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LUNAR BASE DESIGN AND OPERATION STUDY I (LB-DAOS I)

机译:月球基础设计和操作研究I(LB-DAOS I)

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This paper focuses on the actual case studies - scenarios of the Lunar Base Design And Operation Study I (LB-DAOS I) for further lunar exploration. The study started with the Lunar Base Design Workshop, a two-week programme conducted in cooperation with ESA-ESTEC, held from june 10th-21st 2002. Initially three scenarios considered as the most relevant for further Human Lunar exploration with a permanent Lunar outpost were investigated: 1-Scenario: Lunar Telescope Mission 2 -Scenario: Lunar Solar Power Factory Mission 3 -Scenario: Lunar Ice Mission These case studies developed into six different mission scenarios including ice mining, solar cell production, lunar telescopes, He3 mining, research and commercial operations. Each of these scenarios ranging from initial small scale scientific research outposts to commercial larger bases focussed on a timeframe between 2020 to 2090 to establish permanent habitats on the lunar surface.
机译:本文重点介绍了实际的案例研究 - 月球基地设计和操作研究I(LB-DAOS I)的场景,用于进一步的月球探索。该研究始于月球基地设计研讨会,这是与2002年6月10日举行的与ESA-Estec合作进行的为期一项为期两周的计划。最初认为三种情景被认为是与常驻月球前哨有关的人类月球勘探最相关的情况调查:1场景:月球望远镜任务2-SCENARIO:月亮太阳能电力厂任务3-SCENARIO:月球冰代理这些案例研究发展成六种不同的使命场景,包括冰矿,太阳能电池生产,农历望远镜,HE3采矿,研究和研究和商业运营。这些场景中的每一个都从初始小规模科研前塞到商业较大的基地,专注于2020年至2090年之间的时间框架,以建立在月球表面上的永久性栖息地。

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