平板电极

平板电极梯度电场分选理论

The theory of separation effect of plate electrode gradient field

平行平板电极式光电管

Paralleled plate electrode type phototube

对MOEMS静电旋转结构的Pull鄄in（吸合）现象进行了理论分析，重点研究了平板电极旋转结构和摆动梳齿旋转结构。

The Pull-in phenomena of MOEMS electrostatic rotation structures are discussed , focus on the parallel-plate rotation structure and staggered-comb rotation structure .

ZnO薄膜具有光电转换特性，有望成为太阳能电池材料；染料敏化平板电极光电化学电池的研究主要是筛选光电转换材料和探讨光电转换机理，但是它的光电转换效率比较低，无法进入实际应用。

What 's important in studying photoelectrochemical flat cell on dye-sensitized is choosing light-to-electricity material and investigating photo-to-electron conversion mechanism . But the cell is low in photo-to-electron conversion efficiency ( IPCE ), which does not make practical application feasible .

本研究对分散红E4B、还原深蓝BO和酸性红B等三种染料分别用三维电极法和平板电极法进行了电解，结果表明三维电极法比平板电极法节能可达70%以上；

This research has investigated energy consumption effect of Three dimensional electrode with electrolyzing three kinds of dye , Disperse Red E 4B , Vat Blue BO and Acid Read B. The result shows that the effect of electrolysis process with three dimensional electrodes can save energy over 70 % .

而多针-平板电极DBD融合针尖的电晕效应，使得放电空间中呈现扩散圆锥形放电。筛网电极DBD可以实现大气压辉光放电（APGD），放电更加均匀，放电空间内看不到放电细丝的存在。

Results show that : the plate-plate DBD displays filamentary discharge mode and the the multineedle-plate DBD displays diffuse conical mode and the mesh electrodes DBD expresses homogeneous discharge mode without filament , which can be used to obtain atmospheric pressure glow discharge .

多针-平板电极介质阻挡放电的研究

Surface modification of material with multineedle-to-plate dielectric barrier discharge

着重分析了平行金属平板电极之间微放电效应发生过程。

Multipactor process between metal plates was analyzed .

本文最后结合直立平板电极反应室中的刻蚀实验，验证了刻蚀速率推导的正确性。

The thesis testify the deduce calculation of etching speed by experiment in vertical electrode chamber .

首先研究了在平板电极系统中只存在正交直流电磁场时单电子运动规律，得到了相互作用空间中的电子运动轨迹。

First the movement track of single electron in the crossed DC electromagnetic field is obtained .

楔形偏转线圈和平板电极静电偏转器的偏转场的计算方法

The numerical computation of deflection field of the deflection yoke with wedge profile and the electrostatic deflector with planar electrodes

利用平板电极进行多点凸焊的原理，设计了新一代的自动丝管焊机。

A new type of automatic steel-pipe electric welding machine was designed by means of flat motor witch jointing works .

能量及入射角的相对分布规律与平板电极氮直流辉光放电基本类似，但圆筒空心阴极放电更有利于氮离子的产生。

It is shown that the nitrogen cylinder hollow cathode discharge will be beneficial to the production of the nitrogen ions .

但是传统的电融合方法采用平板电极，电极间距宽，融合信号电压高，信号发生装置要求能产生高压电信号，制作困难、成本高。

However , plate electrode is used in the traditional electrofusion method . Long distance between two electrodes requires high electric voltage .

用平板电极的体放电和梳状电极的面放电进行了等离子体灭菌实验。

Experiments of sterilization were conducted in plasmas that were produced by volume discharge with panel electrodes and surface discharge with comb electrodes .

通过电压电流波形图和电压电荷李萨育图形的测量，研究了空气中多针平板电极介质阻挡放电的特性，比较了这种放电和平板平板电极介质阻挡放电的区别。

The discharge characteristics of multineedle-to-plate dielectric barrier discharge in ambient air are studied by the measurement of its voltage-current waveform and voltage-charge Lissajous figure .

