electrostatics
英
美
n. 静电学
英英释义
noun
- the branch of physics that deals with static electricity
双语例句
- The constant of electrostatic charge decay time is an important physical quantity that can describe the electrostatics property of materials.
静电衰减时间常数是定量描述材料静电性能的重要物理量，可以通过测量静电电荷衰减时间达到测量静电的目的。 - Survey of basic electromagnetic phenomena: electrostatics, magnetostatics, electromagnetic properties of matter.
简单介绍电磁学的基本现象：包含静电学、静磁学、物质的电磁特性。 - The Visualizations section offers multimedia tools that demonstrate various physical phenomena, including Vector Fields, Electrostatics, Magnetostatics, Faraday's Law, and Light.
视觉化教材的部份提供了用来展示不同物理现象的多媒体工具，包括向量场、静电学、静磁学、法拉第定律和光。 - 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。 - The science of electrostatics lay dormant for about 2,000 years.
静电学沉睡了大约2000年。 - In addition, analyzing the electrostatics potential is a main tool for studying the protein molecular.
另外，在研究蛋白质分子时，分析静电势场是一个主要的手段。 - 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。 - Electrostatics is currently being used for separation of minerals, for paint spraying, and for dry coating applications.
静电学目前正被应用于矿物分离喷漆和干法涂料。 - 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。 - Ic this paper, equivalence between Gauss's law and Coulomb's law in electrostatics is discussed, and then it is indicated that both of they can be regarded as the fundamental law of electrostatics.
本文讨论了静电场高斯定理和库仑定律的等价性，并指出，两者均可作为静电场的基本规律。