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Some Ideas about Engineering Dielectrics Researches

机译:关于工程介质研究的一些想法

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Nanometric dielectrics have always been a focus of engineering dielectrics. Researchers have deepened the understanding of nanometric dielectrics through multi-angle studies. In this paper, we put forward some ideas about engineering dielectrics researches. It is proposed that the name nanodielectric composites should be more precise according to low dimensional physics. For space charge limited current (SCLC), it is considered that SCLC is not solely determined by carriers which are the same as injected carriers in the transition from ohmic region to high field region. In view of pulse related space charge measurement methods, especially pulsed electroacoustic (PEA) method has been mainly adopted, its advantages and disadvantages are described. At last, experimental results of trap-related breakdown and flashover phenomenon, functionalized groups related interfacial compatibility, and classified effects of nanofillers on short-term breakdown and long-term failure are presented to inspire further discussion.
机译:纳米电介质始终是工程电介质的焦点。研究人员通过多角度研究深化了对纳米电介质的理解。在本文中,我们提出了一些关于工程介质研究的想法。提出,根据低维物理,名称纳米电复合材料应更加精确。对于空间电荷有限电流(SCLC),认为SCLC不仅由载体确定与从欧姆区域转变到高场区域的转换中的载体相同。考虑到脉冲相关空间电荷测量方法,主要采用脉冲电声(豌豆)方法,描述了其优点和缺点。在陷阱相关的击穿和飞弧现象,相关的界面相容性官能团,并在短期击穿和长期未能纳米填料的分类效果的最后,实验结果呈现给激发进一步的讨论。

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