论文部分内容阅读
以主客体掺杂型DR1／PMMA（分散红1号／聚甲基丙烯酸甲脂）体系为例，通过表面电位等温衰减研究了材料极化后空间电荷的脱阱及异性电荷的补偿导致的衰减行为，由开路和短路的热刺激放电及电光效应实验探讨了样品内空间和偶极电荷的性质。
Taking the guest / guest doping type DR1 / PMMA (Disperse Red 1 / PMMA) as an example, the decay caused by the depolarization of the space charges and the compensation of the opposite charges by the isothermal decay of the surface potential Behavior, open-circuit and short-circuit thermal stimulation discharge and electro-optic effect experiments to explore the nature of the sample space and dipole charge.