匀强电场

参照匀强电场中谷物电特性，并根据平仓式谷物干燥机的工作特点，确定了测定频率、谷物水分、电极间距以及谷物层厚度等4个影响因素。

Consulting the electric properties of grain under uniform electric field and according to the operating characteristics of pin grain drying machine , 4 influence factors are determined , they are determining frequency , grain water content , electrode gap and grain layer thickness .

匀强电场的电势参考点分析

The analysis of electric potential of the uniform electric field

放电电场之后的辅助匀强电场有助于改善SO2的电迁移效果。

Assistant uniform electric field below the corona discharging electric field helps to improve the effect of SO2 electric transfer .

匀强电场中球形导体静电感应规律定量讨论

The Quantitative Discussion on the Electrostatic Induction Law of Spherical Conductor

在匀强电场中介质球内外的电场

Electric Field of Spherical Medium in Uniform Electric Field

在匀强电场中，电力线是平行的直线，其间隔是均匀的。

In an uniform field , the lines of force are straight parallel , and uniformly spaced .

匀强电场内带电导体球的三维电位分布模拟

Analogy on the Influence of a Charged Conducting Ball in a Uniform Electric Field on the Potential Distribution

该结果是由极化、水分和非匀强电场三因素共同作用的动态平衡的结果。

This result is that of dynamic equilibrium that polarization , water content and non-uniform electric field affect together .

电力线相互平行的电场是匀强电场的充要条件

The Full and Necessary Condition of the Electric Field of Mutual Parallel Field Lines Must Be Even Electric Field

本文分析了带电粒子在匀强电场、匀强磁场、复合场中的运动。

The motion of charged particle in uniform electrical field , uniform magnetic field and complex field is analysed in this paper .

利用电介质物理学和生物物理学知识对非匀强电场中谷物电特性进行了理论研究。

Author conducted the theoretical researches on the electric properties of grain under non-uniform electric field by the knowledge of dielectric physics and biophysics .

还证明了：若电力线相互平行的电场区域内有不为零的净电荷分布，则该区域必为非匀强电场区域；

It is proved that the region of existing surplus electric charges must be lion & even electric field and the region of no existing surplus .

基于非匀强电场的谷物水分在线检测方法的理论核心是由双电轴组成的非匀强电场中谷物的电特性。

The theoretical core of the determining method of the water content of grain based on non-uniform electric field is the electric properties of grain under non-uniform electric field that is produced by double electric axes .

测定频率对谷物电特性影响与匀强电场中的具有显著的差异，其间不是对数关系，而是反比关系。

The influence of determining frequency on electric properties of grain under non-uniform electric field is obviously different from that under uniform electric field . The relationship is not logarithmic function , whereas is inverse function .

实验选用大麦、甜菜种子，将种子随机分成2份，其中一份为对照组，另一份为处理组，将处理组置于平行板电极形成的匀强电场中进行处理。

In this experiment , barley and beet seeds were selected , which were divided into 2 groups at random with similar numbers in each group . One is the control group , the other is the experimental group .

通过求解拉普斯方程在球坐标中解的一般形式，得到了在匀强电场中介质球内外的电位和电场强度函数的析式。

This article gives you an analytic formula of the function for the potential and electric field strength of spherical medium in uniform electric field , just through the solution of Laplace equation in spherical coordinates with its normal form .