe and Physical Properties (HP3) mole's difficulty in penetrating the Martian surface. The Project/NASA has invested in an extensive almost two-year Mole Recovery effort that itself posed more challenges. The mole recovery involved performing operations never envisioned and went beyond the original designs of the HP3 and the Instrument Deployment System (IDS). This paper will give a background of the mission describe the surface mission operations, describe overcoming operational challenge, and results of the mission so far.
机译：Insight Mission自2018年11月26日成功登陆以来，在火星上进行了科学业务。该部署阶段包括评价着陆卫生，调查陆地陆地的地区进行仪器安置，并将仪器部署到火星地面。直接向Martian表面部署到Martian表面，从未完成过，并允许仪器直接接触火星。科学数据收集在部署阶段期间启动，并且在仪器部署完成后，“科学监视阶段”立即启动。洞察力已经发现火星的地球物理特征。这允许更好地了解MARS（和其他地球行星的形成和演变）。几个乐器和传感器，其中的一个来自国际合作伙伴的子集，用于收集科学数据。虽然着陆器和仪器的运作非常成功，但沿途已经存在挑战。挑战涉及着陆器，文书和火星本身。这些挑战中最大的是热探测和物理性质（HP3）鼹鼠在渗透火星表面方面的困难。该项目/美国宇航局已投入广泛的几乎两年的鼹鼠恢复努力，这本身构成了更多的挑战。杂乱恢复涉及执行操作从未设想并超出了HP3的原始设计和仪器部署系统（IDS）。本文将给出特派团的背景描述表面任务操作，描述克服的业务挑战，到目前为止的使命结果。

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