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'Lunar-Bus' Launch-Receive space platform concept

机译:“月球”发射-接收太空平台概念

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In the future hundreds of years, the exploration of the moon will become one of the most important human activities, and the travel between earth and moon will be more and more frequently. However, up to now, the cost of space travel is enormously high. To deliver 1 kg of payload into Low Earth Orbit (LEO) , 10, 000 U.S. dollars will be cost and 10 times the price to the Geosynchronous Earth Orbit (GEO). If the target is moon much more will be cost. In addition, the payloads human can launched to leave the Earth per year is limited, about 1,000 tons. Under such circumstances, the traditional transportation methods could hardly satisfy the future requirement. Some new methods must be found!Based on above scenarios, this article presents a new concept of space transportation system- "Lunar-Bus",which is a combination of "space tether system" concept and "transfer station" concept. It is hopefully to reduce the transportation cost to 1/150 of that today. The advantages of this new system and the key technical problems we may encounter with both have been brought forward in this article too.
机译:在未来的几百年中,对月球的探索将成为人类最重要的活动之一,并且月球与地球之间的旅行将越来越频繁。但是,到目前为止,太空旅行的成本非常高。把1公斤有效载荷送入近地轨道(LEO),成本为10 000美元,是地球同步轨道(GEO)价格的10倍。如果目标是月球,那么将会付出更多。此外,人类每年可以发射离开地球的有效载荷是有限的,约为1000吨。在这种情况下,传统的运输方式几乎无法满足未来的需求。必须找到一些新方法! 在上述情况的基础上,本文提出了一种新的空间运输系统概念-“ Lunar-Bus”, 它是“太空绳索系统”概念和“中转站”概念的结合。希望将运输成本降低到今天的1/150。本文还提出了这种新系统的优点以及我们可能会遇到的关键技术问题。

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