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ZnSe-ZnTe多量子阱室温下的反射型皮秒激子光双稳
引用本文:申德振,范希武,杨宝均. ZnSe-ZnTe多量子阱室温下的反射型皮秒激子光双稳[J]. 发光学报, 1995, 0(1)
作者姓名:申德振  范希武  杨宝均
作者单位:中国科学院长春物理研究所激发态物理开放实验室
基金项目:国家自然科学基金,攀登计划资助
摘    要:本文首次研究了ZnSe-ZnTe多量子阱在室温下的反射型皮秒激子光双稳,实验结果表明,ZnSe-ZnTe多量子阱在室温下的反射型皮秒光双稳的阈值光强和对比度分别为1.1MW/cm2和6:1.根据测量得到的ZnSe-ZnTe多量子阱在室温下的激子吸收光谱及激子的非线性吸收理论,归结ZnSe-ZnTe多量子阱室温下的皮秒光双稳的主要非线性机理为ZnSe-ZnTe多量子阱的激子饱和吸收引起的折射率变化.

关 键 词:ZnSe-ZnTe多量子阱,激子光双稳

PICOSECOND EXCITONIC OPTICAL BISTABILITY IN ZnSe-ZnTe/GaAs MQWs ON REFLECTION AT ROOM TEMPERATURE
Shen Dezhen,Fan Xiwu,Yang Baojun. PICOSECOND EXCITONIC OPTICAL BISTABILITY IN ZnSe-ZnTe/GaAs MQWs ON REFLECTION AT ROOM TEMPERATURE[J]. Chinese Journal of Luminescence, 1995, 0(1)
Authors:Shen Dezhen  Fan Xiwu  Yang Baojun
Abstract:he excitonic optical bistability with picosecond switching time in ZnSe-ZnTe/GaAs multiple quantum wells(MQWs)has been studied on reflection at room.temperature for the first time.The experimental results indicate that the switching threshold from high to low states and the contrast ratio for the optical bistability are about 1.1MW/cm2 and 6:1,respectively.the major nonlinear mechanism for the optical bistability is due to the change of refractive index caused by the excitonic saturating absorption.
Keywords:ZnSe-ZnTe MQWs  excitonic optical bistability
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