1.
Field Intensity Affecfed by Electric Conductor Ball and Dot Electric Charges by Using the Law of Electricity Image;
用电像法研究带电导体球与点电荷作用的场强
2.
Discussion on the distribution law of the charge on surface of spheroid in the point charge field;
点电荷场中球体表面电荷分布规律的研究
3.
The relation between the surface charge density of a charged ellipsoidal conductor and its principal radii
带电导体椭球的面电荷密度与主曲率半径的关系
4.
The Method of Scale Transformation for Charge Distribution on the Surface of an Ellipsoidal Conductor;
导体椭球面上电荷分布的尺度分析法
5.
Effects of Interactions Between Surface Charges and Ions on Conductance of Variably Charged Soil
土壤表面电荷与离子间的相互作用对可变电荷体系电导的影响
6.
The electric potential of a line charge and a cylindroid conductor system
线电荷与接地椭圆柱形导体系统的电势
7.
To cause formation of a net electric charge on or in(a conductor, for example).
使带电荷促使（如导体内）净电荷形成
8.
Simple Explanation of Relation between Superficial Charge Dist ribution and Superficial Curved Rate;
浅谈导体表面电荷分布与表面曲率的关系
9.
When a rubber balloon is rubbed with wool, the negative electric charge cannot move, because rubber is an insulator and so the balloon holds on to its charge.
当橡皮汽球与毛皮摩擦时，负电荷静止不动，因为橡胶是绝缘体，因此，汽球不让电荷跑掉。
10.
Quantitative Relations between Electric Potential Energy and Electric Field Energy of Continuous Charged Body and Point Charge System;
连续带电体和点电荷系的电势能与电场能的定量关系
11.
The Interaction Force between a Line Charge and a Charged Cylindrical Conductor and Its Change Curve
直线电荷与带电圆柱导体间的互作用力及其变化曲线
12.
The Electric potential of a conductor ball in the electric current field of a point source is derived.
推证了点源电流场中导电球体内、外的电势分布规律
13.
energy made available by the flow of electric charge through a conductor.
当电荷流通过导体时产生的电能。
14.
Analysis of Charge Distribution on Conductor Electrostatic Balance;
关于导体静电平衡时电荷分布的分析
15.
The Electric Field of Line Charged Between Parallel Ground Connection Conductor Plate;
两平行接地大导体板间线电荷的电场
16.
Study of Surface Charge Distribution Based on Conductor Electrostatic Balance
静电平衡条件下导体面电荷分布研究
17.
The more common electrical properties include electrical resistivity and conductivity, and the relative dielectric constant, which relates the accumulated charge across an insulator to the electric field.
通常的电性能有电阻率和电导率,相对介电常数,即绝缘体的蓄电荷与电场的关系。
18.
If a body is nonelectrified, the positive charges balance with negative ones.
如果一个物体不带电，它的正电荷与负电荷相等。