用多核模型解释纳米电介质特有的几个关键现象

T. Tanaka
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引用次数: 42

摘要

用作者提出的多核模型解释了在聚合物纳米复合材料中观察到的一些主要介电现象。它们包括与低场电导率、高场电导率、介电常数、损耗tan δ、空间电荷形成和EL起始的阈值场、PD耐久性和树寿命的增加,甚至是新发现的交叉现象相关的特性。该模型的特点是多核的个体角色和集体角色。后者与载流子注入和树木在高电场下的生长有关。
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Interpretation of Several Key Phenomena Peculiar to Nano Dielectrics in terms of a Multi-core Model
Some of the major dielectric phenomena observed in polymer nanocomposites are explained in terms of a multi-core model proposed by the author. They include characteristics associated with low field conductivity, high field conduction, permittivity, loss tan delta, the threshold field for space charge formation and EL inception, the increase in PD endurance and in treeing lifetime, and even a newly found crossover phenomenon. This model is characterized by individual and collective roles of multi-cores. The latter is related to carrier injection and tree growth at high electric field.
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