尖端放电

高压尖端放电实质的实验研究

Experiment Study on Essential of High-tension Point Discharge

尖端放电的异常现象的探讨

Exploration of extraordinary phenomenon in point discharge

单电极尖端放电等离子体NOx还原特性试验研究

Experimental Study on the Characteristics of NO_x Reduction with Single-Electrode Tip Discharge Plasma

最后，采用ANSYS模拟传感器气敏膜在测试中电场的分布，研究电极形状的不同对于电极尖端放电程度的影响。

In the end , the magnetic field distributed in the gas sensing films was imitated by ANSYS , the effect of the discharge in different electrode was researched .

介绍了一种同时利用等离子尖端放电、空心阴极效应和反应气相沉积技术，在碳钢表面形成具有扩散层和沉积层的TiN复合渗镀层新工艺技术。

A new technique of TiN multi-permeation layers composed of diffusion and deposition layers on the surface of carbon steel by using plasma point discharge , hollow cathode effect and reactive vapor deposition at the same time are introduced .

均压帽和均压套有效地防止了高压尖端放电。

Equalized cap and balance tube effectively prevent the discharge of high-voltage .

雷暴下金属尖端放电所致空间电荷层分布的数值计算

The numerical calculation of space charge layer due to the corona discharge of metaling ground points under thunderstorm

人工尖端放电形成的空间电荷层既不足以阻止先导的继续推进，也不能防止产生上行先导。

The space charge layer formed during point discharge process is not enough to prevent the leader from marching , and can not prevent the forming of upward leader , either .

本文用一维分层模式理论分析了地面降雨、尖端放电、对流运动以及云外电导率变化对雷暴电结构的影响。

With a one-dimensional model , we have analysed the impacts of precipitation and point discharge near the ground , convection and conductivity above the top of cloud on electrification process of thunderstorm .

覆冰绝缘子伞裙间隙未桥接时，冰凌尖端的放电是影响绝缘子闪络电压的主要因素之一。

The discharge at the top of icicle is one of the main factors influencing flashover voltage when the air gap amid the sheds of ice-covered insulators is not bridged .

然后，我们利用该电源对两个碳棒电极进行了尖端弧放电试验，并对其放电特性进行了研究，试验表明该电源装置为将来利用阴极弧等离子体制备薄膜提供了良好的电源条件。

Then we used a pair of carbon electrodes to carry though an experiment of tip discharge . And we studied characteristic of discharge . And the experiment manifested that this installation of power supply is a good constituent of the preparation of film by Cathode Arc Plasma mathod .

与采用其他电极和放电形式相比，新型多尖端旋转电极辉光放电CH4偶联提高了CH4的转化率和C2收率，且在抗积炭和提高能量效率方面也取得了较大进展。

For CH4 coupling reaction , both the conversion of CH4 and the yield of C2 hydrocarbon increased , while the coke formation was reduced to some degree and the energy efficiency was improved compared with those with other kinds of discharge and electrodes .

多尖端旋转电极辉光放电甲烷偶联研究

Study on Coupling of Methane in Glow-discharge Reactor with Rotating poly - tip Electrodes

尖端-尖端的火花放电路径的选择性

Selectivity of Spark Discharge Paths in Point / Point Gap in Air

以圆锥形导体为例，从求拉普拉斯方程在边界条件下的解出发，给出锥形导体尖端附近的电场表达式，并对电场特性作出详细分析，从而揭示尖端放电现象的物理本质。

From the solution of Laplacian equation under the boundary conditions , the expressions of the electric-field on the point of a conical conductor are given , and the electric-field characteristics are analyzed in detail , so the physical essentials of point electrode discharge are revealed .