摘 要： 利用合成的层状结构的 α-ZrP 和球形 ZrO₂ 颗粒添加到液态 电解质中，获得了改善的界面电荷传输特性和离子传输性能。 二者在 约 3％（质量分数）时得到最好的效果。 对于颗粒加入对电解质性能的 影响进行了分析， 认为主要是颗粒表面特性和离子浓度增加带来的 Grothus 增强机制改善了电解质电化学特性。 

关键词：染料敏化太阳电池；电解质；电化学

Abstract：Adding α-ZrP with layered structure and ZrO₂ powder into the liquid electrolyte of dye sensitized solar cell, the charge transport of the electrolyte was improved. The optimum results were achieved at about 3%(mass fraction)for both powder. Through the electrochemical analyses, it was revealed that the improvement by adding the inorganic powders was mainly attributed to the similar effects: particle surface and enhanced Grothus mechanism.

Keywords：dye sensitized solar cell; electrolyte; electrochemistry