中国激光, 1988, 15 (1): 37, 网络出版: 2012-08-13
四波混频非线性效应和腔各向异性对横向塞曼激光特性及其应用的影响
Influence of FWM effect and cavity anisotropy on characteristics and applications of transverse Zeeman Lasers
摘要
讨论了激光腔中四波混频非线性效应和腔各向异性对横向塞曼激光拍频波形畸变和频率锁定的影响,解释了这种现象的物理机制,同时讨论了拍频波形畸变对光拍相位检测技术的影响,这对STZL的应用研究有重要意义.
Abstract
Influence of four wave mixing (FWM) effect and cavity anisotropy in transverse Zeeman laser on the beat frequency characteristics and waveform distortion are studied. Physical mechanism of this phenomena is explained and the influence of wave distortion on phase detection by optical heterodyne technique which is important in the application of Zeeman lasers is discussed.
吴义芳, 王文华, 郑乐民. 四波混频非线性效应和腔各向异性对横向塞曼激光特性及其应用的影响[J]. 中国激光, 1988, 15(1): 37. Wu Yifang, Wang Wenhua, Zheng Lemin. Influence of FWM effect and cavity anisotropy on characteristics and applications of transverse Zeeman Lasers[J]. Chinese Journal of Lasers, 1988, 15(1): 37.