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主电极 meaning in Chinese

beam electrode
center electrode
central electrode
main electrode
main pole

Examples

  1. The theoretical calculations and the experiments suggest that , double pre - ionization has an obvious advantage for increasing the initial electron density between the main electrodes
    理论计算与实验表明,双预电离在提高主电极间初始电子密度方面存在着明显的优越性。
  2. 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teaco _ 2激光器实现高平均功率输出的重要条件。
  3. Starting from the theory of two photoionization , we simplified the model of the ultraviolet light source , derived the equation for the spatial distributions of the initial electron density between the main electrodes , and then gave a simple method to homegenize the spatial distribution of the initial electron density between the main electrodes
    本文从光离化的双光子吸收这一理论出发,简化紫外光源模型后,导出了主电极间初始电子密度的空间分布规律并给出了使其空间分布均匀化的简单方法。
  4. Under high air pressure , a critical problem for the normal discharge is whether enough pre - ionization can be achieved in the laser media or not . however , the cycling pumping oil steam emerging during the flow of the gas mixture and the vapor infiltrating from outside have a strong absorption of the infrared light or a role of counteracting the excitation
    在高气压条件下能否正常放电,关键问题是主电极间的激光介质能否获得足够的预电离;而混合气流动过程中出现的循环泵油蒸汽,及从外界渗透的水蒸汽等都对红外光有相当强的吸收作用或消激发作用。

Related Words

  1. 电极装置
  2. 鼻咽电极
  3. 尿道电极
  4. 四肢电极
  5. 电极电位差
  6. 焊接电极
  7. 冷电极
  8. 热电电极
  9. 电极烘干
  10. 埋藏电极
  11. 主电话传递参考系统
  12. 主电话传输基准系统
  13. 主电键
  14. 主电抗
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