The capacitance and electric field intensity of nonparallel plate capacitor are calculated according to the formula of electric field energy and capacitor. 利用电场能量和电容器的能量公式,解出非平行板电容器的电容和电场分布。
An electric field intensity increment equation in mixture is derived by solving the average for the principle of conservation of electrical current. 对电流连续性方程求平均,得到混合物中电场增量方程。
Then the electric field intensity of ozone generation was simulated and analyzed for the first time. 试验研究了峰值电压、气隙间距对臭氧产生的影响。
In order to calculate electric field intensity of ring electrodes in3-D electrostatic fields precisely, the torus quadrangular BEM is put forward. 为精确计算三维静电场中圆环电极表面的电场强度,提出了圆环面规则剖分曲面四边形边界元方法。
The calculation results show that the maximum of electric field intensity in-creases when raindrops'radii is becoming smaller because of lengthening. 计算结果表明:水滴受到重力和电场力的作用被拉长而曲率半径变小,最大场强值变大。
Besides, a new method for determining the extreme value and direction of electric field intensity is derived and proved. 此外,导证了一种计算空间合成场强极值及其方向的方法。
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。
Two Numerical Methods for Solving the Boundary Singular Points Problem in the Aspect of Calculating Electric Field Intensity 两种解决高压输电线路电场计算中奇异点问题的数值方法
Calculation and Analysis of the Electric Field Intensity of the Building Near the Ultra High Voltage Two Circuit AC Transmission Line on One Tower 特高压同塔双回交流输电线邻近民房处电场计算
Impact of Corona Discharge on the Power Frequency Electric Field Intensity in the Extra-high Voltage Transmission Lines The voltages set up are of normal operating frequency. 电晕放电对超高压输电线路工频电场的影响由此引起的过电压频率通常为正常的工作频率。
This paper determined the shape of the angle rings through which calculated the ending dimension of winding-insulation configurations and the maximum electric field intensity. 通过对电力变压器绕组端部绝缘结构尺寸与最大场强的计算,确定了角环的形状。
Femtosecond laser has two characteristics: ultrashort pulse length and ultrahigh electric field intensity. 飞秒激光具有超短脉冲和超高电场强度两个特征。
The effect of control factors on film forming was investigated, such as suspended solution system, electric field intensity, suspension concentration and deposition time. 探讨了电泳沉积过程中的控制因素(悬浮液体系、电场强度、料浆浓度、沉积时间等)对成膜性能的影响,并对薄膜材料的结构、性能进行了表征。
Electric field intensity, sterilization time and content of germ have remarkable influence on sterilization efficiency. 电场强度、杀菌时间和含菌量的高低对杀菌效果有着显著的影响。
The results show that the conductivity lowered with the increase of the applied electric field intensity. 研究了外加电场对复合导电膜电导率的影响,结果表明,电导率随着场强的增加而降低。
The moisture gradient alone height of the wood subsided with the increase of electric field intensity and work time. 厚度(高度)方向的含水率梯度随电场强度(相距为20mm电板间的电势差)和作用时间的增加都有不断下移的趋势;
The distribution of the electric field intensity in the piezoelectric body is obtained by the finite element method. 采用有限元法求解得到了束缚电荷产生的电场强度在压电体内及边界上的分布,得到了迥异于线性极化的结果。
On the basis of Maxwell system of equation, characteristic matrix of the film and admittance matrix describing the electric field intensity and magnetic field strength between the outer surface and inner one of the film system is deduced. 从Maxwell方程组入手,推导了薄膜的特征矩阵,建立了计算膜系内外表面电场强度和磁场强度的导纳矩阵,分别对单层及多层薄膜的反射率变化建立了理论模型。
The ozone concentration and decomposition are controlled by the electric field intensity and electron energy. 实现用电场强度、电子能量控制臭氧产生浓度和分解。
According to the relationship between expose area and weight loss, the electric field intensity theory is advanced; 根据泄漏面积和腐蚀率的关系提出了电场强度理论。
Also, the electric field measuring units of sensor validated the linearity of the output signal of sensor and electric field intensity in the test, which is in accord with the theoretical analysis, and proved the rationality of three dimension electric field sensor. 在实际电场测试试验中,该传感器的电场测量单元验证了输出信号与电场之间的线性关系,与理论分析相符,证明了三维电场传感器的合理性。
Then, isopotential and electric field intensity lines are plotted. 由此,绘制了整个场域的等位线和电场强度矢量分布。
Automatic design of electric field Intensity and insulation structure in power transformer 电力变压器电场强度和绝缘结构的自动设计
The distribution in discharge space, time change of electric field intensity, electron and ion density and the current density are calculated. 分别计算和分析了介质阻挡放电中电场、带电粒子浓度以及电流密度在放电空间的分布和随时间的演变过程。
The electric field models are meshed and analyzed by finite element method, and the distribution of electric field intensity and analytical results is obtained. 采用有限元方法对这三个电场分析模型进行了剖分,并完成了电场分析,得出相应的空心电抗器包封内部的电场强度和分析结果。
The paper studies the frequency, electrical conductivity and other factors that effect electric field intensity. 研究了频率、所处受照点高度等影响因素对电场强度的影响。最后,结合实际对发射天线工作时产生的电磁干扰现象进行了分析。
Finally on the electroporation and the electric field intensity as well as temperature relations, we had conducted the electroporation experimental study to yeast cells. 最后就电穿孔与电场强度以及温度的关系,对酵母细胞进行了电穿孔实验研究。
Also, the electric field intensity and pressure gradient have an impact on the dynamic coupling effect of structure-force. 并且,电场强度和压力梯度会对这种效应产生影响。
The influence of piezoelectric fiber volume fraction and electric field intensity on the each frequency of pre-bucked and thermal post-bucked beams are analyzed. 分析了热屈曲前后压电纤维体积分数和电场强度对梁的各阶频率的影响。
Using the Finite element method of electric field analysis model was split, and the electric field analysis, draw the corresponding Air-core Reactor sealing internal electric field intensity and the analysis results. 采用有限元法对电场分析模型进行剖分,然后对其导线层间、匝间电场进行了分析,得出相应的空心电抗器包封内部的电场强度和分布特点。