×

耦合镜 meaning in Chinese

coupling mirror

Examples

  1. 2 . we design a configuration of frequency - doubler according to the optimum focus condition and the cavity stability condition | a + d | < 2 and optimize it based on " mode - matching " and " optimum coupling " . 99 . 96 % of optical impedance - match efficiency and over 95 % of spatial mode - matching efficiency are achieved eventually by using t = 10 % of input coupler in our experiment
    ( 2 )根据最佳聚焦条件和腔的稳定性条件( | a + d | 2 )对四镜环型倍频腔进行了设计,并分别从“模式匹配”和“最佳输入耦合镜透射率的选择”两方面着手对腔进行优化,在我们的实验中采用10的输入耦合镜,获得阻抗匹配效率为99 . 96 ,空间模式匹配效率高于95以上的模式。
  2. Based on the convergence criterion of root - mean - square ( rms ) of phase and output power , the actual intensity on reflectors are solved with fox - li iteration so that the deformations of mirrors and one - way phaseshifts are calculated . by simulating one - way phaseshifts with zernike polynomial , the laser modes are studied with method of iteration and geometriy . the evaluation factors of components influences on beam quality is discussed
    根据相位均方根值迭代收敛准则和输出功率,用fox - li迭代法求出反射镜上实际的光强分布和热源,得到镜面的位移变形和单程附加相移,以zernike多项式拟合单程附加相移,分别用迭代法和几何法计算了腔镜变形时的腔模光场,建立了光学元件对光束质量影响的评价因子,研究腔镜冷却效果和冷却方式,对输出耦合镜的变形进行了分析。
  3. In this paper , some investigation and design as following . have been carried out on er - yb codoped phosphate glass waveguide laser first , three primary performance parameters of er - yb waveguide laser pump threshold power ; output power and slope efficiency have been commulated and analysed theoretically based on er ~ ( 3 + ) - yb ~ ( 3 + ) energy configuration ; rate equation of stable state and transmitting equation . the influences of er - yb ions concentration ; enabled waveguide length ; light dot radius of signal light and pump light ; reflectivity of output lens on three above parameters have been researched
    首先,从er ~ ( 3 + ) - yb ~ ( 3 + )能级结构出发,结合激光稳态速率方程与传输方程,对铒镱波导激光器的三个主要性能参数:阈值功率、输出功率、斜率效率作了理论计算分析,并研究了铒、镱离子浓度、光波导激活长度、信号光与泵浦光光斑半径比例、输出耦合镜反射率对这三个关键性能参数的影响。

Related Words

  1. 不良耦合
  2. 耦合场
  3. 潮汐耦合
  4. 将耦合
  5. 耦合效应
  6. 耦合变压器
  7. 耦合取景器
  8. 耦合损失
  9. 紧耦合
  10. 去耦合
  11. 耦合金属
  12. 耦合晶体管
  13. 耦合矩阵
  14. 耦合开关
PC Version

Copyright © 2018 WordTech Co.