论证利用充气结构将人造物体移出地球轨道的可能性

V. M. Kulkov, V. V. Terentyev, S. O. Firsyuk
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引用次数: 0

摘要

本文研究了近地轨道人造空间碎片的清除问题。为此,提出了空间释放充气ballutes (IB)的改型。形成了一套数学模型和方程系统,足以评估配备IB的航天器的设计要求。对于小质量物体(约20kg,对应于小型航天器),进行了该轨道基本参数的计算,并给出了四种不同初始姿态的计算结果。最后阐述了IB材料的设计要求和特点。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Justification Possibilities of Removing Man-Made Objects from the Earth's Orbit Using Inflatable Structures
In this paper, the problem of clearing up low-Earth orbit from the man-made space debris is considered. For this purpose the variants of released in space inflatable ballutes (IB) are proposed. A set of mathematical models and systems of equations, sufficient to evaluate the requirements for the design of the spacecraft equipped with IB, is formed. For an object with a low mass (about 20 kg, which corresponds to a small spacecraft) the calculation of the basic parameters for this orbit is carried out and the results for four different initial attitudes are shown. Finally the requirements for the design and characteristics of the IB materials are described.
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