Effects of irradiation beam conditions on radiation degradation of solar cells

机译：辐射束条件对太阳能电池辐射降解的影响

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We have investigated the effects of irradiation on space solar cell degradation characteristic. We examined the effects of beam conditions such as fluence rate and beam expansion method. For the fluence rate experiment, in the case of proton irradiations, the degradation did not depend on fluence rate. Meanwhile, in the case of electron irradiation, Si cell results showed degradation dependent on fluence rate, and the dependency is found to be due to temperature increase during irradiation. From the comparison of cell degradation by irradiation with defocused and scanned 10 MeV proton beams, no significant difference in degradation has been observed. We plan to reflect these findings into the ISO standard for irradiation test methods.

机译：我们已经研究了辐照对空间太阳能电池降解特性的影响。我们检查了光束条件（例如通量率和光束扩展方法）的影响。对于通量率实验，在质子辐照的情况下，降解不依赖于通量率。同时，在电子辐照的情况下，Si电池的结果显示出依赖于注量速率的劣化，并且发现该依赖关系归因于辐照期间的温度升高。通过比较用散焦和扫描的10 MeV质子束辐照引起的细胞降解，没有观察到降解方面的显着差异。我们计划将这些发现反映到辐射测试方法的ISO标准中。

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《35th IEEE Photovoltaic Specialists Conference》|2010年|p.002616-002619|共4页
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Saito Masashi; Imaizumi Mitsuru; Ohshima Takeshi; Takeda Yasuo;
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中图分类光电子技术、激光技术;
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机译：光线和电子束照射太阳能电池劣化的等效电路分析

Effects of irradiation beam conditions on radiation degradation of solar cells

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