Crystal-violet/tin-oxide solar cell

E. W. Williams
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Abstract

The crystal-violet/tin-oxide solar cell which has been reported briefly in a recent patent was tested for u.v. stability under a variety of chemical conditions, and, in every case, was found to be unstable. Degradation effects produced by chemical reactions are strongly indicated by absorption and action spectra as the pH of the cell was varied. The p-n junction model is rejected for this type of crystal-violet/tin-oxide heterojunction cell. The potential of organic solar cells based on a dye-oxide semiconductor junction for cheap, lightweight and large-area devices is discussed, and some of the possible materials are reviewed.
结晶紫/氧化锡太阳能电池
在最近的一项专利中简要介绍了晶体紫/锡氧化物太阳能电池,该电池在各种化学条件下测试了紫外线的稳定性,并且在每种情况下都发现不稳定。随着细胞pH值的变化,吸收光谱和作用光谱强烈地表明化学反应产生的降解效应。对于这种类型的晶紫/氧化锡异质结电池,p-n结模型被拒绝。讨论了基于染料氧化物半导体结的有机太阳能电池在廉价、轻量化和大面积器件方面的潜力,并对一些可能的材料进行了评述。
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