Phase Conjugate Resonators and Bistable Oscillations in BaTiO3

P. Venkateswarlu, M. Dokhanian, P. C. Sekhar, H. Jagannath, M. George
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Abstract

Kwang and Yariv(1) used a single domain BaTiO3 crystal to form a ring passive phase conjugator (RPPC) and auxiliary resonators pumped by a multi-mode Ar+ laser at 4880Å. The auxiliary resonators were bistable. Jagannath et. Al(2) from this laboratory, reported the operation of a unidirectional ring resonator (UDRR) in addition to the RPPC and found bistability between the two. They also observed a linear passive phase conjugator (LPPC) which is bistable with the RPPC. It was found that auxiliary oxci nations between the crystal and a mirror are bistable separately with the UDRR and the LPPC.
BaTiO3中的相位共轭谐振器和双稳振荡
Kwang和Yariv(1)利用单畴BaTiO3晶体形成环形无源相位共轭器(RPPC)和辅助谐振器,由多模Ar+激光器在4880Å泵浦。辅助谐振器是双稳态的。该实验室的Jagannath等人(2)报道了除RPPC之外的单向环形谐振器(UDRR)的操作,并发现两者之间存在双稳定性。他们还观察到线性无源相位共轭器(LPPC),它与RPPC是双稳态的。发现晶体与镜面之间的辅助氧化态分别与UDRR和LPPC呈双稳态。
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