带电导体接地后和大地交换电荷的过程；
How can conductor exchange charges with the ground, when conductor is electrical grounding, degree of charge exchange is discussed.
本文采用多根细丝线附在带电导体上的方法，来演示电场线。
The method of solving electrostatic field with electric field line;
本文在静电平衡条件的基础上，应用高斯定理讨论带电导体表面的电场强度。
In this paper, Guass theorem is mainly used to discuss the electric field intensity on the surface of charged conductor on condition of electrostatic equilibrium.
本文利用双球面坐标系计算两个带电导体球的相互作用力问题 ，并对结果进行了讨论 。
The interaction of two charged conductor spheres is caculated by using two spherical coordinates, and the result is discussed.
并使带电导体间或导体与大地之间有足够的距离绝缘，用于中置式开关柜及其它开关柜内。
And to make electric conductor or conductor and the distance between the earth have enough insulation, used for type switch gear and other switchgear inside.
用电轴法讨论了偏心电容器内的电场分布，概括了平行园柱形带电导体间电场分布的一般情况。
The distribution of electric field in eccentric cylinder capacitors is discussed according to the electric axis law.
静电平衡条件下，孤立带电导体表面任意一点的电荷处于其它电荷激发的电场中，因此受到其它电场斥力的作用，此力即为文章所讨论的表面张力。
In electrostatic field, the charges on the isolated conductor surface are repelled by the other charges, which is defined as surface repulsive force discussed in this paper.
利用保角变换，首先在二维平面得到双曲线型的等位线簇方程，然后过渡到三维空间，从而得到表面为单叶双曲面（两实半轴相等）的带电导体的等位面簇方程。
Transition to the three-dimensional space, then we obtain the equation of equipotential surface families of charged conductor with surface of hyperboloid of one sheet.
电导体不管是否带电，表面看来都是一样的。
An electrical conductor looks the same whether it is live or dead.
电导体不管是否带电，表面看来都是一样的。
An electrical conductor looks the same whether it is live or dead.
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