在两平板电极间采用高频开关电源激励技术获得了均匀稳定的辉光放电。

A uniform stable glow discharge has been obtained between two planar electrodes in a diffusion-cooled CO2 laser excited by high frequency square wave discharge .

介绍一种记录火花放电三维路径图像和图像处理的实验方法并运用该法记录了不同长度气隙棒&平板电极之间的三维放电路径。

A new method , which was used to record three dimensional path of spark breakdowns across air gap , is introduced in this paper .

本文介绍楔形截面的偏转线圈和平板电极的静电偏转器的偏转场的计算方法。

This paper describes the computation methods of the deflection field of the deflection yoke with wedge profile and the electrostatic deflector with planar electrodes .

结果表明：填充床电极电流效率高，电流密度大，电解时间短；单位体积电解池的处理能力和电耗优于平板电极；

Results show that it has higher current efficency and density , shorter retention time , larger specific volumetric treatment capacity and lower energy consumption than plate electrode .

第二部分提出了两种新型离子阱，一种是在分压阱基础上通过去除地电极获得，另一种是三角形平板电极。

The second part put forward two kind of new ion trap , one is by removing the ground electrode obtained . Another is the triangle plate electrode .

随后，建立了介质阻挡放电动态仿真模型，讨论了参数变化对平板电极和同轴线筒电极结构的放电电流和功率的影响。

Then establish dynamic simulation model of dielectric barrier discharge to discuss the effect of parameters to discharge current and discharge power under the flat electrodes and the wire-cylindrical electrodes configuration .

所以，纺织结构电极的动态噪音较传统金属平板电极更为复杂，皮肤-电极界面变化产生的动态噪音更为突出，这正是本课题研究的重点。

So motion artifacts in textile electrodes are much more complicated than traditional metal plate electrodes , especially the noise from skin-electrode interfacial instability which is the main concern of this study .

为了提高晶体中电场的均匀性，本文对平板电极和环状电极作用下晶体中的电场进行了对比分析，分析结果表明在平板电极的作用下，电光开关的开关特性可以得到较大的提高。

In order to improve the uniformity of the electric field in the crystal , we have compared the uniformity under the action of the plane electrode with that under the action of the ring electrode .

在同样的条件下，此多尖端旋转电极工艺比固定的尖端-平板电极工艺具有较高的甲烷转化率、碳二烃单程收率以及较高的能量效率。

The rotary multi tip electrode process is possessed of higher CH4 conversion and higher C2 hydrocarbons single pass yield and higher energy efficiency than the plasma processes using fixed wire plate electrodes under the same conditions .

概述了光学电压传感器的原理与结构类型，并着重计算分析了传感器探头的方形、八边形和圆形晶体分别在平板电极和圆弧电极中的电场分布。

The theory and structure of the optical voltage transducer is introduced in this paper , which focuses on the electric field calculation and analysis of the sensors with different shapes of crystals under flat electrodes and arcual ones respectively .

通过对锥形&平板电极结构的微放电光强的采集分析，得到了放电光电流单峰与多峰强弱交替变化规律与占空比规律。

Through the cone - the micro-plate electrode structure of the collection and analysis with light intensity of discharge , we sum the discharge light by a single peak and multiple peak current of alternating strong and weak law and duty laws .

本文简单介绍了美专利（3772180）即双电场原油电-化学脱水装置的一些情况。并指出平板电极是该装置的重要因素，其面积的大小，决定了两电极间电位差的大小。

This article simply introduces the US Patent No 3.772.180 namely the double electric field electro-chemical dehydration unit , and pionts out that the decisive factor of this unit is the plate electrode and that its size determines the size of the potential difference .

采用有限元法计算了针－平板电极系统的电场分布，考虑放电生长几率与局部电场的随机关系，计算机模拟出放电图形。借此求得分形维数。

By using finite element ( FE ) method and considering the stochastic dependence of the discharge growth probability on the local electric field , the discharge pattern and fractal dimension were obtained with calculation of distribution of electric field in system of needle-plate electrode by computer .

给出了典型的测试数据，并与BZD-2型平板形电极电离室进行了对比。

The typical measurement data are given and a comparision is made with type BZD-2 parallel electrode neutron chamber .