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High Power Raman-Based Fiber Laser System and Method of Operating the Same

机译:基于大功率拉曼的光纤激光器系统及其操作方法

摘要

A fiber Raman laser is configured with a microstructured double clad passive fiber which has an inner cladding receiving and guiding a high intensity pump light. The double-clad passive fiber farther has a eon surrounded by the inner cladding and an outer cladding. An arrangement of air holes is configured to define the inner, waveguiding cladding so that an NA of the latter varies between about 0.25-0.9 allowing this to reduce the diameter of the inner cladding. The passive fiber is characterized by a substantial overlap between the pump light and 1st stokes in the care and further includes an absorber operative to substantially suppress the signal light at the 2nd strokes so that the Ge-doped fiber outputs a SM, bright radiation at up to kW levels.
机译:光纤拉曼激光器配置有微结构化的双包层无源光纤,该光纤具有内包层,可接收和引导高强度泵浦光。另外,双包层无源光纤具有一个被内包层和外包层包围的信号。气孔的配置被配置为限定内部波导包层,使得后者的NA在大约0.25-0.9之间变化,从而允许减小内部包层的直径。无源光纤的特征在于泵浦光与护理中的1 st 灯之间有实质性的重叠,并且还包括一个吸收器,该吸收器可操作以基本上抑制2 nd 处的信号光。从而使掺Ge的光纤能够输出高达kW级的SM明亮辐射。

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