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High Efficiency Bridge Double PhaseConjugation in PhotorefractiveTb: Cu: KNSBN Crystal
作者姓名:SUN Xiudong  ZHOU Zhongxiang  ZHAO Hua  LI Yanqiu  JIANG Yongyuan  XU Kebin
作者单位:Department of Applied Physics,Harbin Institute of Technology,Harbin 150001,China
基金项目:Supported partially by the Aerospace Foundation of China and the Science Foundation of the State Education Commission for the Doctoral Program.
摘    要:1.IntroductionMutuallypumPedphaseconjugatemirrorsarenonlineardevicesthatsimultaneouslyproducephaseconjugatereplicasoftwomutuallyincoherentbeams.TheyattractedgreatattentionbecauseoftheirnumerousPotentialapplicationsinadaptiveoptics,opticalinfor-mationprocessing,laserlocking,optica1communication,opticalneuralnetwork,andsoonl~s1.Variousschemesleadingtomutualphaseconjugationhavebeendemonstrated,includingdoub1ephaseconjugatemirror(DPCM)'J,mutua1lyincoherentbeamcou-pler:J,birdwingphaseconjugat…

收稿时间:1996/2/15

High Efficiency Bridge Double Phase Conjugation in Photorefractive Tb: Cu: KNSBN Crystal
SUN Xiudong,ZHOU Zhongxiang,ZHAO Hua,LI Yanqiu,JIANG Yongyuan,XU Kebin.High Efficiency Bridge Double PhaseConjugation in PhotorefractiveTb: Cu: KNSBN Crystal[J].中国激光(英文版),1997,6(1):71-75.
Authors:SUN Xiudong  ZHOU Zhongxiang  ZHAO Hua  LI Yanqiu  JIANG Yongyuan  XU Kebin
Abstract:An experimental study of bridge double phase conjugate mirror with a photorefractive Tb: Cu:KNSBN crystal was presented. The dependence of phase conjugate reflectivity and transmission on the input intensity ratio was measured. The maximum reflectivity and transmission are higher than 270% and 60%, respectively.
Keywords:mutually pumped phase conjugation  bridge double phase conjugate mirror  photorefractive crystal
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