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首页> 美国卫生研究院文献>Nanomaterials >High-Power Large-Energy Raman Soliton Generations Within a Mode-Locked Yb-Doped Fiber Laser Based on High-Damage-Threshold CVD-MoS2 as Modulator
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High-Power Large-Energy Raman Soliton Generations Within a Mode-Locked Yb-Doped Fiber Laser Based on High-Damage-Threshold CVD-MoS2 as Modulator

机译：基于高损伤阈值CVD-MoS2作为调制器的锁模掺b光纤激光器中的高功率大能量拉曼孤子世代

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摘要

In our work, based on a high-damage-threshold MoS2 saturable absorber (SA), high-power intra-cavity Raman solitons within a passively mode-locked Yb-doped fiber laser were demonstrated successfully for the first time. The damage threshold of the MoS2 SA was as high as ~0.48 J/cm2. By adjusting the polarization states, stable single- or dual-pulse Raman soliton operations were obtained. The maximum average output power for single-pulse and dual-pulse Raman soliton operations was 80.11 and 89.33 mW, respectively. Our experiment results show significant enhancement in comparison with previous works, which provides fundamental guidance for future designs of high-power, large-energy, intra-cavity Raman soliton generations based on two-dimensional materials as SAs.
机译：在我们的工作中，基于高损伤阈值MoS2饱和吸收器（SA），首次成功演示了被动锁模掺Yb光纤激光器中的高功率腔内拉曼孤子。 MoS2 SA的损伤阈值高达〜0.48 J / cm 2 。通过调整极化状态，可以获得稳定的单脉冲或双脉冲拉曼孤子操作。单脉冲和双脉冲拉曼孤子操作的最大平均输出功率分别为80.11和89.33 mW。与以前的工作相比，我们的实验结果显示出显着增强，后者为基于二维材料作为SA的大功率，大能量，腔内拉曼孤子世代的未来设计提供了基础指导。

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