激光器发出的光通过光环行器，被光纤耦合器分成样品臂和参考臂。
Light from the laser goes through the optical circulator, and is divided into the sample and reference arm by the fiber coupler.
介绍一种紧凑的、能以较低输入光功率工作的光学双稳器件，由光电检测器、光纤定向耦合器和半导体激光二极管组合而成的。
A compact, low input power optical bistable device, combined with photodetector and optical fiber directional coupler and semiconductor laser diode, was presented.
针对激光器在实验过程中出现的问题，采用了过流保护、光耦合器隔离，电磁屏蔽等措施，优化了激光器的性能。
To deal with the problems in the experiment, the current foldback, optical coupler insulation and electromagnetic shielding was used to optimize the laser's performance.
围绕光纤耦合效率相关的量：激光模式、发散角、数值孔径、焦斑直径、精密光纤耦合器等问题进行了讨论；
The quantity in relation to the coupling efficiency of an optical fiber:lasing mode, divergence angle, numerical aperture, focal diameter and precision optical fiber coupler are discussed.
对此耦合系烷的传输性能测试表明，使用该锥形空芯波导耦合器能够显著提高空芯波导的激光传输性能。
Delivery performance test shows that this wave guide coupler system may help much in improving the transmitting property of CO2 laser hollow wave guide.
在将该熔接型侧面耦合器用于高功率半导体激光器阵耦合实验中，获得的耦合功率达到7.23W，耦合效率优于70%。
It acquired coupling power 7.23w and coupling efficiency better than 70%, when the fused side-coupler was pumped by a high-power laser diode arrays in experiments.
本文介绍了在透明材料内部或表面进行微制备的方法和应用，包括利用飞秒激光诱导的折射率变化来制作光波导、光栅和耦合器等；
Microfabrication techniques and their applications are introduced, including femtosecond laser induced refractive index change for fabrication of optical waveguides, gratings and couplers;
本文介绍了在透明材料内部或表面进行微制备的方法和应用，包括利用飞秒激光诱导的折射率变化来制作光波导、光栅和耦合器等；
Microfabrication techniques and their applications are introduced, including femtosecond laser induced refractive index change for fabrication of optical waveguides, gratings and couplers;
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