PE层合板的界面条件与空间电荷

K. Suh, H. S. Noh, Mikyung Lee
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引用次数: 1

摘要

MI=6的聚乙烯中产生异电荷,而MI=24的聚乙烯中产生同电荷。在PE1和PE2层合材料中均观察到界面负电荷。这种界面电荷随着层压温度的升高而减少,最终变得不清晰。硅油促进了界面电荷的形成,而苯乙酮和4-乙基硝基苯等化学物质则降低了界面电荷的形成。因此,预计界面条件的改变会导致界面电荷的改变,从而导致包含界面的系统中的空间电荷的改变。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Interfacial conditions and space charge in PE laminates
Heterocharge develops in the polyethylene of MI=6 while homocharge developes in the polyethylene of MI=24. The negative interfacial charge was observed in both PE1 laminates and PE2 laminates. This interfacial charge decreases as the laminating temperature increases and finally becomes unclear. Silicone oil enhances the formation of interfacial charge whereas the chemicals such as acetophenone and 4-ethylnitrobenzenes decreases the interfacial charge. Therefore, it is expected that the change in interfacial conditions leads to a modification of interfacial charge and thus the space charge in the system containing the interfaces.
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