Extra cavity 660nm SHG study of type-Ⅰ noncritical phase-matched LBO crystal

Li Chaoyang; Wang Yonggang; Huang Liu

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LASER TECHNOLOGY > 2003 > 27(5): 428-430.

Li Chaoyang, Wang Yonggang, Huang Liu. Extra cavity 660nm SHG study of type-Ⅰ noncritical phase-matched LBO crystal[J]. LASER TECHNOLOGY, 2003, 27(5): 428-430.

Citation:

Li Chaoyang, Wang Yonggang, Huang Liu. Extra cavity 660nm SHG study of type-Ⅰ noncritical phase-matched LBO crystal[J]. LASER TECHNOLOGY, 2003, 27(5): 428-430.

Citation:

Li Chaoyang, Wang Yonggang, Huang Liu. Extra cavity 660nm SHG study of type-Ⅰ noncritical phase-matched LBO crystal[J]. LASER TECHNOLOGY, 2003, 27(5): 428-430.

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Extra cavity 660nm SHG study of type-Ⅰ noncritical phase-matched LBO crystal

1.
School of Applied Mathematics and Physics, Beijing Polytechnic University, Beijing, 100022;
2.
Institute of Semiconductors, the Chinese Academy of Sciences, Beijing, 100083

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Received Date: September 18, 2002
Revised Date: November 20, 2002
Published Date: September 24, 2003

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Abstract

Abstract

A research detail of Nd:YAG 1.319μm extracavity-doubling using LBO crystal is reported.LBO crystal is adopted by type-Ⅰ noncritical phase-matched(NCPM)and temperature tuned.The experiment shows that using LBO type-Ⅰnoncritical phase-match is effective to get a higher SHG efficiency.With a 1300mJ incident pump laser while temperature is 8.4℃,855mJ 660nm TEM00 mode red laser is obtained,the conversion efficiency is up to 66% and the power instability of output laser is less than ±3%.
- extracavity-doubling,
- noncritical phase-matched,
- LBO crystal,
- temperature tuning

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References

[1]	Quan Zh,Ling Zh.Opt Technol,2002,34(3): 239～241.
[2]	Lin X Ch,Li R N,Cui D F et al.Chinese Phys Lett,2002,19(8):1106～1107.
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Extra cavity 660nm SHG study of type-Ⅰ noncritical phase-matched LBO crystal

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