月球土壤燃料提取移动制造系统设计

E. N. Desyatirikova, A. V. Chernenkii
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引用次数: 5

摘要

开放空间探索很难直接从地球表面进行。各国都宣布要建设月球基地,月球基地被认为是宇宙飞船和宇宙飞船飞往太阳系行星和开放空间的中转站。然而,在空间中的任何运动都需要能量,而能量的来源就是燃料。从地球向月球运送所需数量的燃料并不总是可取的,而且几乎是不可能的。在本文中,我们考虑了一种可能的解决方案,即建立一个灵活的移动生产系统,从月球表面的矿石中生产燃料。这种再处理的技术已经被定义,然后,需要一个能够在自主模式下生产燃料并供应宇宙飞船和航天器的系统。介绍了该系统的特点和组成,并对系统的布局进行了仿真。给出了系统核心资源的计算。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Design of Mobile Manufacturing System For Extraction of Fuel From Lunar Soil
Open space exploration is difficult to carry out directly from the Earth's surface. Lunar bases, the construction of which is announced by various countries, are considered as transit points for spaceships and spacecrafts heading further to the planets of the Solar system and open space. However, for any movement in the space the energy is required, and the source of the energy is fuel. It is not always advisable and almost impossible to deliver the needed amount of a fuel to the Moon from the Earth. In this paper we consider one of the possible solutions to build a flexible mobile production system for producing of a fuel from the ore, which could be found on the lunar surface. The technology for such reprocessing has already been defined, then, a system is required that will be able to produce fuel and supply spaceships and spacecrafts in an autonomous mode. The specifics and composition of such system are described, the layout of the system was simulated. The calculations of the core resource of the system are provided.
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