Mathematical Modelling of Gravitational Control of Flights of Meteorites by Artificial Satellites

机译：人造卫星引力控制流星飞行的数学模型

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Among the methods proposed for anti-asteroid protection of the Earth, gravitational control of the flights of meteorites by a group of artificial satellites is the most secure and environmentally safe. In this method, a threatening asteroid or meteorite is escorted by a system of artificial satellites controlled from the Earth. Calculations have shown that five such satellites forming a chain can shift considerably the center of the asteroid mass and thereby change its trajectory. For multiple corrections of the flight of an asteroid, several "parades" of its artificial satellites are necessary.

机译：在提议的保护地球的小行星方法中，由一组人造卫星对陨石的飞行进行重力控制是最安全和对环境最安全的。用这种方法，由地球控制的人造卫星系统陪伴着威胁小行星或陨石。计算表明，形成一条链的五颗此类卫星可以使小行星质量的中心发生相当大的偏移，从而改变其轨迹。为了对小行星的飞行进行多次校正，有必要对其人造卫星进行几次“巡游”。

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来源
《Cranfield Conference on Dynamica and Control of Systems and Structures in Space; 2004; Liguria; IT》|2004年|P.283-290|共8页
会议地点 Liguria(IT)
作者
A.S. Alekseev; Yu.A. Vedernikov;
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作者单位

Institute of Computational Mathematics and Mathematical Geophysics Novosibirsk, Russia;

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原文格式 PDF
正文语种 eng
中图分类动力装置;
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机译：modelo Experimental de Uma Roda de Reacao para Controle Da atitude de satelites artificiais：Construcao，simulacao E Testes（人造卫星姿态控制的反作用轮实验模型：构造，模拟和

Mathematical Modelling of Gravitational Control of Flights of Meteorites by Artificial Satellites

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