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首页> 外文期刊>Solar system research >Equivalent Flux Function Smoothing in the Problem of Solar Cells Radiation Degradation Minimization During a Low-Thrust Geostationary Orbit Insertion
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Equivalent Flux Function Smoothing in the Problem of Solar Cells Radiation Degradation Minimization During a Low-Thrust Geostationary Orbit Insertion

机译:在低推力地球静止轨道插入期间太阳能电池辐射劣化最小化问题中的等效通量函数平滑

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摘要

The paper describes a modified smooth approximation method for smoothing the dependence of the equivalent fluence of charged particles of the Earth's Van Allen radiation belts on time and position in near-Earth space. It is shown that this method can be effectively used to solve the problems of minimizing radiation-induced degradation of spacecraft solar cell arrays. The latter problems involve the variation of the trajectory that the spacecraft follows during an electric propulsion transfer from an initial orbit to a geostationary one.
机译:本文描述了一种改进的平滑近似方法,用于平滑地球范围辐射带的时效颗粒的等效流量对近地球空间中的时间和位置的依赖性。 结果表明,该方法可以有效地用于解决最小化航天器太阳能电池阵列的辐射引起的劣化的问题。 后一种问题涉及轨迹的变化,即航天器在从初始轨道到地球静止的电动推进过程中遵循的轨迹。

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