并讨论了电气石颗粒表面电场。
给出表面电场强度、主结及环结分担电压的解析表达式。
The analytical expressions about surface electric field intensity and voltage undertaken by main junction and ring junction are presented.
计算分析了阴极表面电场与电子初(？)对电极形状和电子注特性的影响。
The effects of the cathode surface electric-field and electron initial velocity on the electrode shape and characteristics of electron beam are calculated and analysed.
给出了上述放电电极的面型和表面电场分布，简述了制造上述电极的注意事项。
Profiles and electric-field distribution of these discharge electrodes are plotted and calculated, and their manufacturing notes are briefly described.
介绍了理论求解极板表面电场强度分布的方法，并对影响其计算结果的因素进行了分析。
This paper introduces the way to calculate the distribution of electric field strength on the plate surface. And it also analyzes the factors influencing the result of numerical solution.
在讨论不同结构的LDMOS表面势和表面电场模型时，本文采用多种方法求解泊松方程。
A variety of methods are employed to solve Poisson equation when discussing on the surface potential and surface electric field models of LDMOS with different structures in this paper.
其根本原因是人们忽略了腐殖质胶体颗粒的表面电场对离子吸附速率与平衡吸附量的影响。
The fundamental reason is that people have ignored the influence induced by the electric field of humus colloidal on adsorption rate and adsorption equilibrium.
理论分析、数值模拟和实验结果表明，该结构可以使表面电场变得更加均匀，有效提高器件击穿电压。
Theory analysis, numerical simulation and experimental result indicated that the surface electric field of the device was more uniform and the breakdown voltage was increased effectively.
针对高压电力设备中常见的圆环电极表面电场强度的计算问题，提出了圆环面曲边三角形边界元方法。
The torus curve triangular BEM is put forward to calculate electric field intensity of ring electrodes in 3-d electrostatic fields.
根据表面电场分布求解器件的击穿电压并与实际测试数据对比得到了较为一致的结果，证明了该模型的适用性。
The robustness of this model is verified using ISE TCAD simulation tools. The breakdown voltage of a specific device is also calculated and the result is in good agreement with experimental data.
根据绝缘子和均压环表面电场强度控制的考虑，对不同布置方式的均压环配置进行了设计，并对比了不同的均压环设计方案。
Based on the consideration of the electric field around composite insulators and grading ring, design of the grading ring was given compared with different arrangement forms and different design.
当这个小装置以每秒60亿周的高频速度振荡时，它表面的“压电”材料会产生一个很容易被检测到的振动电场。
As the doohickey hummed away at a very high frequency-a whopping 6 billion cycles per second-the "piezoelectric" material in it produced a warbling electric field that was easy to detect.
物体温度升高后就会辐射出热量，但由于原子的无规则热运动，在物体表面附近还会产生电场。
As an object heats up it radiates heat, but it also generates an electric field near its surface as a result of the random thermal motion of its atoms.
当在一个终端加上一个电场时，DNA分子将穿过表面并和障碍物碰撞，以致阻碍了它们的行动。
When an electric field is applied at one end, DNA molecules will move across the surface and collide with the obstacles, impeding their motion.
在高压电场中，燃油液滴表面的粒子得以激化和离子化，只需较低的汽缸温度，就可得到较好的二次雾化。
In the high tension field, the excitation and ionization of particles on the fuel drop surface only need the lower cylinder temperature to realize the better second atomization.
为了制造等离子体，他们还在容器上下两个表面安上了电极，加上了射频震荡电场。
To create plasma, they applied an oscillating (radio frequency) electric field to the gas using two disk-shaped electrodes located near the top and bottom of the chamber.
三相输电线路导线表面电荷的分布是不均匀的，各点电场强度的大小也不同。
The distribution of surface charges in three-phase transmission lines is uneven and the electric fields of various points are different.
研究表明，提出的偏转电场法是进行内表面注入处理的有效方法，可以极大提高内表面注入的注入剂量和注入能量。
The deflecting electric field method we presented has been proved to be valid for inner surface PIII, and can increase retained dose and implant energy greatly.
研究了固体绝缘表面电荷对不均匀电场直流电晕起始电压、伏安特性的影响。
The effect of insulator surface charges on DC corona initial voltage and V-I characteristic in non-uniform field is studied.
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.
假设带电体表面均匀带电，运用积分求电势、电场分布的方法，实际意义不大。
On assumption that the surface of the conductive body is uniformly charged, the method for evaluation of the electric field and potential distribution is insignificant in practice.
用电象法求出了均匀外电场中导体球表面上感生电荷的分布。
The distribution of induced charges on a conducting sphere in a uniform field is calculated by method of images.
根据导体在电场中的边界条件分析，有效地在压电体表面布置了检测电极。
The measuring electrodes are effectively disposed on the surfaces of the piezoelectric body based on the analysis of the boundary condition of conductors in the electric field.
由PR谱推算出薄膜表面和界面的电场。
Electric fields at the surface and the interface were deduced from PR spectra.
在电场作用下，电子与空穴分离，分别迁移到粒子表面的不同位置，与溶液中相似的组分进行氧化和还原反应。
In the electric field, and thee-hole separation, were moved to different locations on the surface of particles, and the solution is similar to the component for oxidation and reduction.
用STM针尖对有机络合物电双稳薄膜材料施加强电场作用，可在材料表面产生纳米线度的导电几何图形。
Nanometer scale conductive patterns have been produced on thin films of electrical bistable organic complexes using the tip of scanning tunneling microscope (STM) with intense electric fields.
用矩量法求解闭合导体目标的电场积分方程或磁场积分方程将得到不正确的表面电流。
The incorrect surface current may be obtained in the vicinity of the resonant frequencies when the method of moments is used to solve either the electric or magnetic field surface integral equation.
研究结果表明，电场中带电烟尘粒子的凝集受粒子表面电荷分布和电荷量、粒径、粒子所带电荷的极性以及中性电荷粒子的影响。
The results show that the agglomeration of the charged smoke particles is affected by surface charge distribution, charge quantity, particle size, charge polarity and so on.
研究结果表明，电场中带电烟尘粒子的凝集受粒子表面电荷分布和电荷量、粒径、粒子所带电荷的极性以及中性电荷粒子的影响。
The results show that the agglomeration of the charged smoke particles is affected by surface charge distribution, charge quantity, particle size, charge polarity and so on.
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