辉光放电

Contact glow discharge electrolysis for two dyes, weak acid brilliant red B and weak acid flavine G was investigated under different concentrations, temperatures and medias.

以酸性黄和弱酸红为例，利用接触辉光放电电解对水溶液中的染料降解进行了研究，讨论了放电条件对染料降解率和脱色率的影响，并对接触辉光放电电解处理染料废水的实验条件进行了优化。

The model of out-gassing by baking and glow discharge cleaning is set up.

建立了烘烤出气和辉光放电清洗出气的物理模型，研究了装置器壁的烘烤出气和辉光放电清洗出气特点。

On the basis of the studies above.the minimum power supply frequency favorable to uniform glow discharge was formulated.

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。

The cathode fall region of hot cathode glow discharge is a very narrow area close to the cathode surface.

工作在高压强下的热阴极辉光放电的阴极区是一个紧靠阴极表面、极其狭窄的区域，对于金刚石膜PCVD的沉积工艺不产生直接影响，然而，它是维持辉光放电所必需的关键区域。

Here, in this paper, the special properties of hot cathode glow discharge are studied from the view of hot cathode and glow discharge plasma. The relation between deposition process with discharge properties is also studied in order to optimize the deposltion process.

本文从阴极、辉光放电等离子体等角度研究热阴极辉光放电的工作特性，并系统研究放电工作特性与金刚石膜沉积工艺的关系，进而指导制备工艺的优化。

Comparing with cold cathode glow discharge. the cathode fall region of hot cathode glow discharge has a higher cathode potential fall.

相对于常规辉光放电，热阴极辉光放电的阴极区具有较高的阴极位降，因而存在很高的电场强度。

Comparing with cold cathode glow discharge, the positive column region of hot cathode glow discharge has a lower electron temperature, higher gas temperature and higher axial electric field intensity.

高压强辉光放电的结果使得相对于常规辉光放电而言，等离子体区中的电子温度较低，气体温度较高，轴向的电场强度较高。

The catalytic effects of Cu2+ and Ce3+ were also studied. Finally, the amount of hydroxyl radicals produced by CGDE were measured by decolour UV-vis spectrometer.

当操作电压是480 V及电流约65-80 mA时，考察了不同反应时间、不同Fe2+浓度、以及Cu2+、Ce3+对甲基橙辉光放电电解效果的影响；最后对用接触辉光放电技术处理有机废水的机理进行了进一步探讨。

Experimental results showed that it is feasible to use MHCD as the electron sources for the glow discharge, and the discharge characteristics of the micro hollow cathode sustained glow discharge predicted from the model are in agreement with the experiment results.

实验表明以MHCD作为辉光放电电子源是可行的，并且微空心阴极放电自持的辉光放电特性的实验结果和理论模拟是一致的。

It can operate at high pressure by reducing the dimension of the cathode to sub millimeter level. MHCD can be used as plasma cathode for high-pressure glow discharge to solve the instability of glow-to-arc transition.

将MHCD作为大体积辉光放电的外部电子源，可以解决高气压下大体积辉光放电不稳定的问题。

What are your goals and strategies for growth?

你的成长目标和策略是什么？

And unto the angel of the church in Sardis write; These things saith he that hath the seven irits of God, and the seven star I know thy works, that thou hast a name that thou livest, and art dead.

3：1 你要写信给撒狄教会的使者，说，那有神的七灵和七星的，说，我知道你的行为，按名你是活的，其实是死的。