PE/Polymer层压板中的电荷形成

K. Suh, J. Lee, J. Park, T. Takada
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引用次数: 5

摘要

选取PE(聚乙烯)/PE层压板为试样,模拟共混物界面,研究其电荷形成特性。PE/聚合物层压板中的电荷行为根据层压板的类型而有所不同。在含有PE和EVA的层合材料中,电荷倾向于被困在PE组分中,并相对自由地通过界面迁移。而在PE/离聚体层压板中,电荷主要被捕获。还发现可以改变界面的性质,使电荷通过界面迁移。层压板的电荷积累特性由中间层聚合物的类型决定,与母层聚合物不同。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Charge formation in PE/Polymer laminates
PE (polyethylene)/PE laminates were selected as test specimens to simulate the interface of blends, and their charge formation characteristics have been investigated. Charge behavior in PE/polymer laminates is shown to differ depending on the type of laminates. In laminates with PE and EVA, the charge tends to be trapped in the PE component and migrate through the interface relatively freely. In laminates with PE/ionomer, however the charge is trapped dominantly. It was also found that the nature of the interface may be modified to make the charge migrate through the interface. The charge accumulation characteristics of the laminates are governed by the type of polymer in the middle layer and do not resemble those of the parent polymers.<>
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