×

电荷测量 meaning in Chinese

charge measurement

Examples

  1. New method for measuring the wall charge of ac plasma display panel under arbitrary driving waveform
    交流等离子体显示屏任意驱动波形壁电荷测量方法
  2. Recommended practice for the detection of partial discharge and the measurement of apparent charge in dry - type transformers
    干式变压器表观电荷测量和部分放电检测推荐规程
  3. In this paper , space charge distribution in dc composite insulator frp rod materials after negative dc high voltage application was measured by pea method and the results were analyzed and discussed
    摘要使用pea法空间电荷测量系统测量了负直流高压电场作用后复合绝缘子芯棒材料中空间电荷分布,并进行了相关的分析和讨论。
  4. Cosmic ray test was carried out to choose and optimize working parameters of full - length prototype and its data acquisition system , verify the electronics system about dynamic range , drift time measurement search window , charge measurement integral width , work stability and electronics grounding and noise . . in experiment , acquired abundant experience with the solution of actual problem and verified their reliability of physical design . this lays the foundations for the successful construction of the besiii drift chamber and electrical system
    测试过程中我们调整了电子学的动态范围、漂移时间和电荷测量参数验证了电子学系统工作的稳定性、抗干扰能力及噪声水平等并成功解决了实验过程中遇到了问题。通过长时间的取数进一步检验了全长模型和电子学系统工作稳定性,验证了全长模型及其数据获取系统物理设计的可靠性,为漂移室和电子学系统的成功研制奠定了基础。
  5. This paper comparatively analyzes three more practical measurement methods of surface charge distribution on dielectric in vacuum environment : surface potential measurement method , electrostatic capacitive probe measurement method , pockels effect reflecting measurement method , expounds some newly researched productions , and at last puts forward some new problems to be solved in this field
    摘要对比分析了真空中介质表面电荷分布测量中三类较实用的方法:表面电位法、静电容探头法、普克尔斯效应反射法,阐述了真空中介质表面电荷测量方法的研究新成果,最后提出了这一领域留待解决的新问题。
More:   Next

Related Words

  1. 电荷驱动
  2. 电荷零点
  3. 零电荷
  4. 起始电荷
  5. 空间电荷
  6. 形式电荷
  7. 极化电荷
  8. 原子电荷
  9. 电荷空间
  10. 层电荷
  11. 电荷不足
  12. 电荷测定
  13. 电荷差
  14. 电荷弛豫时间
PC Version

Copyright © 2018 WordTech Co.