The invention discloses a multi-ring patrol configuration method for high-orbit satellite area protection, and the method comprises the following steps: inputting the number n of protection objects, orbit initial phase distribution rG, a safety protection distance delta rH, the number m1 of patrol satellites at the first layer, and the number p of patrol ring layers in the high-orbit satellite area protection according to a protection task; calculating the orbit height and phase distribution range of a protection area corresponding to each layer of inspection ring, the number of satellites on east-drift and west-drift orbits of the inspection ring, and the initial phases of the inspection satellites on the east-drift and west-drift orbits of the inspection ring; calculating two pulse speed increments of the east rising process and the west falling process of the patrol ring and orbit transfer time of the east rising process and the west falling process; according to the calculated initial phases of the patrolling satellites on the patrolling ring east drift and west drift orbits, the east drift and west drift orbit transfer time corresponding to each layer of patrolling ring and the single-circle fuel consumption of each patrolling satellite on the patrolling ring are calculated; and establishing a multi-ring patrol configuration for high-orbit satellite area protection according to the obtained parameters.
本发明公开一种高轨卫星区域防护的多环巡视构形方法,该方法包括以下步骤:根据防护任务,输入高轨卫星区域防护中防护对象的数量n、轨道初始相位分布rG以及安全护卫距离ΔrH、第1层巡视卫星数量m1、巡视环层数p;计算每层巡视环对应的防护区域轨道高度及相位分布范围,以及巡视环东漂和西漂轨道上卫星数量,以及巡视环东漂和西漂轨道上巡视卫星的初始相位;对巡视环东升和西降过程的两次脉冲速度增量,以及东升过程和西降过程的轨道转移时间进行计算;根据计算得到的巡视环东漂和西漂轨道上巡视卫星的初始相位,计算得到每层巡视环对应的东漂、西漂轨道转移时间,以及巡视环上每个巡视卫星单圈燃料消耗;根据所得参数建立高轨卫星区域防护的多环巡视构形。
Multi-ring patrol configuration method for high-orbit satellite area protection
一种高轨卫星区域防护的多环巡视构形方法
2023-01-06
Patent
Electronic Resource
Chinese
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