Revealing influence of timing jitter on ultrafast Raman fiber laser synchronously-pumped by gain-switched diode [0.03%]
探索单边带二极管增益切换泵浦对超快拉曼光纤激光器定时抖动的影响
Yingjuan Shi,Xinru Cao,Zhi Cheng et al.
Yingjuan Shi et al.
Synchronously-pumped Raman fiber lasers (SP-RFL) have been proved to be an effective approach to generate high-performance ultrafast laser with wavelength agility.
Mode control in a 7.2 kW near-single-mode monolithic fiber amplifier employing the gain-tailoring effect [0.03%]
增益调整效应在7.2千瓦近单模保偏光纤放大器中的应用
Chongwei Wang,Mengfan Cui,Hu Xiao et al.
Chongwei Wang et al.
This work can provide guidelines for designing 10 kW level single-mode fiber lasers employing confined doped fiber.
A family of low-loss high-concentration rare-earth-doped Ga-As-Sb-S chalcogenide glass fibers for mid-infrared laser application [0.03%]
一种低损耗高掺杂硫系玻璃光纤及其在中红外激光领域的应用
Jinchang Zhang,Yantao Xu,Xusheng Xiao et al.
Jinchang Zhang et al.
Combined with the high rare-earth solubility and excellent thermal stability, these fibers demonstrate significant potential for high-performance fiber lasers operating in the 2-5 µm wavelength range.
Realizing a kilowatt-level fiber amplifier with a 42 μm core diameter fiber for improved multi-mode performance towards single mode operation output through adaptive spatial mode control utilizing a 3×1 photonic lantern [0.03%]
基于自适应模式控制的单模光纤放大器研究
Yuxuan Ze,Pengfei Liu,Hanwei Zhang et al.
Yuxuan Ze et al.
The photonic lantern, a coherent beam combiner capable of controlling the phase, amplitude, and polarization of input light, has been utilized to enhance the brightness of fiber lasers by managing the output beam's mode.
Controllable lasing characteristics in Brillouin random fiber lasers by tailoring gain and random feedback fibers [0.03%]
通过调整增益和随机反馈光纤在布里渊随机光纤激光器中实现可控制的激光特性
Haiyang Wang,Pinggang Jia,Guowen An et al.
Haiyang Wang et al.
Brillouin random fiber lasers (BRFLs), the combination of stimulated Brillouin scattering (SBS) gain and random distributed feedback, offer narrow linewidth lasing with simplicity and flexibility.
Nitesh Katta,Katherine Sikorski,Joel M H Teichman et al.
Nitesh Katta et al.
Introduction: This study addresses pulse modulation for kidney stone lithotripsy using diode-pumped thulium yttrium aluminum garnet (Tm:YAG, λ = 2.02 µm) and thulium fiber lasers (TFLs, λ = 1.94 µm).
Temperature variations with Ho: YAG and thulium fiber lasers, including advanced fragmentation pulse (AFP) technology: an experimental analysis [0.03%]
包括先进碎裂脉冲(AFP)技术的Ho:YAG和铥纤维激光的温度变化：实验分析
Nariman Gadzhiev,Aram Aloyan,Ivan Gorgotsky et al.
Nariman Gadzhiev et al.
Purpose: Recent developments in high-power systems and the super-pulsed thulium fiber laser (TFL) promise enhanced efficiency but raise concerns about thermal safety. This study examines the intrarenal temperature profile...
Mode structure evolution of a modeless multiwavelength Raman fiber laser [0.03%]
无模多波长拉曼光纤激光器的模结构演化研究
Yanxin Li,Jiancheng Deng,Sergei K Turitsyn et al.
Yanxin Li et al.
Multiwavelength Raman fiber lasers (MRFLs) are used in a number of applications. A longitudinal mode structure of light in MRFL is directly related to the temporal properties of laser radiation.
Konstantin Komarov,Alexander Dmitriev,Andrey Komarov et al.
Konstantin Komarov et al.
The main properties of the transient evolution and steady-state generation of fiber lasers with polarization domains of radiation in the laser resonator are investigated based on the constructed Lyapunov functional.
Dispersive wave control in soliton fiber lasers via online high-order dispersion engineering [0.03%]
基于在线高阶色散工程的孤子光纤激光中的色散波控制
Suwan Sun,Zimin Zha,Jiamin Bai et al.
Suwan Sun et al.
Ultrafast fiber lasers generating temporal solitary pulses have found important applications in numerous fields. Circulating within the laser cavity, such solitons would feature dispersive wave generation due to the perturbation of cavity parameters....While Kelly sidebands have been widely recognized as dispersive waves in fiber lasers due to an intrinsic periodic loss perturbation, optical Cherenkov radiation-an alternative dispersive wave regime that is enabled by high-order dispersion-has been less explored.
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