After researches respond potential of single activated carbon and graphite electrode, it is concluded that ( 1) Electrode in the electric field can be obtained the respond potential from the different position ( different distance from main electrode); 通过上述对单个微电极在电场中的感应电极电位的研究:(1)感应电极在电场中不同位置(距主极板距离不同)均能被极化获得感应电位;
The results show that CdS/ TiO2/ FTO has higher stability and PEC performance than single content electrode which benefit from enhanced charge separation efficiency and visible light absorption and which is good for FA splitting and has the potential to improve the energy conversion efficiency. 结果表明复合电极具有较高的光电催化活性和稳定性,这得益于电子空穴高效分离和对可见光的吸收,有利于甲酸分解反应的顺利进行,有望提高能量转换效率。