1) electric potential energy
电势能
1.
The acticle sets forth the wneept of the mutual energy and electric potential energy in the electrostatic field on the basis of this,The differences and relations of which are discussed.
本文在阐述静电场中互能和电势能的基础上,详细讨论了两者的区别与联系。
2.
From the view·point of electric potential energy the thesis analyses the cause ofthe formation of chromatic dispersion energy among poleless molecules,i.
本文从电势能的观点，分析了无极分子之间的色散力形成原因，即瞬时电偶极矩的相互作用，无极分子组成物质，正说明了能量最小原理的普遍性。
3.
At the same time the differences and connections among electric potential energy, electrostatic energy and electrical energy are expounded.
导出了静电场在真空和电介质中的能量与能量密度公式,并讨论了电场能与能量密度的物理涵义,同时 阐明了电势能、静电能、电场能的区别和联系,分析了电介质对静电场能量密度的影响,确定了静电场能量的分布规 律,表明静电场的能量定域在电场中,电场是电场能量的承载者。
2) Potential energy
电势能
1.
From the linearity,force work and the high and low potential energy in electric field, we can judge the two points in a electric field, of which has a higher potential energy and which has a lower potential energy.
从电场线性质、电场力做功、电势能高低三个方面可对电场中两点电势的高低进行判定。
3) piezoelectric potential
压电势能
4) electrostatic potential energy
静电势能
1.
The author discusses respectively how the determination of potential-energy zero point influences geopotential energy,elastic potential energy and electrostatic potential energy.
讨论了势能零点的选取对重力势能、弹性势能和静电势能的影响，讨论了弹性势能与简谐振动的势能、静电势能与静电场能的关系。
2.
Two simple methods for calculating the electrostatic potential energy between two infinite charged bodies are introduced,using Poisson equation and the basic concepts on electrostatic field respectively.
通过求解静电场的泊松方程以及静电场基本概念的运用 ,给出无限大带电体之间的静电势能的两种简便计算方法 ,与教程常用方法相比更易于掌握 。
5) electronic potential energy
电子势能
6) ionic potential,ionization potential
电离势能<能>
补充资料：电势能
| 电势能 electric potential energy 静电场中的势能。一点电荷在静电场中某两点的电势能之差等于它以一点移动到另一点时，静电力所作的功。见电势。 |
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条