Surface Operations Analyses for Lunar Missions

机译：月球任务的地面作战分析

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The Jet Propulsion Laboratory is developing the Lunar Surface Operations Simulator software package to support analyses for future NASA lunar missions. The package is built on and extended from previous simulation packages developed at JPL. It simulates mechanical motion, soil interaction, environmental, and physical processes. Physical process dynamics include environmental control and life support, thermal, radiation and power transients. An integrated architecture allows use of common models and enables interactions between components operating in different domains to be easily modeled. We describe recent developments and analyses performed to support lunar surface missions and analog field trials.

机译：喷气推进实验室正在开发月球表面操作模拟器软件包，以支持对未来NASA月球任务的分析。该程序包是在JPL以前开发的模拟程序包的基础上扩展的。它模拟机械运动，土壤相互作用，环境和物理过程。物理过程动力学包括环境控制和生命支持，热，辐射和功率瞬变。集成的体系结构允许使用通用模型，并且可以轻松地对在不同域中运行的组件之间的交互进行建模。我们描述了为支持月面任务和模拟野外试验而进行的最新发展和分析。

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《AIAA SPACE conference exposition》|2011年|p.2192-2206|共15页
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Hari D. Nayar; Bob Balaram; Jonathan M. Cameron; Matthew DiCicco; Thomas M. Howard; Abhinandan Jain; Yoshiaki Kuwata; Christopher Lim; Rudranarayan Mukherjee; Steven Myint; Alex Palkovicf; Marc I. Pomerantz; Stephen Wall;
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1. The Apollo Medical Operations Project: Recommendations to improve crew health and performance for future exploration missions and lunar surface operations [J] . Richard A. Scheuring, Jeffrey A. Jones, Joseph D. Novak, Acta astronautica . 2008,第7a10期

机译：阿波罗医疗行动项目：关于改善机组健康和改善未来勘探任务和月球表面作业性能的建议
2. COAXIALITY CALCULATION METHOD FOR DROPPING OPERATION OF LUNAR SURFACE SAMPLING MISSION BASED ON MONOCULAR VISION USING ELLIPSE AND LINE FEATURES [J] . Z. Bo, W. Wan, C. Liu, International Archives of the Photogrammetry, Remote Sensing and Spatial Information Sciences . 2020,第4期

机译：基于单眼视觉使用椭圆和线路特征，基于单眼视觉的月球表面采样任务脱落运行的同轴性计算方法
3. Estimation of picked-up lunar ions for future compositional remote SIMS analyses of the lunar surface [J] . Yokota S, Saito Y Earth, planets and space: EPS . 2005,第4期

机译：估算所采集的月球离子，以便将来对月球表面进行成分远程SIMS分析
4. Surface Operations Analyses for Lunar Missions [C] . Hari D. Nayar, Bob Balaram, Jonathan M. Cameron, AIAA SPACE conference exposition . 2010

机译：农历任务的表面操作分析
5. Deciphering trace element behavior during basaltic magmatism on the moon through ion microprobe analyses of ancient lunar basalts, lunar volcanic glasses, and a terrestrial analogue. [D] . Hagerty, Justin James. 2004

机译：通过对古代月球玄武岩，月球火山玻璃和陆地类似物进行离子微探针分析，了解月球玄武岩浆活动期间的微量元素行为。
6. Coesite and stishovite in a shocked lunar meteorite Asuka-881757 and impact events in lunar surface [O] . E. Ohtani, S. Ozawa, M. Miyahara, 2011

机译：撞击的月球陨石Asuka-881757中的堇青石和辉石以及月球表面的撞击事件
7. The Apollo Medical Operations Project: Recommendations to Improve Crew Health and Performance for Future Exploration Missions and Lunar Surface Operations [O] . Scheuring, Richard A., Davis, Jeffrey R., Duncan, James M., 2007

机译：阿波罗医疗行动项目：为未来的勘探任务和月面作业改善船员健康和性能的建议
8. Lunar Base Surface Mission Operations. Lunar Base Systems Study (Lbss) Task 4.1. [R] . Waite, J. H., Chandler, M. O., Yelle, R. V., 1987

机译：月球基地面任务行动。月球基础系统研究（Lbss）任务4.1。

Surface Operations Analyses for Lunar Missions

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