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高分子基体的固体染料激光器的制备和研究
引用本文:谢旭东,胡丽丽,黄国松,姜中宏.高分子基体的固体染料激光器的制备和研究[J].中国激光,2000,27(4):307-311.
作者姓名:谢旭东  胡丽丽  黄国松  姜中宏
作者单位:中国科学院上海光机所,上海,201800
摘    要:制备了用于固体染料激光器的高分子共聚物基体 ,研究了两种激光染料 Rhodamine- B(Rh-B)和 Pyrromethene597(PM- 597)在高分子基质中的光谱性质。以调 Q的 Nd:YAG激光器的倍频光为抽运光源 ,在无外加谐振腔的条件下 Rh- B和 PM- 597掺杂的高分子基体中获得了高转换效率和大能量激光输出 ,可为固体染料激光器的实用化提供关键工作物质

关 键 词:高分子基体  Rhodamine-B  Pyrromethene-597  固体染料激光器
收稿时间:1999/9/30

Preparation and Study of Copolymer Solid-state Dye Lasers
Xie Xudong,Hu Lili,Huang Guosong,Jiang Zhonghong.Preparation and Study of Copolymer Solid-state Dye Lasers[J].Chinese Journal of Lasers,2000,27(4):307-311.
Authors:Xie Xudong  Hu Lili  Huang Guosong  Jiang Zhonghong
Abstract:Rh-B and Pyrromethene-597 laser dyes were successfully introduced into copolymer matrices of 2-hydroxypropyl methacrylate and methyl methacrylate. The spectral properties of two copolymer dye lasers were studied in the present paper. Pumped by a second harmonic Q-switched Nd:YAG laser (532 nm), laser oscillation was achieved in the well-polished φ25 mm×25 mm cylindrical Rh-B and PM-597 copolymers without resonance mirrors. It is found that in Rh-B doped copolymer, slope efficiency and center lasing wavelength was 35.3% and 590 nm, respectively. While in PM-597 doped copolymer, 62.2% slope efficiency and 585 nm center lasing wavelength were detected. The laser damage threshold was 62.5 MW/cm2 for Rhodamine-B doped laser and 200 MW/cm2 for Pyrromethene-597 doped laser.
Keywords:copolymer  Rhodamine-B  Pyrrothene-597  solid state dye laser
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