中文摘要：

一个空气马厩光电的设备基于在铟锡氧化物(ITO ) 的转换结构的 znic 氧化物 nanoparticles (ZNP )/ZnO/poly (3-hexylthiophene )(P3HT ) ：[6,6 ] 苯基 C61 奶油的酸甲基酉旨(PCBM )/MoO3/Ag 被学习。我们发现 MoO3 层的最佳厚度是 2 nm。当堵住层的 MoO3 被介绍时，设备的 fill 因素从 29% ～ 40% 被增加，力量变换效率直接从 0.35% ～ 1.27% 被支持。在这台转换结构设备的周围的条件下面的稳定性多由于在 polymer/Ag 接口的改进稳定性更好。改进被归因于高级搬运人活动性和 MoO3 层的合适的乐队差距。

英文摘要：

An air-stable photovoltaic device based on znic oxide nanoparticles （ZNP） in an inverted structure of indium tin oxide （ITO）/ZnO/poly （3-hexylthiophene） （P3HT）： [6,6]-phenyl C61-butyric acid methyl ester （PCBM）/MoO3/Ag is studied. We fm.d that the optimum thickness of the MoO3 layer is 2 nm. When the MoO3 blocking layer is introduced, the fill factor of the devices is increased from 29% to 40%, the power conversion efficiency is directly promoted from 0.35% to 1.27%.The stability under ambient conditions of this inverted structure device much is better due to the improved stability at the polymer/Ag interface. The enhancement is attributed to the high carriers mobility and suitable band gap of MoO3 layer.