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首页> 外文会议>Biennial International Conference on Engineering, Science, Construction, and Operations in Challenging Environments >Technical Aspects of Micrometeoroid Impact on Lunar Systems/Structures
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Technical Aspects of Micrometeoroid Impact on Lunar Systems/Structures

机译：微流星体对月球系统/结构影响的技术方面

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Lunar exploration and the subsequent building of a lunar base is the next big step in exploring the solar system. The threat of hypervelocity impact (HVI) from various objects in cis-lunar space and on the lunar surface is heightened by the almost non-existent lunar atmosphere and therefore must be addressed when considering any lunar system or structure. This paper serves as an update on the risk of micrometeoroid and orbital debris (MMOD) impact on the lunar surface as provided in earlier studies with additional information on the MMOD impact risk in cis-lunar space. This paper provides an overview of the lunar meteoroid and micrometeoroid environment from analyzing recent studies on the topic. It also presents an overview of HVIs and some mitigation and preventative solutions for lunar missions. Finally, the paper concludes with comments from a Canadian perspective as well as recommendations for further research into this subject.
机译：月球探测和随后的月球基地建设是探索太阳系的下一个重大步骤。几乎不存在的月球大气加剧了cis月球空间和月球表面各种物体的超高速撞击（HVI）威胁，因此在考虑任何月球系统或结构时必须加以解决。本文是关于微流星体和轨道碎片（MMOD）撞击月球表面风险的最新信息，如早期研究所述，以及cis月球空间中MMOD撞击风险的其他信息。本文通过分析最近的研究，对月球流星体和微流星体环境进行了概述。它还概述了HVIs以及月球任务的一些缓解和预防性解决方案。最后，本文从加拿大的角度进行了总结，并对该课题的进一步研究提出了建议。

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