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   输出损耗 的翻译结果: 查询用时:0.498秒
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输出损耗
相关语句
  output loss
     Diode-pumped Solid-state Lasers Electro-optically Q-switched of Tunable Output Loss
     LD泵浦固体激光器的输出损耗电光调Q技术
短句来源
     The second-order nonlinear interaction is treated as the output loss of the laser. The nonlinear reflectivity of the laser, and the intensity or power characteristics of the signal and idler waves are obtained, based on the solutions for the characteristic equations describing the laser. The properties of the quasi-three-level,four-level, end-pumped laser gain mediums are taken into account in the plane wave theory.
     将激光谐振腔内的二阶非线性相互作用视为激光器的一种输出损耗,求解描述激光器特性的方程,得到激光器的非线性反射率和内腔连续波单共振光学参量振荡器的信号波和闲置波的光强或功率特性。
短句来源
     The second-order nonlinear interaction in the resonant cavity of laser is treated as the output loss of laser. The nonlinear reflectivity of the laser and the power characteristics of the signal and idler waves are obtained, based on the solution for the equations describing the power characteristics of laser.
     将激光谐振腔内的二阶非线性相互作用视为激光器的一种输出损耗,求解描述激光器功率特性的方程,得到激光器的非线性反射率,进而得到内腔连续波单共振光学参量振荡器的信号波和闲置波的功率特性。
短句来源
  “输出损耗”译为未确定词的双语例句
     The parameters of two kinds of Y-branches with different S-shaped channel waveguide bends are discussed. The pure bending loss and the insertion loss are analyzed by means of the pure bending loss theory and the finite difference beam propagation method (FD-BPM). Also,some influences of different waveguide width,distance and branch angle on the insertion loss are compared.
     针对低损耗 S型弯曲 Y分支的分析与设计,分别用弯曲损耗理论和有限差分光束传输法分析了两种不同的S型弯曲Y分支的损耗特性,比较了不同的波导宽度、分支间距和分支张角对波导输出损耗特性的影响,得出了一组最优化的Y分支波导设计参数。
短句来源
  相似匹配句对
     Effect of loss on output phase differences of optical fiber couplers
     损耗对光纤耦合器输出相位差的影响
短句来源
     Thecalculation formulas of conversion loss and input and output impedance areobtained。
     得到了变频损耗和输入、输出阻抗的计算公式。
短句来源
     output of the model.
     模型输出
短句来源
     LIGHT ABSORPTION LOSS OF OPTIC FIBER
     光纤的光吸收损耗
短句来源
     The calculation of cable loss.
     光缆损耗计算;
短句来源
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  output loss
The RAS concept makes sense if average system output loss due to lowered performance level (yielding longer time to failure) is smaller than average loss due to waiting for maintenance in a non-adaptive case.
      
When using a bivariate VAR we cannot reject the existence of a permanent output loss of one-half of one percentage point for each percentage point of permanent disinflation.
      
All of these allowed a systemic banking crisis to emerge in 1997-98 and a large output loss during 1998-2002.
      
Estimation of output loss from allocative inefficiency: A comparison of the Soviet Union and the U.S.
      
This paper presents two different estimates of the output loss resulting from allocative inefficiency in the Soviet Union and the United States.
      
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The theoretical model of quasi-three-level system was modified through considering different lifetime of laser upper and lower level and spontaneous radiation from upper level to lower level. Numerical simulation was carried out and the law of 946 nm Nd:YAG laser performance varying with system parameters was obtained. At a certain doping concentration and output loss, there is an optimum crystal length and an optimum ratio of pump and laser beam radii. The experimental results accord with theory analysis.

对准三能级系统进行了研究,分析了激光上、下能级不同的能级寿命以及上能级自发辐射对下能级粒子数所造成的影响,修正了Fan等提出的纵向泵浦准三能级系统的理论模型.进行了数值模拟,得出了系统参数对LD纵向泵浦的946 nm Nd:YAG激光器性能的影响规律。认为在一定掺杂浓度和输出损耗情况下,存在最佳晶体长度使阈值最低,及最佳模式匹配使斜效率最高。理论得到了实验验证.

Optical waveguide bends with low loss are necessary to many integrated optical devices.The parameters of two kinds of Y-branches with different S-shaped channel waveguide bends are discussed.The pure bending loss and the insertion loss are analyzed by means of the pure bending loss theory and the finite difference beam propagation method (FD-BPM).Also,some influences of different waveguide width,distance and branch angle on the insertion loss are compared.Finally,an optimum design parameters for Y-branch optical...

Optical waveguide bends with low loss are necessary to many integrated optical devices.The parameters of two kinds of Y-branches with different S-shaped channel waveguide bends are discussed.The pure bending loss and the insertion loss are analyzed by means of the pure bending loss theory and the finite difference beam propagation method (FD-BPM).Also,some influences of different waveguide width,distance and branch angle on the insertion loss are compared.Finally,an optimum design parameters for Y-branch optical waveguides are obtained.

针对低损耗 S型弯曲 Y分支的分析与设计,分别用弯曲损耗理论和有限差分光束传输法分析了两种不同的S型弯曲Y分支的损耗特性,比较了不同的波导宽度、分支间距和分支张角对波导输出损耗特性的影响,得出了一组最优化的Y分支波导设计参数。

The Gaussian beam theory has been developed to describe the power characteristics of intracavity continuous-wave singly resonant optical parametric oscillator (ICCWSRO). The second-order nonlinear interaction in the resonant cavity of laser is treated as the output loss of laser. The nonlinear reflectivity of the laser and the power characteristics of the signal and idler waves are obtained, based on the solution for the equations describing the power characteristics of laser. The stand-wave cavity structure,...

The Gaussian beam theory has been developed to describe the power characteristics of intracavity continuous-wave singly resonant optical parametric oscillator (ICCWSRO). The second-order nonlinear interaction in the resonant cavity of laser is treated as the output loss of laser. The nonlinear reflectivity of the laser and the power characteristics of the signal and idler waves are obtained, based on the solution for the equations describing the power characteristics of laser. The stand-wave cavity structure, the properties of the four-level, end-pumped laser gain medium, the mean-field approximation of second-order nonlinear interaction, the diffractive effect of the interacting waves are all considered in the derivations. If the diffractive effect in the laser gain medium is neglected and only the first-order approximation is retained, the nonlinear reflectivity of laser is obtained, based on the solution for the transcendental equation. In the numerical calculation, the Nd∶YVO_4 is taken as the laser gain medium, and the periodically poled LiNbO_3 (PPLN) is taken as the second-order nonlinear crystal.

建立了描述内腔连续波单共振光学参量振荡器(ICCWSRO)的功率特性的高斯光束理论。将激光谐振腔内的二阶非线性相互作用视为激光器的一种输出损耗,求解描述激光器功率特性的方程,得到激光器的非线性反射率,进而得到内腔连续波单共振光学参量振荡器的信号波和闲置波的功率特性。分析中考虑了驻波腔结构、四能级激光增益介质的端面抽运特性、二阶非线性作用的平均场近似、相互作用的各光波的衍射效应。若不考虑激光增益介质中光束的衍射效应并同时采用一级近似,可以直接求解超越方程,得到激光器的非线性反射率。以Nd∶YVO4作为激光增益介质,周期极化LiNbO3(PPLN)作为二阶非线性晶体,给出了有关数值计算结果。

 
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