基于空间电梯的人类火星探测任务分析

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

摘要

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。
Mission analysis of human Mars exploration based on Space Elevator
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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