The method for indirectly moving the celestial bodies by using the spacecraft comprises the following steps: at least two celestial bodies which move around each other due to mutual gravitational action exist to form a celestial body group; the expected acceleration direction trend X generated by the common centroid of all celestial bodies in the celestial body group influenced by the driving force is determined, at least one celestial body beta in the celestial body group is selected to bear the required driving force, and the driving force direction is made to conform to or conform to the trend X in most cases; the driving force directly borne by the celestial body beta is directly acted by a spacecraft or indirectly acted by other celestial bodies; the distance between a certain part of the orbit of the celestial body beta surrounding the other celestial bodies alpha and the celestial body alpha is within a required range, and one or more operations specified for bearing the driving force are adopted in at least part of the time period, and in at least part of the time period, if the certain part of the orbit of the celestial body beta surrounding the celestial body alpha is temporarily not located at the required position; and when the celestial body beta track precesses to a required advancing side or a required retreating side or other required positions, the method or the operation is carried out. The celestial body group can be an earth-moon system.

    利用航天器间接移动天体的方法,包括:存在至少2个由于彼此万有引力作用互相围绕运动的天体,构成天体组;确定所希望的因驱动力影响天体组内所有天体的共同质心产生的加速度方向趋向X,选定该天体组内至少一个天体β以承受所需驱动力,令所述驱动力方向符合或在大多数情况下符合趋向X;所述天体β直接承受的驱动力来自航天器直接或通过其它天体间接作用;令天体β围绕其余天体α的轨道的某部位与天体α之间距离处于所需范围,至少部分时段采取关于承受驱动力规定的一个或多个操作:至少在部分时间里,如果天体β围绕天体α轨道的某部位暂时没有位于所需位置,等待天体β轨道进动到所需前进侧或后退侧或其它所需位置时,再进行前述方法或者操作。所述天体组可以是地月系统。


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    Title :

    Method for indirectly moving celestial body by using spacecraft


    Additional title:

    利用航天器间接移动天体的方法


    Contributors:
    LIU ERZHONG (author)

    Publication date :

    2025-04-25


    Type of media :

    Patent


    Type of material :

    Electronic Resource


    Language :

    Chinese


    Classification :

    IPC:    B64G Raumfahrt , COSMONAUTICS



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