preionization

网络  预电离

化学



双语例句

  1. Field uniformity of electrode system with preionization structure for TEA CO_2 laser Design of 3 MV UV illumination switch
    TEACO2激光器预电离结构电极系统的电场研究3MV自耦式紫外预电离开关的设计
  2. With preionization the flash-lamp current waveform becomes favorable for improving the amplifier efficiency.
    尤其加预电离后,闪光灯放电电流波形发生变形有利于提高放大器效率的变化。
  3. A novel spiral transversely pulsed preionization scheme is employed.
    采用了一种新颖的螺旋形横向脉冲预电离结构。
  4. Experimental Investigation of the F-atom Laser and the XeF Excimer Laser with the Surface Preionization
    面预电离F原子激光和XeF准分子激光实验研究
  5. 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.
    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。
  6. The study of X-ray preionization for excimer laser
    准分子激光器中的X光预电离研究
  7. Arc discharge is detrimental for TEA CO 2 lasers to have high output power laser. Preionization technique is usually used to obtain glow discharge between main electrodes.
    弧光放电不利于TEACO2激光器输出高功率激光,通常采用预电离技术来获得主电极间的均匀辉光放电。
  8. Experimental study of UV preionization in CO_2 laser medium
    CO2激光介质紫外光离化度的实验研究
  9. Study of PIE preionization of CW CO_2 laser
    CWCO2激光器PIE预电离技术的研究
  10. This paper introduces to the experiment results of a impact of the delay time changes between spark pin UV preionization and main discharge on the optoelectronic conversion efficiency in a TEA CO_2 laser.
    介绍了TEACO2激光器火花针紫外预电离与主放电之间的延迟时间对激光器输出电光转换效率影响的实验研究结果。
  11. The preionization mechanism in CO 2 laser gas mixtures is described.
    本文也描述了CO2激光器气体混合物中的预电离机构。
  12. The XeF excimer is formed in an excimer laser with surface preionization along a Teflon plate by discharge excitation of a Xe/ Ne mixture without additional fluorine donor gases.
    无外加氟施主情况下,在装有聚四氟乙烯面预电离板的准分子激光器中,放电激发Xe/Ne混合气体产生了XeF准分子。
  13. Starting from the simplified discharge model of high-pressure pulsed glow discharge in TEA CO_2Laser, by the aid of discharge formative time, the relationship between per pulse specific TEA CO_2 laser output energy and preionization electron number density is formulated in this paper.
    本文从TEACO2激光器高压强脉冲辉光放电的简化放电模型出发,借助于放电形成时间,建立了TEACO2激光器输出的比脉冲能量与预电离电子密度间的关系式。
  14. In this paper two different preionization devices with and without UV volume photoionization are studied in a TEA CO 2 laser using PCB preionization.
    本文研究了印刷电路板预电离TEACO2激光器中有、无紫外光体积光电离的两种不同预电离结构形式。
  15. Preionization electron decay process in XeCl avalanche discharge lasers
    在XeCl雪崩放电激光器中预电离电子的衰减过程
  16. Study on x-ray preionization performances
    X射线预电离特性的研究
  17. The preionization is not the only one condition necessary for obtaining atmosphere glow discharge in air.
    4预电离并不是实现大气压下空气中的辉光放电的唯一条件。
  18. Longitudinal pulsed discharge CO_2 laser with pulsed preionization
    脉冲预电离纵向脉冲放电CO2激光器
  19. A simple compact XeCl excimer laser with corona preionization
    简单紧凑的电晕预电离XeCl准分子激光器
  20. X-ray preionization kinetics of discharge pumped XeCl laser
    放电泵浦XeCl激光的X-射线预电离动力学
  21. Both X-ray preionization and e-beam preionization are investigated for avalanche-discharge excimer lasers by studying the number density of preionized electrons, the characteristics of the laser energy output and the discharge.
    本文从预电离电子密度、激光输出能量及放电特性等方面对用于准分子激光器的电子束预电离及X光预电离进行了研究和比较。
  22. Effect of spark discharge preionization on dielectric barrier discharge in air
    火花放电预电离对空气中介质阻挡放电的影响
  23. High power laser power conditioning system preionization experimental research
    强激光能源系统预电离实验研究
  24. Double Preionization High Stability N_2 Laser
    双重预电离高稳定度N2激光器
  25. A novel CO_2 laser power supply of composite AC preionization with double voltage and full-wave rectification
    新型的倍压和全波整流复合式交流预电离CO2激光器电源
  26. Study of pulse preionization of high power CW CO_2 laser
    高功率横流CO2激光器脉冲预电离过程研究
  27. Application of high frequency preionization in high pressure pulse discharge
    高频预电离在高气压脉冲放电中的应用研究
  28. The main parts of the laser such as discharging electrode, preionization electrode, resonance cavity, gas circulating and heat exchanging system, pressure detecting and controlling system, high voltage pulsed power supply were designed.
    对激光器主要组成部分如主放电电极、预电离电极、激光谐振腔、气体循环与热交换系统、气压测控及自动充配气系统和高压脉冲激光电源等进行整体方案及具体参数设计。