Asymmetrical-cavity picosecond Raman laser at the water-air interface

Pershin Sergey M.; Grishin Mikhail Ya; Lednev Vasily N.; Chizhov Pavel A.; Orlovich Valentin A.

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Asymmetrical-cavity picosecond Raman laser at the water-air interface

机译：在水中界面处的不对称腔PICOSECOND拉曼激光器

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For the first time, to the best of our knowledge, we demonstrated a new type of Raman laser with asymmetrical cavity at the liquid-air interface. We observed an intriguing stimulated Raman scattering (SRS) threshold dependence when the pumping laser beam waist was transferred through the liquid-air interface, and we demonstrated a paradoxical 30-fold SRS threshold reduction in the vicinity of the water-air surface. The minimum SRS threshold was achieved when the pumping laser beam waist was located at the liquid surface. To explain the abnormal SRS threshold dependence, we suggested a new lasing mechanism. Finally, we demonstrated that threshold measurements at the liquid-air interface are a reliable method to quantitatively measure the interaction length in SRS experiments with a focused beam. (C) 2019 Optical Society of America

机译：据我们所知，我们首次展示了一种新型的拉曼激光器，在液体空气界面处具有不对称腔。当泵送激光束腰围通过液体空气接口转移泵送激光束腰部时，我们观察到一种有趣的刺激的拉曼散射（Srs）阈值依赖性，并且我们证明了在水 - 空气表面附近的矛盾30倍的Srs阈值降低。当泵送激光束腰部位于液体表面时，实现最小Srs阈值。为了解释异常的SRS阈值依赖性，我们建议了一种新的激光机制。最后，我们证明了液体空气接口的阈值测量是可靠的方法，以定量测量具有聚焦光束的SRS实验中的相互作用长度。（c）2019年光学学会

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《Optics Letters》 |2019年第20期|共4页
作者
Pershin Sergey M.; Grishin Mikhail Ya; Lednev Vasily N.; Chizhov Pavel A.; Orlovich Valentin A.;
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作者单位

Russian Acad Sci AM Prokhorov Gen Phys Inst 38 Vavilova St Moscow 119991 Russia;

Russian Acad Sci AM Prokhorov Gen Phys Inst 38 Vavilova St Moscow 119991 Russia;

Russian Acad Sci AM Prokhorov Gen Phys Inst 38 Vavilova St Moscow 119991 Russia;

Russian Acad Sci AM Prokhorov Gen Phys Inst 38 Vavilova St Moscow 119991 Russia;

Natl Acad Sci Belarus Stepanov Inst Phys 68-2 Nezavisimosti Ave Minsk 220072 BELARUS;

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正文语种 eng
中图分类计量学;光学;
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1. Asymmetrical-cavity picosecond Raman laser at the water-air interface [J] . Pershin Sergey M., Grishin Mikhail Ya, Lednev Vasily N., Optics Letters . 2019,第20期

机译：在水中界面处的不对称腔PICOSECOND拉曼激光器
2. Subharmonic Synchronization of Picosecond Yb Fiber Laser to Picosecond TkSapphire Laser for Stimulated Raman Scattering Microscopy [J] . Wataru Umemura, Kenta Fujita, Yasuyuki Ozeki, Japanese journal of applied physics . 2012,第2Issue1期

机译：皮秒Yb光纤激光器与皮秒Tk蓝宝石激光器的次谐波同步，用于受激拉曼散射显微镜。
3. Synchronously-pumped, all-solid-state, picosecond Raman laser at 1169 and 1222 nm on single and combined Raman modes in a Ca-3(VO4)(2)crystal with 30-times pulse shortening down to 1.2 ps [J] . Frank M., Smetanin S. N., Jelinek Jr M., Laser physics letters . 2020,第11期

机译：在Ca-3（VO4）（2）晶体中的单个和组合拉曼模式下，在1169和1222nm处，在1169和1222nm下进行同步泵送，全固态，具有30倍的脉冲缩短至1.2 ps
4. Tunable dual-color picosecond pulses from passive synchronized fiber lasers for coherent anti-Stokes Raman imaging [C] . Yue Shen, Jianpeng Ao, Kangwen Yang, Conference on Lasers and Electro-Optics Pacific Rim . 2020

机译：来自无源同步光纤激光器的可调双色皮秒脉冲，用于相干反斯托克斯拉曼成像
5. Spatially resolved surface-enhanced Raman scattering and second harmonic generation studies of electrochemical and laser-microfabricated interfaces with a scanning laser microprobe. [D] . Haller, Kurt Lindsay. 1988

机译：使用扫描激光微探针对电化学和激光微加工界面进行空间分辨的表面增强拉曼散射和二次谐波生成研究。
6. Molecular fragment dynamics study on the water-air interface behavior of non-ionic polyoxyethylene alkyl ether surfactants [O] . Andreas Truszkowski, Annamaria Fiethen, Hubert Kuhn, 2014

机译：非离子型聚氧乙烯烷基醚表面活性剂水-空气界面行为的分子碎片动力学研究
7. Digital interference microscopy and density reconstruction of picosecond infrared laser desorption at the water-air interface [O] . Frederik Busse, Sebastian Kruber, Wesley D. Robertson, 2018

机译：数字干扰显微镜和水空气接口皮秒红外激光解吸密度重建
8. Ultrasensitive Coherent Raman Technique with Picosecond Lasers [R] . Schauer, M. W. , Pellin, M. J. , Biwer, B. M. , 1986

机译：具有皮秒激光器的超灵敏相干拉曼技术

Asymmetrical-cavity picosecond Raman laser at the water-air interface

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