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Planning a Lunar Mine to Recover Hydrous Ore Deposits

机译:计划一个月球矿来回收含水矿床

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摘要

Reports of the discovery of near surface ice deposits in the regolith at the lunar poles by the Lunar Prospector have renewed interest in the possibility of using indigenous water resources to support future lunar exploration. Previous research efforts of the Author were directed toward the conceptual development and economic analysis of a mining system for the extraction of water from a near surface permafrost zone overlain by friable regolith similar to the deposits recently discovered by the Lunar Prospector. The successful planning and development of a safe and efficient lunar mine will require the completion of an exploration program to identify a mineable hydrous ore body, and the design and testing of lunar mining equipment and operating procedures.
机译:月球勘探者在月球极地的砾石中发现近地表冰沉积的报道重新引起了人们对利用本地水资源支持未来月球勘探的兴趣。作者的先前研究工作是针对采矿系统的概念发展和经济分析的,该系统用于从易碎的碎屑岩覆盖的近地表多年冻土带中提取水,类似于月球探矿者最近发现的沉积物。成功计划和开发安全高效的月球矿山,将需要完成一项勘探计划,以识别可开采的含水矿石体,并设计和测试月球矿山设备和操作程序。

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