美国宇航局太空发射系统支持的载人月球任务和结构

B. Donahue
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引用次数: 0

摘要

美国宇航局太空发射系统(SLS)在发射重型、大直径有效载荷方面的卓越能力,将使近直线光环轨道(NRHO)用作着陆器和猎户座元素的聚合节点,从而实现强大的月球结构。讨论了SLS的能力和生产状况,以及目前正在开发的新的大型探索级,这将优化SLS核心和助推器级。提出了一种利用SLS发射能力的简化月球结构。概述了着陆器发动机的选择,并进行了推进贸易研究,得出了结论。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Crewed Lunar Missions and Architectures Enabled by the NASA Space Launch System
The NASA Space Launch Systems (SLS) outstanding capabilities for launching heavy, large diameter payloads will enable robust lunar architectures where the Near Rectilinear Halo Orbit (NRHO) is used as an aggregation node for lander and Orion elements. SLS capabilities and production status is discussed, as is the new large Exploration Upper Stage, currently in development, which will optimize the SLS Core and Booster Stages. A simplified lunar architecture is presented that takes advantage of the SLS launch capabilities. An overview of lander engine options is given and a propulsion trade study is performed and conclusions are drawn.
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