辉光放电

The simplest discharge to produce is the glow discharge.

最简单的放电产生方法是辉光放电。

Also, our study shows that the glow discharge in atmosphere would be realized by use of nanosecond pulse discharge technology.

研究同时表明，采用纳秒脉冲放电技术，可能是实现大气中辉光放电的另一途径。

With the development of the micro-electronic fabrication, the technology of the direct current glow discharge is applied in much fields.

正是由于直流辉光放电等离子体源的广泛应用，对其需求与日剧增，因此对其放电生成等离子体源特性的研究有着非常重要的意义。

A novel mini-device was designed on the base of the configuration of micro-hollow cathode sustained glow 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。

The influence of power (5-18 W) and discharge pressure (5-15 Torr) on emission intensity of element and stability of intensity ratios in middle-low alloy steel using radio frequency glow discharge optical emission spectrometry were investigated, and the reasons of the influence were analyzed.

考察了射频辉光放电发射光谱法中功率(5~18W)和放电气压(5~15Torr)对元素谱线发射强度及相对强度稳定性的影响，并分析了引起影响的原因。

The optimum parameters on syntonic circuit of charge and discharge are confirmed, and two channels glow discharge is realized at the same time. The relationship of output energy, stimulated voltage, and work air pressure of mixed gas is studied experimentally.

对影响气体快放电过程的各种因素，如储能电容与峰值电容的比值、工作气压、充放电电感及输入电压的范围等进行了实验研究，确定了充放电谐振回路的最佳参数，实现了双通道的稳定辉光放电。

Through investigating the effect of glow discharge parameters such as voltage,current,preburn time and integrating time on the precision and intensity of the emission line,the parameters of analyzing stainless steel were optimized and a new method for the determination of 11 elements in stainless steel by direct current glow discharge -optical emission spectrometry was established.

通过对直流辉光放电光谱法分析不锈钢样品光谱行为的研究，考察了工作参数如放电电压、电流、预溅射时间和积分时间对光谱强度和稳定性的影响。

The technique problems such as quick charging of high voltage capacitor, uniform discharge in high pressure large aperture zone, uniform flow of high pressure gas, and laser resonator, high energy pulse output and high repetition pulse output, were solved by applications of ultraviolet preionization, two-circuit series and parallel discharge structure of graphite Ernst electrode, folded resonator that embodies super-thin water-cooled non-deforming mirror, closed circle direct cooling system of double loop and high-voltage high-current switch power supply.

采用紫外预电离双路Ernst石墨电极串并联放电结构、超薄水冷不变形镜折叠腔、双回路直冷式封闭循环流动系统和高压大电流快脉冲开关电源等技术，解决了高功率高压电容充电、高气压大体积均匀辉光放电、高气压高速均匀流场、激光谐振腔和高脉冲能量、高重复频率脉冲激光输出等技术难题。

In this paper,Monte Carlo method is used to simulate the motion of ions in the cathode fall zone of glow discharge.Energy distributions and angle distributions for different pressures and voltages are presented.

本文利用蒙特卡罗方法，模拟了氩气辉光放电鞘层内离子的运动过程，得到了不同气压和不同放电电压下离子入射阴极的能量分布和角度分布。

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

利用蒙特卡洛方法模拟了微空心阴极放电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。

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。