二氧化硅表面浸在各种气体中的极化现象

B. Despax, C. Huraux
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引用次数: 0

摘要

在二氧化硅表面,记录了极化电流强度随时间的变化和热激退极化电流(TDC)谱。这种极化取决于周围气体的性质。压力越大或曝光时间越长,极化电流强度越大,TDC峰面积越大。然而,在去极化过程中,当容器内气体压力足够低时,TDC峰值温度会跳到更高的值。根据极化条件,样品可以接近驻极体行为。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Polarization phenomena on a silica surface immersed in various gases
On a silica surface, polarization current intensity versus time and Thermostimulated Depolarization Current (TDC) spectra were recorded. This polarization depended on the nature of the ambient gas. Higher was the pressure or longer was the exposure time, higher was the polarization current intensity and larger was the TDC peak area. Nevertheless, when the gas pressure in the vessel was enough low during the depolarization, TDC peak temperature jumped to a higher value. According to polarization conditions, specimens could approach to an electret behaviour.
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