电介质的极化

应用静电学及电介质的极化理论方法，探讨电收尘器中粉尘粒子的电极化机理，建立了极化粉尘粒子的电势能、旋转力矩和感应力与电场的关系。

By means of the theory of electrostatics and the dielectric polarization theory and method , the polarization mechanism of the dust particles in electrostatic precipitator ( ESP ) was investigated and the relationship of the electrostatic energy , revolving moment and induction force to the electric field was derived .

通过电介质的极化和损耗原理研究了电介质响应的微观机制。

Microscopic mechanism of the dielectric response is studied through the dielectric polarization and loss theory .

根据交变电场下电介质的极化作用原理，分析晶界层在高频电场作用下的电流情况，提出了MOA的暂态电路模型。

Based on the polarization theory in alternating electric field , combined with the current response process of the grain boundary layer in high-frequency voltage , MOA transient circuit model is composed .

静电场作用下电介质的极化性质

The polarizing properties of the dielectrics affected by the electrostatic field

本文概述了静电场中电介质的极化机理与性质，对综合反映电介质极化行为的主要宏观量χ、ε与微观量α的关系进行了分析讨论。

This paper introduces the polarizing mechanism and properties of the dielectrics in electrostatic field , discusses the macroscopic quantities χ? ε and microscopic quantities α which synthetically reflect the dielectric polarity effect .

关于电介质内部的极化电荷

About Polarization Charge Inside Dielectric

样品介电吸收峰频率位置的这种可逆变化表明：非均匀电介质中的界面极化效应在保持连续相不变时，受分散相颗粒表面层物质的组成和结构的影响很大。

The reversible change of log fmax showed that the interface polarization effect in the heterogeneous dielectric was affected mainly by the composition and structure of the surface region of the grains in the dispersive phase if the continuous phase was fixed .