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讨论了酞菁复合光接受体Mylar/Al/UCL/CGL/CTL的界面、界面的电子态和光电导性能 .光接受体A中CGL和CTL的界面电子态有效地加速了光生载流子的输运过程 ,导致光接受体A具有较低的残余电位和较高的感光灵敏度 .这种现象可以解释为光接受体A在辐照和电场作用下基于界面电子态的助感效应 ,也就是说界面电子态加速载流子从产生层向输运层能隙的注入 ,继之遵循一种界面电子态调制输运层中载流子传输过程的导电机制
The electronic states and photoconductivity of the interface and interface of the photo-acceptor Mylar / Al / UCL / CGL / CTL are discussed.The interfacial electron states of CGL and CTL in photoreceptor A effectively accelerate the transport of photo-generated carriers Transport process, resulting in a lower residual potential photoreceptor A and higher sensitivity.This phenomenon can be interpreted as the photoreceptor A irradiation and electric field based on the electronic state of the interface effect, that is to say The interfacial electron states accelerate the injection of carriers from the generation layer to the transport layer gap, followed by an interface electron state that modulates the conduction mechanism of the carrier transport in the transport layer