气体放电

气体放电中的阴极X射线

Cathode X-ray in Gas Discharge

采用直流气体放电活化反应蒸发沉积法，成功制备了ZnO超微薄膜。

The ZnO UPF was prepared by a method called dc gas discharge activated reaction deposition .

用H□103微波谐振腔进行气体放电产生等离子体。

Plasma is generated with discharge of microwave resonant cavity .

气体放电中的中子、γ和X射线

Neutron gamma and X-ray in gas-discharge

利用常压气体放电非平衡等离子体实现了纳米粉体材料（TiO2）的制备。

Nanoscale TiO2 powder were prepared by atmospheric pressure non-equilibrium plasma .

在脊波导中进行了CO2激光混合气体放电实验。

Discharge experiment of CO 2 laser mixture is performed in the ridge waveguide .

列阵开槽耦合脊波导微波激励CO2激光气体放电的设计与实验研究

Design and experimental investigation of microwave excited discharge of CO_2 laser mixture in ridge waveguide coupled with slot array

快速暂态电压作用下SF6气体放电机理

Discharge Mechanism of SF_6 Gas Stressed by Very Fast Transient Overvoltages

实验中还发现，气体放电-光催化反应器在处理含苯气体时，CO2的产率较一般的气体放电反应器高；

Still experiments discover that the GD-PR makes CO_2 enhancement in the decomposing benzene gas compared with the general gas discharge reactor .

一种计算汤逊气体放电参数的Boltzmann方程分析法

A Boltzmann Equation Analysis of the Electron Swarm Parameters of Gases

作为一种高效、长寿命的新型电光源，高强度气体放电（highintensitydischarge，HID）灯在绿色照明工程中扮演了重要的角色。

As a high efficient , long life time lighting source , High Intensity Discharge ( HID ) lamps plays an important role in it .

SF6气体放电通道的分形特征及计算机模拟

Fractal Characteristics and Computer Simulation of the Discharge Channel in SF_6 Gas

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。

Cathode X ray with an intensity compared with anode X ray is found when the feature of alternating current gas discharge is studied .

SF6断路器中气体放电过程的计算机模拟

Investigation of Gas Discharge Phenomena in SF_6 Circuit Breaker

直流气体放电活化反应蒸发沉积SnOx超微粒子薄膜

Deposition of SnO_x Ultrafine Particle Films ( UPF ) by DC Gas Discharge Activated Reactive Evaporation

气体放电等离子体特性测量I-V曲线不对称性的研究

Investigations on I-V curve asymmetry of the plasma in gas discharge

对不同基体上采用直流气体放电活化反应蒸发沉积法（DC－GDARE）制备的氧化锡超微粒薄膜的晶相结构进行了分析。

The study on crystal structure of SnO 2 UPF ( Ultrafine particle films ) prepared by DC gas discharge activating reaction deposition technique is reported .

气体放电增强准分子激光溅射反应沉积AlN膜

A Deposition of AlN Thin Films with Enhanced Reactively Excimer Laser Sputtering Using Gas Discharge

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 .

激光诱导荧光方法对SiH4N2混合气体放电等离子体的研究

The study of SiH_4 / N_2 gas discharge plasma with LIF

利用气体放电双探针法研究了等离子体的I-V曲线中的电流I相对于电压V轴交点的不对称性，并提出2种可能的解释：一认为是由于两探针表面积不同引起的；

The I-V curve of the plasma in gas discharge is measured using dual probe method , and an asymmetry of I-V curve is observed .

全金属RF激励CO2激光器中，气体放电区的温度分布与放电区的工作气体、注入功率和激光器外壳温度都有关系。

In the all-metal radio frequency excited CO 2 laser , the temperature distribution in the discharge region varies with the gas mixture , input power and the background temperature .

提出了模拟SF6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 SF 6 circuit breaker .

H2对彩色AC-PDP中Ne-Xe混合气体放电性能的影响

Influence of H_2 Addition on Discharge Characteristics of Ne-Xe in Color Alternate Current Plasma Display Panel

研究气体放电对SO2和亚硫酸盐氧化的影响，采用了直流电源和交直流叠加电源进行气体放电。

Oxidation effects of SO2 and by gas discharge were studied . Powers of both DC and DC superimposed AC were used to generate gas discharge .

结果表明，对AC表面放电的电极系统不符合气体放电相似定律，其着火电压Uf也不符合巴邢定律。

The results show that the AC surface discharge electrode system is not conformed to the Analogical law of gas discharge , and the firing voltage is not satisfied with Paschen law .

由局域近似假设，推导出了彩色交流等离子体显示板（ACPDP）气体放电中平均电子能量的计算公式。

A formula is derived for calculating mean electron energy in gas discharge that occurs in color alternating current plasma display panel ( AC PDP ), according to the local field approximation .

在气体放电系统中观察了HBr混合物对其物理参数和电子能量分配函数的影响。

The influence of the Hbr admixtures on the physical parameters and electron energy distribution functions in gas discharges were investigated .

由于受结构的限制，ECR离子源不能像高频源离子源那样通过观察气体放电的颜色判断其工作状态，所以在运行中调节状态非常困难。

Because of the structure limitation , working state of the ECR ion source could not be judged by the color of gas discharging in discharge chamber .

介质阻挡放电（dielectricbarrierdischarge，DBD），是一种利用典型的非平衡态交流气体放电，它是在大气压下产生非平衡等离子体的一种有效手段，已成为等离子体学科的研究热点之一。

Dielectric barrier discharge ( DBD ), is a typical non-equilibrium AC gas discharge , and is an effective means of producing non-equilibrium plasma in atmospheric pressure , which has become one of the hot plasma of subjects .