Cascaded Raman shifting of high-peak-power nanosecond pulses in As_(2)S_(3) and As_(2)Se_(3) optical fibers

Richard T. White; Tanya M. Monro

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Cascaded Raman shifting of high-peak-power nanosecond pulses in As_(2)S_(3) and As_(2)Se_(3) optical fibers

机译：As_（2）S_（3）和As_（2）Se_（3）光纤中高峰值功率纳秒脉冲的级联拉曼位移

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We report efficient cascaded Raman scattering of near-IR nanosecond pulses in large-core (65 (mu)m diameter) As_(2)S_(3) and As_(2)Se_(3) optical fibers. Raman scattering dominates other spectral broadening mechanisms, such as four-wave mixing, modulation instability, and soliton dynamics, because the fibers have large normal group-velocity dispersion in the spectral range of interest. With approx2 ns pump pulses at a wavelength of 1.9 (mu)m, four Stokes peaks, all with peak powers greater than 1 kW, have been measured.

机译：我们报告了大芯（直径为65μm）As_（2）S_（3）和As_（2）Se_（3）光纤中近红外纳秒脉冲的有效级联拉曼散射。拉曼散射在其他光谱展宽机制中起主导作用，例如四波混合，调制不稳定性和孤子动力学，因为光纤在感兴趣的光谱范围内具有大的法向群速度色散。用波长为1.9μm的大约2 ns的泵浦脉冲，测量了四个斯托克斯峰，所有峰均大于1 kW。

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《Optics Letters》 |2011年第12期|共3页
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Richard T. White; Tanya M. Monro;
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1. Cascaded Raman shifting of high-peak-power nanosecond pulses in As_(2)S_(3) and As_(2)Se_(3) optical fibers [J] . Richard T. White, Tanya M. Monro Optics Letters . 2011,第12期

机译：As_（2）S_（3）和As_（2）Se_（3）光纤中高峰值功率纳秒脉冲的级联拉曼位移
2. Photosensitivity of pulsed laser deposited Ge_(20)As_(20)Se_(60) and Ge_(10)As_(30)Se_(60) amorphous thin films [J] . P. Hawlova, M. Olivier, F. Verger, Materials Research Bulletin . 2013,第10期

机译：脉冲激光沉积Ge_（20）As_（20）Se_（60）和Ge_（10）As_（30）Se_（60）非晶薄膜的光敏性
3. Preparation and characterization of the As_(40)Se_(60) and As_(38.8)Se_(61.2) glasses with high quality for the single mode IR glass fiber [J] . Min-Suk Oh, Inseok Seo Optical fiber technology . 2015,第1期

机译：用于单模红外玻璃纤维的高质量As_（40）Se_（60）和As_（38.8）Se_（61.2）玻璃的制备和表征
4. Fourth Order Cascaded Raman Shift in As_(38)Se_(62) chalcogenide suspended core fiber pumped at 1.995 μm [C] . M. Duhant, W. Renard, G. Canat, Conference on Lasers Electro-Optics . 2011

机译：第四阶级联拉曼转移AS_（38）SE_（62）硫属化物悬浮芯纤维泵送为1.995μm
5. Development of "core-suction" technique for fabrication of highly doped fibers for optical amplification and characterization of optical fibers for Raman amplification. [D] . Goel, Nitin Kumar. 2005

机译：开发“芯吸”技术以制造用于光放大的高掺杂光纤以及表征用于拉曼放大的光纤。
6. Two-photon STED nanoscopy realizing 100-nm spatial resolution utilizing high-peak-power sub-nanosecond 655-nm pulses [O] . Hirokazu Ishii, Kohei Otomo, Jui-Hung Hung, 2019

机译：利用高峰值功率亚纳秒655 nm脉冲实现100 nm空间分辨率的双光子STED纳米技术
7. Selective light-induced mass transport in amorphous $As_{x}Se_{100-x}$ films driven by the composition tuning: effect of temperature on maximum acceleration [O] . Trunov, M. L., Lytvyn, P. M. 2017

机译：无定形的选择性光诱导质量传输$ as_ {x} se_ {100-x} $ 由成分调整驱动的薄膜：温度对最大值的影响促进
8. Effect of Intrapulse Stimulated Raman Scattering on Soliton-Effect Pulse Compression in Optical Fibers. [R] . Agrawal, G. P. 1990

机译：脉冲内受激拉曼散射对光纤中孤子效应脉冲压缩的影响。

Cascaded Raman shifting of high-peak-power nanosecond pulses in As_(2)S_(3) and As_(2)Se_(3) optical fibers

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