关于黄铁矿做太阳能电池材料可行性实验研究

本文通过对黄铁矿紫外、可见、近红外光谱的分析，获得黄铁矿对太阳光全光谱的吸收率数据。重点对染料敏化太阳能电池的光阴极进行了实验探究。本人制备了黄铁矿薄膜太阳能电池和以石墨为光阴极的太阳能电池，对各个薄膜形貌进行表征。最后，对各个电池的性能进行了测量比较。并预期在制备太阳电池时，它可能代替硅，而成为今后主要的光伏半导体材料。

Feasibility Experimental Study of Pyrite as a Solar Cell Materials

Experiments carried out on pyrite ultraviolet, visible, infrared spectroscopy, to obtain pyrite full spectrum of sunlight absorption rate data. On this basis we have focused on the dye--sensitized solar cells photocathode Experimental Research. I prepared a thin film solar cells of pyrite and graphite for the solar cell photocathode solar cells, the characterization of various thin--film morphology. Finally,we have the performance of each battery were measured comparison. Then expect that the pyrite is a possible substitute of the Silicon as the cardinal photovoltaic semiconductor material to prepare for the solar cell.