×

拉曼光纤放大器 meaning in English

fa aman fibe ampifie
rfa raman fiber amplifier
riu raman fiber amplifier

Examples

  1. Riu raman fiber amplifier
    拉曼光纤放大器
  2. Rfa raman fiber amplifier
    拉曼光纤放大器
  3. Finally , the experimentations are performed to verify the conclusion drawn form the numerical simulation analysis , it find that the numerical simulation results agree basically with the experiment results . it indicates that the numerical simulations are correct
    最后,构建了与数值计算情况相对应的拉曼光纤放大器进行了c波段wdm信号光源的增益平坦与饱和的试验,并把数值计算的结果和实验结果进行了比较,两者之间基本上相符合,说明了数值计算的正确性。
  4. Raman fiber amplifier ( rfa ) is a kind of optical amplifier that can amplify signal light directly through nonlinear interaction of high intensity pump and signal light in fiber . whereas the spectrum of raman gain coefficient of optical fiber is not flat , the gain of signal light with different wavelength induced by a single pump is rather different , when wavelength division multiplexing ( wdm ) signal light is amplified by a single pump , the gain spectrum of the wdm signal light is not flat . the flatness of the wdm signal light has important impact on the optical signal - to - noise ratio ( osnr )
    拉曼光纤放大器( ramanfiberamplifier ,简称rfa )利用高强度的泵浦光与信号光在光纤中的非线性相互作用实现信号光的直接放大,但是由于光纤的拉曼增益系数谱很不平坦,所以同一泵浦光源对不同波长信号光的增益就存在很大的差别,因此,用单泵浦光源来放大波分复用( wavelengthdivisionmulti - plexing ,简称wdm )信号光时,各信号光的增益值就有很大差异, wdm信号增益的平坦度对光信噪比( opticalsignal - noiseratio ,简称osnr )有重要影响。
  5. Both of the numeric simulations and the experimentations indicate that the c band raman fiber amplifier can be satisfied with some gain flatness when numbers and wavelengths of pump are installed while powers of pump are arranged properly . the method of measuring fiber raman gain coefficient is adopted to other type
    数值计算和试验上都证明了在合理地选取泵浦源的个数和波长的情况下,通过对各个泵浦功率配置的调整, c波段的拉曼光纤放大器可以满足一定的增益平坦度。
More:   Next

Related Words

  1. 光纤管道
  2. 光纤直径
  3. 光纤发射机
  4. 发光光纤
  5. 塑胶光纤
  6. 光纤放大器
  7. 双向光纤
  8. 光纤线路
  9. 光纤网
  10. 芯光纤
  11. 拉曼光谱学,拉曼分光镜检术
  12. 拉曼光谱仪
  13. 拉曼加兰
  14. 拉曼加苏阿维纳
PC Version

Copyright © 2018 WordTech Co.