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首页> 外文期刊>Laser physics letters >Continuous wave and AO Q-switch operation Tm,Ho:YAP laser pumped by a laser diode of 798 nm
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Continuous wave and AO Q-switch operation Tm,Ho:YAP laser pumped by a laser diode of 798 nm

机译:由798 nm激光二极管泵浦的连续波和AO Q开关操作Tm,Ho:YAP激光

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摘要

Continuous wave (CW) and acousto-optical (AO) Q-switch operation of Tm (5 at.%), Ho (0.3 at.%):YAP laser at 2.13 μm wavelength were reported in this paper. The Tm,Ho:YAP crystal was cooled by liquid nitrogen and double-end-pumped by a 14.2 W fiber-coupled laser diode at 798 nm. Different resonator lengths and output couplers for the pump power were tried. A maximum conversion efficiency of 31.3% and a maximum slope efficiency of 35.2% were acquired with CW output power of 4.45 W. Average power of 4.21 W was obtained at pulse repetition frequency (PRF) of 15 kHz, corresponding to an optical-to-optical conversion efficiency of 29.6% and a slope efficiency of 32.4%. The energy per pulse of 2.3 mJ in 64 ns was achieved at 1.5 kHz with the peak power of 35.8 kW.
机译:本文报道了波长为2.13μm的Tm(5 at。%),Ho(0.3 at。%):YAP激光的连续波(CW)和声光(AO)Q开关操作。 Tm,Ho:YAP晶体通过液氮冷却,并通过14.2 W光纤耦合激光二极管在798 nm进行双端泵浦。尝试了用于泵浦功率的不同谐振器长度和输出耦合器。 CW输出功率为4.45 W时,最大转换效率为31.3%,最大斜率效率为35.2%。在15 kHz的脉冲重复频率(PRF)下,平均功率为4.21 W,对应于光学转换效率为29.6%,斜率效率为32.4%。在1.5 kHz的峰值功率为35.8 kW时,在64 ns内获得了2.3 mJ的每脉冲能量。

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