光子学报, 2009, 38 (5): 1047, 网络出版: 2010-05-10  

全固态激光器的热近半球面腔

Thermally Determined Near Hemispherical Resonator for Diode-Pumped-Solid-State Laser*
作者单位
1 嘉应学院 物理系,广东 梅州 514015
2 北京工商大学 数理系,北京 100048
3 石河子大学 物理系,新疆 石河子 832003
摘要
理论与实验研究了激光二极管侧泵平-平非对称腔.理论分析表明,当谐振腔运行于热稳区边缘时,激光棒内基模半径随泵浦功率迅速增加,使光束质量快速提高并保持较高的输出功率.由于该谐振腔运行于热稳区边缘的特性与近半球面腔相近,所以将此设计称为热近半球面腔.与运行于稳区边缘的平-平对称腔相比,热近半球面腔设计有助于缩短谐振腔腔长.在对热近半球面腔实验研究中,光束质量随泵浦功率迅速增加以及输出功率饱和现象被观察,实验研究与理论分析吻合较好.
Abstract
The performance of the diode side-pumped plane-plane asymmetric resonator was investigated. Theory analysis shows that, when the resonator is operating at the boundary of the thermal stable region, the fundamental mode diameter in the rods quickly increases, which leads to the improvement of laser beam quality while maintaining a higher output power. Because the performance of this plane-plane asymmetric resonator operating at the boundary of the stable region is similar to that of a near hemispherical resonator, such resonator design is named as thermally determined near hemispherical resonator. Comparing with the design of a symmetric plane-plane resonator operating at the boundary of the thermal stable region, the thermally determined near hemispherical resonator design can be shorten the cavity length and is suitable to a low and middle power diode side-pumped resonator. The beam quality quick improvement and the output power saturation are experimentally observed in the thermally determined near hemispherical resonator. There is a good agreement between the theory analysis and the experiment results.

杨晓冬, 耿爱丛, 邵建新, 陈美华. 全固态激光器的热近半球面腔[J]. 光子学报, 2009, 38(5): 1047. YANG Xiao-dong, GENG Ai-cong, SHAO Jian-xin, CHEN Mei-hua. Thermally Determined Near Hemispherical Resonator for Diode-Pumped-Solid-State Laser*[J]. ACTA PHOTONICA SINICA, 2009, 38(5): 1047.

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