TEA CO laser operating at room temperature is reported. The output characteristics were studied.
本文报导了室温运转的TEACO激光器，并研究了输出特性。
The ring output spot of the fundamental mode is obtained from a high gain TEA CO2 laser by experiment.
通过实验在高增益的TEA CO_2激光器中，得到了基模环形光斑输出。
The selection of parameters for miniature TEA CO2 lasers is analysed and a miniature whole metallic-sealed-off ceramic TEA CO2 laser is developed.
本文从理论上分析了小型tea CO_2激光器的参数选取，制出了实用的陶瓷壳体全金属密封的小型TEA CO_2激光器。
The selection of parameters for mini TEA CO_2 laser is analysed.
本文从理论上分析了小型tea CO_2激光器的各主要参数的选择。
The output wavelength would change according to the change of the temperature of the gas mixture in a pulsed TEA CO_2 laser, which is called the wavelength-temperature shift.
当工作气体温度变化时，脉冲TEA CO_2激光器的输出波长也可能发生变化，此现象称为输出波长的温度漂移。
The structure and design characteristic of TEA CO2 laser are analyzed.
详细分析了折叠腔TEA CO2激光器的结构及其设计特点。
The output power can be greatly increased by making use of gas flowing technology in TEA CO2 laser.
在TEACO2激光器中采用流动技术可以极大地提高输出功率。
The separation of boron isotopes is studied by tunable TEA CO2 superradiance laser.
提出了采用可调谐TEACO2超辐射激光器对硼同位素分离的研究方法。
High power high repetition rate TEA CO2 laser is a kind of laser with a wide range of applications.
高功率高重复率TEA CO_2激光器是一种有着良好应用前景的激光器件。
The structure, operating principle and characteristics of the mini ceramic sealed-off TEA CO_2 laser and experimental results are introduced.
本文继理论分析之后，着重叙述了小型封离式陶瓷TEA CO_2激光器的结构、工作原理、技术性能以及实验结果。
A rate equation model is described in this paper for the single mode multiline emis- sion from a hybrid TEA-CO_2 laser for subthreshold operation of CW section.
本文为混合型TEA—CO_2激光器亚阀值单模多线运转提出了一种改进的速率方程模型。
The laser pyrolysis of methane has been studied by means of pulsed TEA CO2 laser.
采用TEA-CO2激光器为光源，对甲烷激光裂解反应进行研究。
The kinetic calculation of a two-section TEA CO2 laser was used to analyse the laser output characteristics.
本文用双节tea CO_2激光器的动力学计算分析了双节器件的激光输出特性。
The strong electromagnetic interference generated in high power TEA CO2 laser system mainly comes from the main discharge circuit, pulse spark switch and power supply.
大功率TEACO2激光器系统产生的强电磁干扰主要来源于激光器主放电回路、脉冲火花开关和电源。
This paper describes an improved rate equation model for the understanding of the multiline behaviour of a TEA CO_2 laser system. In this model, various processes have been treated more precisely.
本文提出了一种改进的速率方程模型，它可以用来描写TEA CO_2激光器系统的多谱线特性，这个模型对各种物理过程的处理比已有的模型更为精细。
The effect of negative ions on the lifetime of a pulsed TEA CO_2 laser is discussed. The effects of the additional H_2 or CO or catalysts on the stabilities of electric discharges are investigated.
本文讨论了负离子对脉冲CO_2激光器寿命的影响，辅助气体H_2，CO以及催化剂对放电稳定性的影响作了研究。
The performances of pulse discharge and power system of the TEA CO2 laser are crucial to these requirements.
脉冲放电特性及电源系统对激光器的这些性能有非常重要的影响。
The measurement and the research are conducted in the high-power TEA CO2 laser.
在大功率TEA CO2 激光器的实际工作中进行了测试和评估。
The parts in the high power TEA CO2 laser system where the strong electromagnetic interference occurs and the interference means are tested and analyzed.
对大功率TEACO2激光器系统中产生强电磁干扰的部位和干扰途径进行了测试及分析。
The experimental results demonstrate that this pulsed exciting power supply developed by our lab can totally satisfy the special requirement of the high-power TEA CO2 laser.
实际结果表明，我们研制的脉冲激励电源可以满足大功率TEACO2激光器的特殊工作要求。
The operating characteristics of a hybrid TEA CO2 laser are analysed based on a numerical model.
本文从数值模型出发，分析了混合型TEA CO_2激光器的工作特性。
The normal glow discharge between the main electrodes and the rapid flow of the unpolluted gas mixtures are necessary conditions for the output of high average power for TEA CO2 laser.
主电极间正常的辉光放电以及使混合气快速流动且不被污染是重复频率TEA CO_2激光器实现高平均功率输出的重要条件。
The Transversely Excited Atmospheric pressure (TEA) CO_2 laser has been widely applied in multi-photon excitation and isotope separation.
可调谐TEA CO_2激光器被广泛应用于激光分离同位素和多光子对物质的激发。
Comparing with traditional stable resonator high-power TEA CO2 laser, it is always the key point to improve the optical beam quality as the same time guarantee the power of laser.
相比于传统稳腔高功率TEACO2激光器，如何在不降低功率的基础上，改善其光束质量一直研究者关心的问题。
In this paper, we have presented the design for the oscillator stage and the amplifier stage of TEA CO2 sequence laser amplification.
本论文给出了序列带激光放大的振荡级和放大级设计。
IR laser chemistry (mainly plasma chemistry) of gaseous aromatic hydrocarbons was studied with a pulsed TEA-CO_2 laser.
本文研究了七种芳香族碳氢化合物的气相IR激光化学，主要是等离子体化学。实验说明。
The strong electromagnetic interference generated in the operation of the high-power TEA CO2 laser system mainly comes from the main discharge loop, pulse spark switch and power supply module.
大功率TEACO2激光系统工作时产生的强电磁干扰主要来源于激光主放电回路、脉冲火花开关和电源。
Three kinds of preionization TEA CO laser are briefly described.
概述三种类型的预电离teaCO激光器及电子束控制CO激光器。
It is show that, for the ultraviolet pre-ionization TEA CO2 Laser, the absorption of two photos in the process of the photo-ionization plays an important role.
研究表明，在紫外预电离tea CO_2激光器中的光离化过程中双光子吸收起着十分重要的作用。
It is show that, for the ultraviolet pre-ionization TEA CO2 Laser, the absorption of two photos in the process of the photo-ionization plays an important role.
研究表明，在紫外预电离tea CO_2激光器中的光离化过程中双光子吸收起着十分重要的作用。
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