不同电极下聚碳酸酯中吸收/再吸收电流的表面组分

J. Ulański, J. K. Jeszka, Ireneusz Geowacki, M. Kryszewski
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引用次数: 0

摘要

研究吸收/再吸收电流的表面成分,即与电极边缘相关的成分——使用不同的电极制备技术来获得电极边缘几何形状的定性修饰,最不寻常的是网状CT复合电极。研究发现,聚碳酸酯中吸收/再吸收电流的表面组分对电极制备非常敏感。网状CT复合电极或“锥形”金属电极与传统金属电极或压紧导电膜相比,其增加约一个数量级。这种现象可以用尖锐电极边缘黏度的高场注入来解释。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Surface component of absorption/resorption currents in polycarbonate for different electrodes
The surface component of absorption/resorption currents i.e. the component related to the electrode edge is investigated-Different electrode preparation techniques are used to obtain qualitative modification of the electrode edge geometry, the most unusual being reticulate CT complex electrodes. It was found that the surface component of absorption/resorption currents in polycarbonate is very sensitive to the electrode preparation. It increases by about an order of magnitude for reticulate CT complex electrode or "tapered" metal electrode as compared with conventional metal electrodes or pressed conductive films. The phenomenon is interpreted in terms of high field injection in the viscinity of sharp electrode edges.
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