Electrical conduction of LDPE at moderate fields

R. Neagu, J. Marat-Mendes, E. Neagu
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引用次数: 2

Abstract

The electrical conduction of LDPE was investigated. Results were obtained using isothermal charging and discharging currents, thermally stimulated charging and discharging current measurements. The conduction process is strongly influenced by the charge stored in the sample. The apparent activation energy W is about 0.70 eV. It changes with the isochronal measuring time and at low fields with temperature. As the applied field or charging time increase the space charge stored in the sample increases and implicitly W decreases. The results for long times (days) attest a new conduction mechanism: the space-charge-controlled conductivity.
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LDPE在中等电场下的导电性
研究了LDPE的导电性能。采用等温充放电电流、热激充放电电流测量得到了实验结果。导电过程受样品中储存的电荷的强烈影响。表观活化能W约为0.70 eV。它随等时测量时间和低场温度的变化而变化。随着外加电场或充电时间的增加,样品中存储的空间电荷增加,隐式W减小。长时间(几天)的结果证明了一种新的传导机制:空间电荷控制的电导率。
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