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A practical stationkeeping method for modular geosynchronous satellites with xenon propulsion system

机译:具有氙气推进系统的模块化地球同步卫星的实用站守方法

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摘要

A new method (patent pending) is described using xenon propulsion system for stationkeeping of modular satellites. In these satellites, the xenon plasma thrusters are mounted at a large cant angle to the solar arrays and, therefore, produce a large radial DELTAV when performing north/south stationkeeping. To minimize the impact of this radial DELTAV, two plasma thrusters are used to simultaneously correct orbital inclination and eccentricity. Less efficient (bipropellant) thrusters are used to correct the orbital semimajor axis which only requires ablout 3
机译:描述了一种使用氙气推进系统进行模块化卫星定位的新方法(正在申请专利)。在这些卫星中,氙气等离子推进器相对于太阳电池阵列成大的倾斜角安装,因此在执行北/南驻守时会产生较大的径向DELTAV。为了最大程度地减小此径向DELTAV的影响,使用了两个等离子推进器来同时校正轨道的倾斜度和偏心率。效率较低的(双推进剂)推进器用于校正仅需喷射3的轨道半长轴

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