微波放电

微波放电研究大气中NO~+和H3O~+（H2O）n离子的形成过程

Study on NO + and H_3O + ( H_2O ) _n Ions Formation Dynamics Through Microwave Discharge

烷烃蒸汽微波放电分解反应活泼自由基的ESR研究

ESR Study on active radicals produced in microwave discharge of alkane

CF4/Ar微波放电与CS2反应的可见化学发光研究

Study on Visible Chemiluminescence from Reaction of Microwave Discharge of CF_4 / Ar with Carbon Disulfide

ECR微波放电氩离子输运过程的研究

Study of argon ion transport in ECR microwave discharges

利用Matlab软件，对不同物料重量和真空压力时微波放电点功率值进行二次拟合，并经三维成像进行比较研究。

Using Matlab software , quadratic fit and three-dimensional imaging analysis of the power value of microwave discharge points were done under different material weight and vacuum pressure .

放电管直径和水含量对脂肪醚气相微波放电分解产生活泼自由基影响的ESR研究

ESR study for the influence of the discharging tube diameter and moisture content upon the active radicals produced in microwave discharge of fatty ether

CO2激光器是气体激光器中最重要、用途最广泛的激光器，其激励系统的主要放电方式可分为直流、射频和微波放电。

CO 2 laser is the most important and most widely used in gas lasers , its main discharge types are divided into DC , RF and MW discharge in excitation system .

ECR微波放电是目前最有效的低气压放电技术，可以产生密度高、电离度高、均匀稳定的等离子体，称为ECR等离子体。

ECR microwave discharge is a process that could generate plasma of high density and high ionization , and the plasma is uniform in large space .

建立了电子回旋共振（ECR）微波放电等离子体中离子输运过程的蒙特卡罗模型。

A one dimensional Monte Carlo model to simulate the transport of ions in the downstream region of electron cyclotron resonance ( ECR ) microwave plasmas is established .

我们把基于PLA的PLD方法和ECR微波放电技术结合起来，发展成为一种新的薄膜制备技术，即ECR等离子体辅助反应脉冲激光沉积技术。

We have combined pulsed laser deposition and electron cyclotron resonance to create a novel film deposition method , which is called plasma assisted reactive pulsed laser deposition ( PARPLD ) .

本文用自旋捕捉技术与ESR相结合方法，系统研究了放电管直径及水含量对低压下脂肪醚气相微波放电分解产生自由基的影响。

By means of the spin trapping - ESR technique , the influence of the tube diameters and moisture content in the sample on the radicals produced in the microwave discharge of fatty ether at low pressure has been studied systematically .

利用微波放电激励高纯氮，并采用放大自发辐射法，研究了不同微波激励功率和不同N2气压条件下N2分子二聚物352.3nm辐射的增益特性。

Utilizing microwave discharge to excite the high pure nitrogen , and adopting the method of amplified spontaneous emission , the gain characteristics of N_2 molecular dimer at 352.3 nm is studied under different microwave exciting power and N_2 pressure .

利用该光谱仪在远红外波段测量得到了多个瞬态自由基分子CCH，CF和CH2的光谱，这些自由基分子由微波放电产生的氟原子与甲烷CH4反应生成。

The spectra of many transient free redicals including CCH , CF and CH 2 have been detected by the spectrometer . These transients are generated by mixing CH 4 with the fluorine atoms produced with microwave discharge .

目前使用的许多气体曝射技术都是Wilzbach法的改良，其中包括高频放电法，微波放电激活法和离子束氚标记法等。

Since Wilzbach 's gas exposure method was set up in 1957 , much improvement has been made such as high frequency electrical dis-charge method , microwave discharge activation ( MDA ) method and ion beam tritium labelling method .

气体激光器射频至微波放电激发的某些规律

Some law of laser in RF to microwave excited gas lasers

微波放电激活氚标记方法研究

Studies of tritium labelling method utilizing microwave discharge activation of tritium gas

其中最大的关键技术问题就是低压下的微波放电问题。

The biggest problem is the microwave discharge phenomenon under low pressure .

微波放电的四极质谱初探

Analyses of microwave plasma discharge with quadrupole spectrometer

潮湿空气微波放电离子形成动力学

Ion Formation in Microwave Discharge through Moist Air

微波放电氦氖激光器的研究

Inverstigation of a Microwave Discharge He-Ne Laser

微波放电及合成氨的研究

Research of Microwave Discharge and Ammonia Synthesis

本文研究了微波放电活化氚气法标记四甲基吡嗪。

Tetramethylpyrazine is labelled with tritium by microwave discharge activation ( MDA ) of tritium gas .

微波放电等离子体源的研究

Research on microwave plasma source

近年来，微波放电等离子体已经被广泛应用于等离子体镀膜，刻蚀，表面清洗等方面。

In recent years , the microwave induced plasma has been widely used in plasma coating , etching and surface cleaning .

实验表明，这种微波放电装置是产生长程均匀放电激光等离子体柱的一种有效方法。

The experiment results show that this microwave discharge design is adequate to excite long uniform plasma column for gas lasers .

微波放电活化氮及氩与丙酮、丁酮反应机理的ESR/GC研究

Esr / gc studies on the reaction mechanism of acetone and methylethyl ketone with activated nitrogen and argon in microwave discharge systems

另外本论文还对一种从甲烷合成纳米碳管的新方法一常压微波放电增强化学沉积法进行了初步考察。

Furthermore , a new approach of atmospheric pressure microwave discharge enhanced chemical vapor deposition for synthesizing carbon nanotubes from methane was investigated preliminarily .

本文提出了采用微波放电获得亚稳态活化氮。

A method has been developed for the active nitrogen is produced in a microwave discharge and mixed with the organic compounds produced CN emission .

研究结果表明：微波放电无极紫外灯和电容放电无极紫外灯对中低浓度的硫化氢废气和二硫化碳废气有较好的处理效果。

The results are as follows : Medium-low concentration of hydrogen sulfide and carbon disulfide could be removed effectively by microwave discharge electrodeless UV lamp and condenser discharge electrodeless UV lamp .

通常连续微波放电下甲烷转化反应在负压下进行，我们自行设计了一种常压微波放电反应器，实现了甲烷在常压连续微波放电下的转化。

We designed an atmospheric pressure microwave discharge reactor , which could maintain a stable continuous microwave discharge under atmospheric pressure so that methane conversion could be conducted under atmospheric pressure microwave discharge .