提出了驻极体电荷衰减的新机制及其在电荷恢复中的应用

M. Lal, R. Parshad
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引用次数: 1

摘要

提出了驻极体电荷衰减的一种新机制。在这种机制中,观察到的电荷衰减只是明显的,并且是由于从大气中的离子中吸取的电荷或电负载在原子或微观水平上屏蔽(而不是抵消)驻极体电荷。驻极体上的水膜和材料的有限导电性构成电负载的形式。通过将自由电荷隔离在陷阱中或电荷由于排列偶极子的暴露端或两者同时存在而避免了电荷的抵消。有可能发展出一种过程,基本上是基于将每个驻极体表面一次一个地接触到金属板,以去除屏蔽电荷,从而激活(显然)衰减的驻极体,从而使处理过的驻极体的寿命几乎无限。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A suggested new mechanism of charge decay of electrets and its application to their charge recovery
A new mechanism of charge decay of electrets is proposed. In this mechanism the observed charge decay is only apparent and due to screening (not cancellation) of the electret charge at the atomic or microscopic level by electrical charges drawn from ions in the atmosphere or by electrical loading. The water film on the electret and the finite conductivity of the material constitute forms of electrical loading. The Cancellation of charge is avoided by the free charge being isolated in traps or the charge being due to exposed ends of aligned dipoles or both. It has been possible to evolve a process, essentially based on contacting each of the electret surfaces, one at a time, to a metal plate, to remove the screening charge and thus activate the (apparently) decayed electret, thus making life of the treated electrets almost infinite.
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