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InP-diode laser stack pumped Ho:YAG or Cr:ZnSe thin disk lasers

机译:InP二极管激光器堆栈泵浦的Ho:YAG或Cr:ZnSe薄盘激光器

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摘要

Direct diode pumping of rare-earth active Holmium- or transition metal Chromium ions with InP-diode laser stacks at 1.908 μm in connection with multi-pass pumping thin disk laser concepts will lead to power scalable laser systems in the 2 μm ‘eye-save’ wavelength regions. Narrow tunable Holmium YAG lasers at emission wavelengths of 2.09 μm or 2.05 μm as well as broadly tunable from 2 to 3 μm, with a free running wavelength at 2.4 μm of Cr:ZnSe lasers, offer applications in the field of medicine, material processing, remote sensing of atmospheric gases as well as the use for countermeasure systems in the field of aerospace [1].
机译:通过InP二极管激光器堆叠以1.908μm的频率对稀土有源Hol或过渡金属铬离子进行直接二极管泵浦,并结合多通泵浦薄盘激光器概念,将在2μm的“省眼”中带来功率可扩展的激光系统波长区域。 Cr:ZnSe激光器的发射波长为2.09μm或2.05μm的窄可调Hol YAG激光器,以及在2-3 nm范围内可宽调谐的Cr:ZnSe激光器的自由运行波长为2.4μm,可在医学,材料加工,大气气体遥感以及在航空航天领域用于对策系统[1]。

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