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首页> 外文会议>55th International Astronautical Congress 2004 vol.4 >SAFETY, RELIABILITY, AND OPERATIONS CONSIDERATIONS FOR EARTH TO LUNAR SPACE TRANSPORATION ARCHITECTURES
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SAFETY, RELIABILITY, AND OPERATIONS CONSIDERATIONS FOR EARTH TO LUNAR SPACE TRANSPORATION ARCHITECTURES

机译：地球到月球空间转移体系结构的安全性，可靠性和操作注意事项

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摘要

This paper discusses the type of lunar architecture attributes and mission profiles that should provide a safe, reliable, and affordable means of supporting sustained human presence on the Moon. The architecture attributes are derived from experiences in both developing and operating the Apollo program, the Space Shuttle program, and the International Space Station program. Analysis of these programs has shown that there are benefits and disadvantages to depending on expendable or long-life multi-use systems for space operations. The concept of limited life elements and modules is introduced as a possible solution to the challenge of designing lunar architectures that utilize elements with the "appropriate" balance between reusability and maintenance. Mission abortability is also discussed as a critical element in architecture planning as a means of ensuring crew safety.
机译：本文讨论了月球建筑属性和任务配置文件的类型，这些类型应提供安全，可靠且负担得起的方式来支持人类在月球上的持续存在。架构属性是从开发和运行Apollo程序，航天飞机程序和国际空间站程序的经验中得出的。对这些方案的分析表明，依靠消耗性或长寿命的多用途系统进行空间业务有其利弊。引入使用寿命有限的元素和模块的概念，作为应对设计月球建筑的挑战的可能解决方案，该月球建筑使用的元素在可重复使用性和维护之间具有“适当”的平衡。任务中止性也被讨论为架构规划中的关键要素，以确保人员安全。

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