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CONTROL OVER SPACECRAFT DEORBIT FROM EARTH ARTIFICIAL SATELLITE ORBIT

机译:从人造卫星轨道控制航天器的离轨

摘要

FIELD: transport.;SUBSTANCE: invention relates to space engineering, particularly, to control over spacecraft. Craft onboard means are used to define coordinated of power plant activation, magnitude and orientation of pulses of the spacecraft characteristic speed. Note here that engine thrust vector rational control is optimised. Proposed method consists in sequential feed of two pulses of characteristic speed. First pulse is fed in spacecraft flight plane against the vector of its velocity for deorbiting. Second pulse is fed in direction perpendicular to the flight plane for control over lateral range.;EFFECT: power saving, optimised control, higher accuracy of landing on small-size sites.;2 dwg
机译:技术领域本发明涉及空间工程,尤其涉及对航天器的控制。机载飞行器装置用于定义动力装置激活,航天器特征速度的脉冲的大小和方向的协调。请注意,发动机推力矢量有理控制已得到优化。所提出的方法包括顺序馈送两个具有特征速度的脉冲。将第一脉冲逆着其速度矢量馈入航天器飞行平面,以进行去轨道化。第二个脉冲沿垂直于飞行平面的方向馈送,以控制横向范围。效果:节电,优化控制,在小型站点着陆的精度更高; 2 dwg

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