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杂化膜驻极体PVDF/SiO_2的电荷输运特性
引用本文:柏维,杨大本. 杂化膜驻极体PVDF/SiO_2的电荷输运特性[J]. 电子科技大学学报(社会科学版), 1995, 0(3)
作者姓名:柏维  杨大本
作者单位:成都电子科技大学材料科学与工程系
摘    要:通过常温和高温下对PVDF/SiO_2,(PVDF-聚偏氯乙烯)膜的恒压负电晕充电,系统地研究了充电注入的负表面电荷受激脱阱后在电荷层自身内场作用下的输运规律。确定了TSD(ThermallyStimularedDischarge)的偶极峰和空间电荷峰对电荷稳定性的明显区另。实验结果表明,高温负电晕充电对该材料的驻极性能有明显的改善。

关 键 词:杂化膜;驻极体;极化电荷;空间电荷;电荷输运

Charge Transport Proper ty in Hybrid Film Electret PVDF/SiO_2
Bai Wei,Yang Daben. Charge Transport Proper ty in Hybrid Film Electret PVDF/SiO_2[J]. Journal of University of Electronic Science and Technology of China(Social Sciences Edition), 1995, 0(3)
Authors:Bai Wei  Yang Daben
Affiliation:Dept.of Materials Sei.& Eng.Uest of China Chengdu 610054
Abstract:In this paper,the transport rule of detrapped negative surface charge under the self-field ofcharge layer is studied in detail by means of negative corona charging at room and elevated temperature forfilm PVDF/SiO_2.The a pparent differe nce for charge stability between dipole peak and space charge peak isdetermined by thermally stimulated discharge(TSD).The experimental results show that the properties ofthe electret PVDF/SiO_2 is im proved by negative corona charging at elevated temperature.
Keywords:hybrid film  electret  bipolar charge  space charge  charge transport
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