Influence of ZnO filler size on the nonlinear electrical properties of ZnO ceramic-epoxy composite material

Jingjing Tian; Ran Xu; Hongliang He; Yujun Feng

doi:10.1007/s10854-016-6165-y

Influence of ZnO filler size on the nonlinear electrical properties of ZnO ceramic-epoxy composite material

Jingjing Tian
, Ran Xu
, Hongliang He
, Yujun Feng

Faculty of Electronic and Information Engineering

Research output: Contribution to journal › Article › peer-review

15 Scopus citations

Abstract

The ZnO ceramic-epoxy composite material is an excellent candidate for field grading material. The influence of ZnO filler size on the electrical properties of the ceramic-epoxy composite material was studied in this work. ZnO filler with different sizes was prepared and dispersed uniformly in the epoxy matrix. The curves of leakage current density versus electric field were measured and showed remarkable nonlinearity. With increasing filler size, the switching electric field and the resistivity both decreased significantly, while the nonlinear coefficient increased slightly. The observed results are explained physically.

Original language	English
Pages (from-to)	5102-5105
Number of pages	4
Journal	Journal of Materials Science: Materials in Electronics
Volume	28
Issue number	7
DOIs	https://doi.org/10.1007/s10854-016-6165-y
State	Published - 1 Apr 2017

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abstract = "The ZnO ceramic-epoxy composite material is an excellent candidate for field grading material. The influence of ZnO filler size on the electrical properties of the ceramic-epoxy composite material was studied in this work. ZnO filler with different sizes was prepared and dispersed uniformly in the epoxy matrix. The curves of leakage current density versus electric field were measured and showed remarkable nonlinearity. With increasing filler size, the switching electric field and the resistivity both decreased significantly, while the nonlinear coefficient increased slightly. The observed results are explained physically.",

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Y1 - 2017/4/1

N2 - The ZnO ceramic-epoxy composite material is an excellent candidate for field grading material. The influence of ZnO filler size on the electrical properties of the ceramic-epoxy composite material was studied in this work. ZnO filler with different sizes was prepared and dispersed uniformly in the epoxy matrix. The curves of leakage current density versus electric field were measured and showed remarkable nonlinearity. With increasing filler size, the switching electric field and the resistivity both decreased significantly, while the nonlinear coefficient increased slightly. The observed results are explained physically.

AB - The ZnO ceramic-epoxy composite material is an excellent candidate for field grading material. The influence of ZnO filler size on the electrical properties of the ceramic-epoxy composite material was studied in this work. ZnO filler with different sizes was prepared and dispersed uniformly in the epoxy matrix. The curves of leakage current density versus electric field were measured and showed remarkable nonlinearity. With increasing filler size, the switching electric field and the resistivity both decreased significantly, while the nonlinear coefficient increased slightly. The observed results are explained physically.

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Influence of ZnO filler size on the nonlinear electrical properties of ZnO ceramic-epoxy composite material

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