silent discharge

英 [ˈsaɪlənt dɪsˈtʃɑːdʒ] 美 [ˈsaɪlənt dɪsˈtʃɑːrdʒ]

网络  无声放电; 又称无声放电

电力



双语例句

  1. Then, the breakdown characteristics and the de-pendence of discharge current density on time are theoretically calculated in this kind of AC silent discharge.
    然后由其解析解计算这种无声放电的着火特性和放电电流密度对时间的依赖关系,并与实验结果相比较。
  2. Photo-spectroscopic Diagnosis of Electron Temperature in Silent Discharge Plasma
    无声放电等离子体的光谱诊断
  3. Probe Diagnosis of Electron Temperature and Electron Energy Distribution in Dielectric Barrier Silent Discharge
    介质阻挡无声放电中电子温度和电子能量分布的探极诊断
  4. Ozone Synthesis Induced by Silent Discharge and Surface Discharge
    无声放电和表面放电诱导臭氧合成
  5. Investigation of CO_ 2 Laser Assisted by Silent Discharge
    无声放电辅助激励CO2激光器的研究
  6. Some Preliminary Experiments in the Silent Discharge Polymerization of Pine Root Oil for the Production of Lubricating Oil
    松根油放电聚合制润滑油
  7. DBD ( silent discharge) is a non-thermal plasma discharge that is conveniently operated over a wide temperature and pressure range.
    DBD(无声放电)是一种非热等离子体放电,在较宽的温度和压力范围内操作简便。
  8. Experimental Study of Soot Oxidation in Silent Discharge
    无声放电作用下碳烟氧化的实验研究
  9. Theoretical analysis on the temporal process of AC silent discharge
    交流无声放电暂态过程的理论分析
  10. Analysis of Characteristics of Ozone Generator with Silent Electrical Discharge Silent Stroke The Silent Voice
    无声放电臭氧发生器的特点分析
  11. Experimental Study of OH Radical Generation in Silent Discharge
    无声放电场作用下产生OH自由基的实验研究
  12. Silent Discharge Plasma and Its Application
    无声放电等离子体及其应用
  13. Generation of OH Radicals in Silent Discharge and Kinetic Simulation of Its Oxidation on Soot Particles
    无声放电场中OH自由基发生及其氧化碳烟的动力学模拟
  14. Arc Sprayed Helical Electrodes Resonant Silent Discharge CO_2 Laser
    电弧涂层螺旋电极无声共振放电二氧化碳激光器
  15. Dielectric Barrier Discharge ( DBD) which is also called silent discharge can produce non-equilibrium plasma at normal atmosphere. Now it has been used and studied in broad area such as Ozone synthesis, flat panel display, environmental protection, medical sterilization, et al.
    介质阻挡放电又称无声放电,能够在常压下产生具有高能量电子的非平衡等离子体,目前在臭氧合成、平面显示、环境保护、医疗灭菌等方面获得了广泛的研究和应用。