This is now commonly referred to as the Maxwell–Wagner–Sillars (MWS) effects (Maxwell, 1891, Wagner, 1914, Sillars, 1937). The interface effect not only occurs to the dielectric constant, but also to the electrical conductivity. In an attempt to capture the observed high conductivity and ...
研究了水树枝存在引起的XLPE绝缘介电性能变化特别是非线性现象机理;利用Maxwell-Wagner与Maxwell-Wagner-Sillars极化理论分别建立了整体绝缘与水树老化区域的介电分析模型... 黄晓峰 - 西南交通大学 被引量: 0发表: 0年 一种基于MEMS和细胞电场效应的细胞融合方法的研究 电介质物理Maxwell-Wagner的界面极化理论出发,构...
The Maxwell–Wagner–Sillars (MWS) relaxation is studied for glass‐bead–polystyrene (PS) composites having compositions from 0% to ∼50% in volume, in the range 20 Hz–1 MHz and for temperatures varying from room temperature to 280 °C. For the PS matrix, the complex permittivities ...