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Space Charge Behavior in Multi-layered Dielectrics with LDPE and LDPE/MgO Nanocomposites

机译:具有LDPE和LDPE / MgO纳米复合材料的多层电介质中的空间充电性能

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Space charge distributions were investigated in multi-layered dielectric films consisting of combinations of low-density polyethylene (LDPE) and its nanocomposite (NC) with MgO nano-fillers during application of a dc electric field of 100 kV/mm at room temperature and 50°C At 100 kV/mm, a packet-like charge appears in LDPE, but not in NC. Similar behavior is also observed in multi-layered samples. These phenomena are explained by assuming that the nano-fillers effectively suppress the increase in conductivity induced by the high electric field, which agrees well with related work done previously by the authors.
机译:在施加在室温下100kV / mm的直流电场期间,在多层聚乙烯(LDPE)及其纳米复合材料(NC)组合的多层介电膜中,包括用MgO纳米填料组成的多层介电膜中的空间电荷分布。 °C在100 kV / mm处,LDPE中的包状电荷显示在LDPE中,但不在NC中。在多层样品中也观察到类似的行为。通过假设纳米填充物有效地抑制了高电场诱导的导电性的增加,这解释了这些现象,这与提交人之前完成的相关工作很好。

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