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method for satellites in non koplanare orbits using very excentrischen orbits and atmospheric resistance, at the same time, to bring

机译:同时使用非中心轨道和大气阻力的非科普兰轨道卫星的方法

摘要

The method involves placing a first satellite virtually directly in its final orbit (15) using a launch vehicle. A second satellite carried by the same launcher is then transferred into a highly-elliptical parking orbit (12bis) with its longer orbit situated in the initial orbital plane (12). At a point close to the apogee (19) of the parking orbit, the orbit is changed to place the second satellite in an intermediate orbit (14) with a different angle of inclination. The second satellite's intermediate orbit is subjected to atmospheric braking close to its perigee (6a,6b) with a view to reducing the altitude of its apogee (19,19a,19b,19c), and it is then given a booster thrust at the lowest point of its apogee (19c) to lift the perigee and transform the intermediate orbit into a final orbit (11) with parameters substantially different from those of the first satellite's final orbit.
机译:该方法包括使用运载火箭将第一颗卫星实际上直接放置在其最终轨道(15)中。然后,由同一发射器携带的第二颗卫星被传送到高度椭圆的停车轨道(12bis),其较长轨道位于初始轨道平面(12)中。在靠近停车轨道的顶点(19)的点处,改变轨道以将第二卫星放置在具有不同倾角的中间轨道(14)中。第二颗卫星的中间轨道在其近地点(6a,6b)附近受到大气制动,以减小其远地点(19,19a,19b,19c)的高度,然后在最低位置处施加升力。使其近地点(19c)升起近地点并将中间轨道转换成最终轨道(11),其参数与第一颗卫星最终轨道的参数大不相同。

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