Mission analysis of human Mars exploration based on Space Elevator

G. Zhaohui, Kewei Tong, Zhang Feng, Cai Yi
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引用次数: 2

Abstract

Based on the conical curve algorithm and Lambert algorithm, use assistant graph algorithm to calculate interstellar transfer orbit and understand the Earth-Mars transfer orbit mission windows. The calculated result shows that there is one launch time on the Earth-Mars transfer orbit every 2.1 years. In every 15 years, there must be a pair of launch times which are almost same. So based on the DRA5.0 nuclear energy project for Manned Space of Mars, introduce a new Mars explored mission based on the Earth Space Elevation. The result shows that the aero-craft's velocity will reduce 2.4 km/s based on the space elevation when it is launched from the earth, the freighted aero-craft's size will decrease 19% and the manned aero-craft's size will decrease 26.9%.
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基于空间电梯的人类火星探测任务分析
在圆锥曲线算法和Lambert算法的基础上,利用辅助图算法计算星际转移轨道,了解地-火星转移轨道任务窗口。计算结果表明,地球-火星转移轨道每2.1年有一次发射时间。每隔15年,肯定会有两次几乎相同的发射时间。因此,在DRA5.0载人火星核能项目的基础上,介绍了一项基于地球空间高程的新型火星探测任务。结果表明:航天器从地球发射时,按空间高程计算,速度将降低2.4 km/s,载货航天器尺寸将减小19%,载人航天器尺寸将减小26.9%。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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