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首页> 外文期刊>Solar Energy Materials and Solar Cells: An International Journal Devoted to Photovoltaic, Photothermal, and Photochemical Solar Energy Conversion >Synthesis, characterization and photoconversion study of [Ru(II)(dcbpy)(terpy)Cl]Cl.3H_2O, [Ru(II)(dcbpy)(terpy)SCN]SCN.3H_2O and [Ru(II)(dcbpy)(terpy)CN]CN.3H_2O systems
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Synthesis, characterization and photoconversion study of [Ru(II)(dcbpy)(terpy)Cl]Cl.3H_2O, [Ru(II)(dcbpy)(terpy)SCN]SCN.3H_2O and [Ru(II)(dcbpy)(terpy)CN]CN.3H_2O systems

机译:[Ru(II)(dcbpy)(terpy)Cl] Cl.3H_2O,[Ru(II)(dcbpy)(terpy)SCN] SCN.3H_2O和[Ru(II)(dcbpy)()的合成,表征和光转换研究terpy)CN] CN.3H_2O系统

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摘要

The preparation, characterization and photoconversion properties of [Ru(II)(dcbpy)(terpy)X]X·3H_2O where X = Cl, SCN, CN were carried out. For the fabrication of a solar cell, TiO2 and platinum coated conducting glasses were used. The performance of the complexes for the conversion of solar radiation into electricity was found to be good, with maximum output voltage (V_(oc)) and short circuit current (I_(sc)).
机译:进行了X = Cl,SCN,CN的[Ru(II)(dcbpy)(terpy)X] X·3H_2O的制备,表征和光转换性能。为了制造太阳能电池,使用了TiO2和镀铂的导电玻璃。发现该配合物用于将太阳辐射转换成电的性能良好,具有最大输出电压(V_(oc))和短路电流(I_(sc))。

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