采用新研制的具有旋转螺旋状电极的大气压辉光放电等离子体反应器催化甲烷偶联制碳二烃。
Methane coupling to produce C2 hydrocarbons was studied with a newly developed rotary helix electrode in glow discharge plasma at atmospheric pressure.
本论文通过对反应器结构的改进，成功地研制出了大气压反常辉光放电等离子体化学反应器。
In this dissertation, through some improvements of conventional reactor structure, a new abnormal glow discharge plasma chemical reaction apparatus under atmospheric pressure has been invented.
对大气压反常辉光放电条件下CH4 -CO2重整制合成气反应过程进行了数值模拟。
The numerical simulation of CO2 reforming with CH4 to synthesis gas was carried out under the condition of atmospheric abnormal glow discharge.
利用同轴介质阻挡辉光放电装置在大气压流动氩中产生了均匀的等离子体射流。
A uniform plasma plume is generated by using dielectric barrier discharge in a coaxial geommetry in flowing argon at one atmospheric pressure.
在此基础上，根据大气压下有利于均匀辉光放电的放电条件，最终推算出有利于均匀辉光放电的最小电源频率。
On the basis of the studies above, the minimum power supply frequency favorable to uniform glow discharge was formulated.
探讨了与气体流动等条件相结合，用预电离方法实现大气压下空气中辉光放电的可能性。
By using of the preionization combined with the gas flow or other methods, the probability of obtaining atmosphere glow discharges in air is discussed, too.
在交流电场中，利用介质阻挡层和高频激励源，可获得稳定均匀的大气压下辉光放电。
In AC electrical field, the stable homogeneous glow discharge will appear by using dielectric barrier layer and high-frequency power source.
文中论述了等离子体表面改性的作用机理、优点，介绍了产生大气压直流辉光放电和交流辉光放电的方法。
This article covers the mechanism, advantages of plasma modification, as well as generating methods of direct and alternative current glow discharge.
文中分析了电晕放电、介质阻挡放电和电弧放电并叙述了大气压均匀辉光放电等离子体研究的最新进展。
This article provides the corona discharge, the dielectric barrier discharge, and the arc discharge. The recent efforts to obtain the homogenous atmospheric pressure glow discharge are also discussed.
放电间隙减小，击穿电压明显减小，且放电呈现出貌似均匀的大气压类辉光放电。
As the electrode distance decreases, the breakdown voltage becomes lower, and the uniform glow discharge with a diffuse appearance is presented.
重点阐述大气压下辉光放电（APGD）技术的现状，解释了电子雪崩模型和流注放电理论，并以电压- 电流波形图和电压-电荷李萨育图鉴别介质阻挡放电与大气压下辉光放电。
The common models to explain APGD are electron avalanche model and streamer discharge model. APGD and DBD can be distinguished by voltage-current waveform and voltage-charge Lissajous figure.
重点阐述大气压下辉光放电（APGD）技术的现状，解释了电子雪崩模型和流注放电理论，并以电压- 电流波形图和电压-电荷李萨育图鉴别介质阻挡放电与大气压下辉光放电。
The common models to explain APGD are electron avalanche model and streamer discharge model. APGD and DBD can be distinguished by voltage-current waveform and voltage-charge Lissajous figure.
应用推荐