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Conceptual study of manned space transportation vehicle using laser thruster in combination with the H-Ⅱ rocket

机译:激光推进器结合H-Ⅱ火箭载人航天运输工具的概念研究

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This paper describes the conceptual study of a Manned Space Transportation Vehicle (MSTV) using a laser thruster in combination with the H-Ⅱ Rocket. By combining the use of a laser thruster and H-Ⅱ Rocket, space trip to the International Space Station (1SS) or a round trip mission around the moon can be performed. Once MSTV with one crew achieves a circular orbit at an altitude of 200 km around the earth (parking orbit) by use of H-Ⅱ Rocket, MSTV will then put into a circular orbit into an altitude of 400 km (ISS orbit) from 200 km circular orbit by use of the laser thruster. H-Ⅱ Rocket has the following launch capability with payloads for LEO (300 km): 10t (H-Ⅱ A Rocket), 16.51 (H-Ⅱ B Rocket). Laser thruster using water propellant, power source for the laser, orbital transfer calculations (to ISS or the Moon) and other practical aspects are examined.
机译:本文介绍了结合激光推力器和H-Ⅱ火箭的载人航天运输工具(MSTV)的概念研究。通过结合使用激光推进器和H-Ⅱ火箭,可以进行国际空间站(1SS)的太空旅行或绕月球的往返飞行任务。一旦有MSTV的人员带着H-Ⅱ火箭在地球周围200公里的高度(停车轨道)上完成了一个环形轨道,MSTV便将从200升入一个环形轨道(ISS轨道)至400公里(ISS轨道)激光推进器,使轨道绕千米。 H-Ⅱ火箭具有以下运载能力,可为LEO(300公里)提供有效载荷:10t(H-ⅡA火箭),16.51(H-ⅡB火箭)。考察了使用水推进剂的激光推进器,用于激光的动力源,轨道转移计算(至国际空间站或月球)以及其他实际情况。

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