自持放电

用一维动力学模型对千瓦级横流自持放电CO激光器工作特性进行了计算。

The performances of one kilowatt transverse flow self sustained discharge excited CO laser have been calculated by means of the one dimension kinetic model .

自持放电横流CO2激光器中影响效率的一些因素

Some factors influencing efficiencies of self-sustained discharge transverse-flow CO_2 lasers

非自持放电使激光器的激发和电离过程分开，有利于使二者分别处于各自的最佳E／P值附近，放电的正阻抗特性使放电电路可以省去限流电阻，极大地提高激光器的实际效率。

In non-selfsustained discharge the excitation and ionization processes can be controlled separately , which is useful to optimize the E / P value of the discharge .

两者维持自持放电的机制也各不相同。

The self-sustained discharge mechanism is also different between positive and negative corona .

催化剂颗粒对自持放电型碳纳米管气体传感器电极的影响

Study of Catalyst Grains Effect on Electrode of Self-sustaining Discharge Carbon Nanotubes Gas Sensor Array

另一类是自持放电，它是指去掉外致电离源的条件下，放电仍能维持的现象。

The other is self-sustained , which can be maintained without the existence of the external ionization source .

主要研究真空条件下的自持放电电弧（空心阴极真空电弧）作为新型热源用于熔化焊及钎焊的工艺适应性。

In this paper , the self-maintaining arc in vacuum with hollow cathod and its application for welding and brazing were studied .

电晕是一种自持放电，在非对称电极（例如针-板电极）上施加足够高的电压时，就会发生。

A corona is a self-sustainable discharge occurring if a sufficiently high voltage is applied to asymmetric electrodes such as a point and a plate .

紫外预电离TE（A）CO2激光器自持辉光放电的阻抗计算

Calculation of the glow discharge impedance of a UV-preionized self-sustained TE ( A ) CO_2 laser

用于激励高功率气体激光的自持体放电技术

Technique of Self-Sustained Volume Discharge Used to Excite High-Power Gas Lasers

多弧离子镀技术是一种在真空中将冷阴极自持弧光放电用于蒸发源的镀膜技术。

Multi-arc ion plating technique is using cool cathode with self-maintaining arc discharge as evaporation source .

利用蒙特卡洛方法模拟了微空心阴极放电（MHCD）出射电子的空间以及能量分布，并在此基础上模拟了微空心阴极放电自持的辉光放电中电子的空间分布。

A Monte Carlo model was used to simulate the spatial and energy distribution of the emission electrons from the micro hollow cathode discharge ( MHCD ), based on these results , spatial distribution of the electron in the micro hollow cathode sustained glow discharge was also modeled .

微空心阴极放电自持的辉光放电的理论及实验

Theoretical and experimental research of glow discharge sustained by the micro hollow cathode discharge

依据微空心阴极自持的辉光放电结构，设计了一款新颖的微小放电结构。

A novel mini-device was designed on the base of the configuration of micro-hollow cathode sustained glow discharge ( MCSD ) .