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Solar energy conversion - study with photosensitizer - reductant system in photogalvanic cell

机译:太阳能转化 - 光敏剂 - 光致vanic细胞中还原剂的研究

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The photogalvanic cells have been developed with photosensitizer - reductant pair, Toluidine Blue - Arabinose and Malachite Green - Arabinose. The conversion efficiency and storage capacity of the developed cells were found to be 0.1450% and 90.0 minutes, respectively with Toluidine Blue and 0.1122% and 36.0 minutes, respectively with Malachite Green. The Fill Factor of both the cell were found 0.3158 and 0.426. The photogalvanic cells have been developed with photosensitizer - reductant pair, Toluidine Blue - Arabinose and Malachite Green - Arabinose. The conversion efficiency and storage capacity of the developed cells were found to be 0.1450% and 90.0 minutes, respectively with Toluidine Blue and 0.1122% and 36.0 minutes, respectively with Malachite Green. The Fill Factor of both the cell were found 0.3158 and 0.426.
机译:光致血芳细胞已与光敏剂 - 还原剂对开发,甲苯胺蓝 - 阿拉伯糖和孔雀石绿 - 阿拉伯糖。 发现显影电池的转化效率和储存能力分别为甲苯胺蓝和0.1122%和36.0分钟,分别为0.1450%和90.0分钟,分别与孔雀石绿。 发现细胞的填充因子0.3158和0.426。 光致血芳细胞已与光敏剂 - 还原剂对开发,甲苯胺蓝 - 阿拉伯糖和孔雀石绿 - 阿拉伯糖。 发现显影电池的转化效率和储存能力分别为甲苯胺蓝和0.1122%和36.0分钟,分别为0.1450%和90.0分钟,分别与孔雀石绿。 发现细胞的填充因子0.3158和0.426。

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