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Asteroid/Comet Classification for Mining Purposes

机译:采矿目的的小行星/彗星分类

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摘要

New information about the internal structures of asteroids and comets continues to be obtained. Meanwhile, renewed emphasis on exploration of the Solar System is sharpening the focus on extra-terrestrial raw materials to facilitate the process. The overall energy cost will be reduced significantly by maximizing usage of locally available resources. This paper refines a previously proposed classification of asteroids and comets for mining purposes, based on updated information about their mechanical properties. Class 0, ice composites, appears less homogeneous than before. Class 1, friable rock, may be the largest group, at the expense of Class 0 and especially Class 2, hard rock. Class 3 remains metallic, divided according to the amount of rock present. Additional information is needed for complete classification, so asteroid/comet mining operations can be planned realistically.
机译:继续获得有关小行星和彗星内部结构的新信息。同时,对太阳系探索的重新重视也使人们更加关注地外原材料,以促进这一过程。通过最大限度地利用本地可用资源,可以显着降低总能源成本。本文基于有关小行星和彗星力学特性的最新信息,对先前提出的用于采矿目的的小行星和彗星分类进行了改进。 0级冰复合材料的均匀性比以前差。 1类脆性岩石可能是最大的组,但以0类尤其是2类硬岩石为代价。 3级保持金属性,根据存在的岩石量划分。完整分类需要其他信息,因此可以切实计划小行星/彗星采矿作业。

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