太阳系探索成果及其对空间资源利用的启示

H. Miyamoto
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摘要

200多个航天器已经成功探索了大约100个地外天体,包括所有行星及其主要卫星。现场观测和返回样品分析揭示了太阳系天体的轨道参数和成分分布,这对讨论空间材料的可能利用至关重要。在未来就地资源利用(ISRU)的早期阶段,挥发物的可用性,包括小行星上的水和月球上假定的冰,成为一个主要问题,特别是它们作为推进剂的利用。这样一来,在小天体上获得的这种挥发性物质将支持太阳天体之间的自主运输系统。基础设施,包括基地,可以利用从适当机构挖掘的材料加以发展,并通过这种系统加以转移。广泛利用地球上的空间资源是可能的,但不是在不久的将来。
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Results of Solar System Explorations and Their Implications to the Utilization of Space Resources
More than 200 spacecraft have successfully explored about 100 extraterrestrial bodies, including all planets and their major satellites. In-situ observations and return-sample analyses revealed the orbital parameters and compositional distributions of solar system bodies, which are essential to discuss possible utilization of space materials. At an early stage of the future in-situ resource utilization (ISRU), the availability of volatiles, including water on asteroids and putative ice on the Moon, becomes a primary issue, especially for their utilization as propellants. Autonomous trans-portation systems between solar bodies would then be supported by such volatile materials obtained on small bodies. Infrastructures, including bases, could be developed with materials excavated from appropriate bodies and transferred through such a system. Extensive utilization of space resources on Earth may happen but not in the near future.
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