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DEGRADATION OF SOLAR CELL OPTICAL PERFORMANCE DUE TO PLUME PARTICLE PITTING

机译:由于羽流颗粒点蚀导致太阳能电池光学性能的降解

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The International Space Station (ISS) solar arrays provide power that is needed for on-orbit experiments and operations. The ISS solar arrays are exposed to space environment effects that include contamination, atomic oxygen, ultraviolet radiation and thermal cycling. The contamination effects include exposure to thruster plume contamination and erosion. This study was performed to better understand potential solar cell optical performance degradation due to increased scatter caused by plume particle pitting. A ground test was performed using a light gas gun to shoot glass beads at a solar cell with a shotgun approach. The increase in scatter was then measured and correlated with the surface damage.
机译:国际空间站(ISS)太阳阵列提供了在轨道实验和操作所需的电力。 ISS太阳阵列暴露于空间环境效应,包括污染,原子氧,紫外线辐射和热循环。污染效应包括暴露于推进器羽流污染和侵蚀。由于羽流颗粒点蚀引起的散射增加,进行该研究以更好地了解潜在的太阳能电池光学性能降解。使用轻气枪进行地面测试,以用霰弹枪方法在太阳能电池处拍摄玻璃珠。然后测量散射的增加并与表面损伤相关。

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