实验是在一个气体放电管中进行的。
这里是个气体放电管。
气体放电中的各种等离子体鞘层。
杨津基，气体放电，科学出版社。
使用气体放电法观测到了中子和X射线。
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.
估计的气体放电温度为2000K左右。
如果管中的电压足够高的话，气体放电管将会发光燃烧。
And so if he gets the voltage high enough, this gas discharge tube will glow.
本文讨论一种新型气体放电形式，即电荷复合放电。
A new type of gas discharge, called electric charge neutralizing discharge, is discussed in this paper.
汞弧光放电是一种低气压气体放电现象，放电电流密度大。
The discharge of mercury arc is electric discharge phenomena of low pressure gas and the current density is great.
气体放电是研究带电粒子在电场中运动规律及应用的学科。
Gas discharge is a subject of researching the motion law and its application of charged particle in electrical field.
高电压无电极强脉冲气体放电，可以用作激光器的激发光源。
High voltage pulsed electrodeless discharge in rare gases can be used as a light source for laser excitation.
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.
从低压气体放电的基本特性出发，分析彩色PDP放电的基本特性。
According to the basic princiale of low voltage gas discharge, the essential properties of color PDP's discharge are analyzed.
高强度气体放电（HID）灯模型能为电子镇流器的设计提供帮助。
The model of high intensity discharge (HID) lamps contributes a lot to the designing of electronic ballasts.
提出了模拟SF 6断路器中气体放电过程的随机步进式先导贯穿模型。
A randomly stepped leader propagation model is proposed to investigate the gas discharge phenomena in SF6 circuit breaker.
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.
结合低频等效电路对腔的设计作了分析讨论，并给出了气体放电的实验结果。
The cavity design principles are described through its low frequency equivalant circuit. The experimental results of gas discharge are given.
汽车前照灯作为光学系统对气体放电光源的光束形状和光通分布有严格的要求。
The headlamp have strict requirement on beam pattern and light flux distribution of gas discharge light source.
利用一种新型气体放电结构，设计了一款用于有毒气体消毒的臭氧发生器装置。
A new ozone generator device is designed for gas disinfection with a new gas discharge structure.
在介质阻挡气体放电等离子体条件下，研究阻挡介质特性对NO脱除的影响规律。
The impact of dielectric characteristics on NO removal is studied under the presence of dielectric barrier discharge plasma.
新型陶瓷电极荧光灯(CPFL)的问世，成为气体放电光源领域的一项重要突破。
The Ceramic Pole Fluorescent lamp (CPFL), which has recently been invented, has made a great achievement in the field of gas discharge lamps.
根据单脉冲过程电光开关气体放电的微观物理过程，提出了氦气放电的一维数值模型。
A one-dimensional numerical model for analyzing helium discharging of electro-optic switch driven by single-pulse process is proposed based on its microscopic physical mechanism.
金属丝段落入高压电场中发生电热爆，只能靠两端与电极之间的气体放电导入大电流完成。
Segmented metal wire electrical explosion was influenced by process variables such as the initial charging voltage, the electrode spacing and the breakdown gap length.
在研究交流气体放电X射线性质时 ，实验观测到了强度可与阳极X射线相比的阴极X射线。
The structure and cathodoluminescence properties were studied by the X ray diffraction (XRD) and the cathode ray excitation.
该等离子体显示装置被构造为具有：等离子体显示面板，通过利用气体放电来显示可视图像；
The plasma display device is structured to have: a plasma display panel which displays visual images via making use of aerial discharge;
大气压下介质阻挡放电是一种非局部热力学平衡的气体放电，它在工业中有着广泛的应用前景。
Atmospheric pressure dielectric barrier discharge is a kind of non-local thermodynamic equilibrium plasmas. It has a number of important industrial applications.
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.
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.
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