实验是在一个气体放电管中进行的。
卤素灯的钨灯丝在使用过程中会慢慢的蒸发，直到最后断掉。由于没有卤素灯那样脆弱的钨灯丝，氙气气体放电灯十分耐用，其使用寿命至少不低于汽车的使用寿命。
Lacking the halogen's delicate tungsten filament, which slowly evaporates with use until it finally “blows”, xenon discharge lamps are robust enough to last at least the lifetime of the car.
结果表明，等离子体在壁处的反射系数约为0.59，变换工作气体后，在第一次放电的等离子体中，由壁释放的同位素含量约占65％。
The results show that the reflection coefficient near the wall is about 0. 59, and in the plasma of the first discharge after a gas change, the wall-released isotope amount to 65% .
在这一区域内，阳极位降、阳极位降区厚度主要由放电电流和气体压强所决定。
In this region, its thickness and potential fall are mainly determined by discharge current and gas pressure.
放电管：装有低压气体的封闭绝缘容器，当电极有足够的电压时，通过它电流就开始流动。
Discharge tube: a closed insulating vessel containing a gas at low pressure through which an electric current flows when sufficient voltage is applied to its electrodes.
当臭氧，形成了以氮普通空气接触放电或紫外线照射等其它有毒气体，氧化物的形成以及。
When ozone is formed from ordinary air exposed to electrical discharge or ultraviolet light, other toxic gasses, such as nitrogen oxides, are formed as well.
光源采用高光效、长寿命气体放电灯光源。
Light source with high luminous efficiency, long-life gas discharge lamp.
通过研究铜空心阴极激光器阈值特性、气体混合比和放电温度对激光输出功率的影响，给出了一些新的结果。
Some new results are given through investigation on threshold feature of the laser, effect of gas mixture ratio and discharge temperature on the laser output power etc.
气体放电中的各种等离子体鞘层。
生动形象地描述了原子内部能量的量子化情况及气体放电现象中低能电子和原子之间的相互作用。
The software describes, in a figurative way, the energy quantization within atoms and the interactions between low-energy electrons and atoms in gas discharge.
研制了一种新型的探测器，利用气体放电和外部电路猝灭的方法测定样品表面发射的低能光电子。
We have studied and constructed a new detector by gas discharge and external quenching circuits to measure the low energy photoelectron emitted form the specimen surface.
在充满氙气的灯柱中的两个电极之间进行火花放电将产生“电离气体管”，电流通过该管流动，从而导致气体发光。
A spark discharge between two electrodes produces an "ionised gas tube" in the xenon gas-filled lamp piston through which electric current flows which in turn causes the gas to light up.
利用气体放电产生的等离子体朗缪尔流效应来使敏感元件产生一定速度的运动，不需另外的驱动元件。
Plasma Langmuir flow effect produced by gas discharge was used to make sensitive component move at a certain velocity without further drive part.
高压钠灯。高压钠灯和金属卤化物灯是目前高压气体放电灯中主要的高效照明产品。
Nadeng. - Nadeng and metal halide lamps is pressurized gas or electric, the main efficient lighting products.
结合超高压气体放电光源的要求，对玻壳精密退火工艺进行研究。
The process of annealing is studied according to the need of exceed high pressure gas discharge lamp.
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.
显示器：一种视觉媒介，它用阴极射线、气体放电或其他装置来显现字符。
Display unit: a visual means of showing characters; using a cathode ray tube, GAS discharge or other type of device.
如高强度气体放电灯的双氙气大灯指定，驱动程序，进一步从眼前的利益自适应照明系统。
Where High Intensity Discharge bi-xenon headlights are specified, the driver further benefits from the Adaptive Front-lighting System.
对辉光放电质谱在块状金属、半导体、非导体、溶液、气体和深度分析方面的应用进行了综述。
The application of GDMS was reviewed in the aspects of the bulk metal, semiconductor, nonconductor, solution, gas and depth analysis.
第三种情况是电弧功率在整个放电时间内基本不变，放电时间小，出现概率很小，不会造成气体引爆。
For the third case, arc power is constant, arc discharge time and occurring probability is very small therefore causing no gas ignition.
简要介绍了钡、团簇、羟基和富勒烯等的放电，探讨了这四种物质在气体放电灯中应用的可能性。
Gas discharges of barium, cluster, hydroxyl and fullerene were introduced, and the probability of these four emitters 'application in gas discharge lamps was discussed.
一种允许将紧凑型气体放电灯调至低光输出电平而无可察觉的闪烁的灯照明系统。
A lamp lighting system allows dimming of a compact gas discharge lamp to a low light output level without perceptible flicker.
得到了放电击穿时间、放电峰值电流随充电电压、不同气体介质变化的曲线；
The discharge breakdown time, peak current as a function of charge voltage and buffer gas are obtained.
另一是由高能脉冲激光释放电子，记录预放电电子电流波形来确定混合气体的临界电场强度。
And the other is to use the recordings of the electron current waveforms in the gas mixtures studied in a discharge chamber.
本文利用收集气体、测定腐蚀电流和模拟电池放电等方法来选择和检验缓蚀剂。
Corrosion inhibitors were selected and tested by method of collected gas, corrosion current measurement and simulated battery discharge.
本文利用收集气体、测定腐蚀电流和模拟电池放电等方法来选择和检验缓蚀剂。
Corrosion inhibitors were selected and tested by method of collected gas, corrosion current measurement and simulated battery discharge.
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