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新型非线性光学晶体NaSrBeBOF中266纳米处的高效紫外光产生

High-efficiency UV generation at 266 nm in a new nonlinear optical crystal NaSrBeBOF.

作者信息

Fang Zhi, Hou Zhan-Yu, Yang Feng, Liu Li-Juan, Wang Xiao-Yang, Xu Zu-Yan, Chen Chuang-Tian

出版信息

Opt Express. 2017 Oct 30;25(22):26500-26507. doi: 10.1364/OE.25.026500.

Abstract

266 nm laser output in NaSrBeBOF crystal by the fourth harmonic generation process with a picosecond mode-locked Nd-based YAG laser has been done for the first time. When the input pumping energy was 870 μJ at 532 nm, a 280 μJ 266 nm UV laser was obtained and the corresponding conversion efficiency was 35.9%. Further investigations identified that NaSrBeBOF has a large acceptance angle width of 0.47 (mrad • cm), a small walk-off angle of 35.43 mrad and a large deff as 0.62 pm/V for the fourth harmonic generation. These results indicate that NSBBF is applicable for high-power 266 nm laser generation.

摘要

首次利用皮秒锁模钕基YAG激光器通过四波混频过程在NaSrBeBOF晶体中实现了266nm激光输出。当532nm的输入泵浦能量为870μJ时,获得了280μJ的266nm紫外激光,相应的转换效率为35.9%。进一步研究发现,对于四波混频,NaSrBeBOF具有0.47(毫弧度•厘米)的大接受角宽度、35.43毫弧度的小离散角和0.62皮米/伏的大有效非线性光学系数。这些结果表明,NSBBF适用于高功率266nm激光的产生。

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