首页> 外文会议>Conference on Laser Optics 2000: Solid State Lasers Jun 26-30, 2000, St. Petersburg, Russia >Investigations of pulsed Nd: YAG laser with diode-laser bars side-pumped rod geometry
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Investigations of pulsed Nd: YAG laser with diode-laser bars side-pumped rod geometry

机译:Nd:YAG脉冲激光与二极管激光棒侧抽棒几何关系的研究

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An experimental studing of Nd:YAG rod side-pumping with quasy-cw laser-diode bars as a function of the laser rod and the pumping submount parameters was carried. We have found that the side-pumped-of-rod geometry without coupler optics between the laser diodes and the laser rod provides sufficiently high slope and optical efficiencies of Nd:YAG laser.Utilizing the concentric pumping arrangement with eight laser diode bars maximum optical efficiencies of 50% and 45% in long pulse mode was obtained when 5-mm and 4-mm-diameter Nd:YAG (1.2% at) rods respectively were used. In Q-switched operation Nd:YAG laser with this pumping sheme and 5-mm-diameter (1.2% at) rod had an output of 23 mJ in multimode 10 ns pulse when output coupler was of 60%.
机译:进行了Nd:YAG棒侧面泵浦与准CW激光二极管棒的侧向泵浦实验研究,该棒与泵浦参数和激光棒参数有关。我们发现,在激光二极管和激光棒之间没有耦合光学器件的杆侧泵浦几何形状提供了Nd:YAG激光器足够高的斜率和光学效率。利用同心泵浦结构与八个激光二极管棒实现最大光学效率当分别使用直径为5毫米和4毫米的Nd:YAG(1.2%at)棒时,在长脉冲模式下可获得50%和45%的光。在Q开关操作中,具有这种泵激波姆和5mm直径(1.2%at)杆的Nd:YAG激光器在输出耦合器为60%时,在多模10 ns脉冲中的输出为23 mJ。

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