DV:色散电压

“Dispersion Voltage”在学术及电子工程领域常被简称为DV,这一缩写便于书写和高效交流。其中文译为“色散电压”,主要用于描述电子设备中信号或粒子的能量分布特性,是相关专业文献和实践中广泛使用的术语。

Dispersion Voltage具体释义

  • 英文缩写:DV
  • 英语全称:Dispersion Voltage
  • 中文意思:色散电压
  • 中文拼音:sè sàn diàn yā
  • 相关领域dv 电子

Dispersion Voltage的英文发音

例句

  1. Dispersion characteristics determine the operating voltage and frequency bandwidth of TWT, and interaction impedance determines the gain and efficiency of TWT.
  2. 色散特性决定了行波管的工作电压、频带宽度,耦合阻抗的大小决定了行波管的增益以及工作效率。
  3. Therefore, the operation mechanism need low dispersion design, and the voltage sharing capacitor need to choose appropriately.
  4. 为此,须对操动机构实行低分散性设计、适当选用真空灭弧室两端的均压电容。
  5. Dispersion of the Ventricular Repolarization in the Voltage Domain
  6. 在电压范围测量的心室复极离散
  7. The dispersion compensation technology along the route and series voltage compensation technology are analyzed extraordinarily.
  8. 重点分析了沿线路分散补偿技术和串联电压补偿技术。
  9. Based on the analysis of the trend of dispersion compensation and load flow calculation, the different reactive power compensation point has different influence on power loss and voltage distribution.
  10. 通过对分散补偿的分析和潮流计算得出,无功补偿点不同对功率损耗及电压分布的影响不同。