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Thiophene/Phenylene Co-Oligomers as Novel Photovoltaic Materials

机译:噻吩/苯撑共聚体作为新型光伏材料

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We applied thiophene/phenylene co-oligomers (TPCOs) to a major component of organic solar cells. We made sandwich-type devices combining a p-type TPCO with fullerene (C-60) or an n-type TPCO. As an option we made a device that combined a mixed layer of p-type and n-type TPCOs with the C-60 layer. All devices indicated rectification properties in the dark and generated electric powers under the white light illumination. The device comprising methoxy-substituted biphenyl-capped bithiophene and C-60 achieved the best power conversion efficiency of 1.20% with a short-circuit current of 4.28mA/cm(2) and fill factor of 0.46. The results demonstrate that the TPCO materials are useful as the major component of the organic solar cells.
机译:我们将噻吩/亚苯基共聚体(TPCO)应用于有机太阳能电池的主要成分。我们制造了将p型TPCO与富勒烯(C-60)或n型TPCO结合在一起的三明治型设备。作为一种选择,我们制造了一种将p型和n型TPCO混合层与C-60层结合在一起的设备。所有设备在黑暗中都显示出整流特性,并在白光照明下产生了电能。包含甲氧基取代的联苯封端的联噻吩和C-60的器件在短路电流为4.28mA / cm(2)和填充系数为0.46的情况下实现了1.20%的最佳功率转换效率。结果表明,TPCO材料可用作有机太阳能电池的主要成分。

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