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electrostatics

n.  静电学

化学

英英释义

noun

  • the branch of physics that deals with static electricity

    双语例句

    • Research developments and progress on powder electrostatics
      粉体静电学国内外研究动态与进展
    • Application of virtual work principle in Electrostatics
      虚功原理在静电学中的应用
    • 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.
      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。
    • It's one of the important things to ensure good design of keeping anti electrostatics by using ensembled anti electrostatics floor paved by concrete or epoxy plastics.
      利用水泥、环氧类塑料铺设的整体式防静电地坪,是保证防静电设计良好的重要方式之一。
    • The Symmetry of Green's Functions on Two Boundary Conditions in Electrostatics
      静电问题中两类边界条件下格林函数的对称性
    • Study of the Electrostatics and Power Lines on the System of an Infinite Line Charge and Charged Charge Conductor Cylinder
      直线电荷与带电导体圆柱电场和电力线簇研究
    • In the first place, the foundation of the electrostatics basic theory, development and appliance of modern electrostatic engineering are introduced in the paper. And it points out that electrohydrodynamics ( EHD) is a signified offshoot and investigated hotspot of modern electrostatic engineering.
      本文首先介绍了静电学基础理论的创立、现代静电工程学的发展及应用,并特别指出电流体动力学(EHD)已成其一个重要分支,成为现代静电工程学的研究热点。
    • The Green's Function Method of the Electrostatics in Inhomogenous Dielectric
      非均匀介质中静电问题的Green函数解法
    • Through electrostatics and examples of low-frequency alternating current and direct-current circuit, the problem of zero potential point is queried and clarified.
      通过静电学、低频交流、直流等电路实例,质疑了电势零点问题,并对此进行了澄清。
    • In electrostatics, it had been put forward that the electric field energy equals to the total of self-energy and the mutual-energy of charged bodies system.
      在静电学中提出了电场能等于带电体系的自能与互能之和,但并未对自能的总和永远大于互能作更进一步的论证。