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Mining on the moon: The sky isn't the limit for sieving and filtration specialists Russell Finex

机译:在月球上开采:筛分和过滤专家Russell Finex的天空并非无限

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Following successful trials on the sizing and sorting of 'lunar soil' by the University of Wisconsin - Madison, NASA purchase Russell Compact Sieve to continue exploration work investigating the feasibility of mining on the moon. For over 20 years it has been known by scientists that lunar regolith or 'lunar soil' contains valuable resources that if mined and processed effectively, could provide a number of important uses on Earth. One of the main constituents of lunar regolith is helium-3, which can be used to produce energy. Extensive research has been conducted to show how helium-3 can be used in a nuclear fusion reaction with deuterium. 1kg of helium-3 burned with 0.67kg of deuterium can produce approximately 19 megawatt-years of energy output (source http://www.asi.org/adb/02/09/he3-intro.html). To put this in perspective, this offers an energy resource 10 times more valuable than all the fossil fuels currently being mined on Earth put together.
机译:在威斯康星大学麦迪逊分校成功地对“月球土壤”的大小和分类进行了试验之后,美国国家航空航天局购买了罗素紧凑筛,以继续进行探索月球采矿可行性的勘探工作。在过去的20多年中,科学家们已经知道,月球长石或“月球土壤”含有宝贵的资源,这些资源如能有效地开采和加工,可在地球上提供许多重要用途。月球重石的主要成分之一是3氦,可用于产生能量。已经进行了广泛的研究,以显示氦3如何用于与氘的核聚变反应。 1kg的氦3与0.67kg的氘燃烧可以产生大约19兆瓦-年的能量输出(来源http://www.asi.org/adb/02/09/he3-intro.html)。从这个角度来看,这提供的能源价值是目前在地球上开采的所有化石燃料总和的10倍。

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