由于静电场的场强度增强，从而与身体产生的各种相互作用也有可能增强。
As the field strength of the static field increases, so does the potential for a variety of interactions with the body.
静电场是电磁学中非常重要的一章，而电场强度是描述静电场性质的两个基本物理量之一。
Electrostatic field is a very important chapter in electromagnetics and the strength of electric field is one of the two basic physical quantities describing the property of electrostatic field.
通过求解灭弧室内部的静电场定解问题，优化其内部几何参数，使灭弧室内部电场较均匀，电场强度的峰值出现在“第二辅助间隙”中。
By solved this optimization model with finite element software, a more symmetrical electric field in vacuum interrupters was obtained and its peak value appeared in second auxiliary gap.
通过引入静电场的标量位函数，将电场强度的矢量泊松方程转化为位势的椭圆型偏微分方程的诺依曼边值问题。
And the problem is converted to the typical Neumann boundary value problem for the elliptic equations by inducing the scalar potential function.
在静电场中，电场强度和电势是描述电场性质的两个物理量。
Electric field intensity and potential in static field are two physic parameters by which the Properties of electric field are described.
在静电场中，电场强度和电势是描述电场性质的两个物理量。
Electric field intensity and potential in static field are two physic parameters by which the Properties of electric field are described.
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