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Controllable enhancement of spontaneous emission in perpendicular direction by single quantum well embedded in planar microcavities

机译:通过嵌入平面微腔中的单量子阱可控地增强垂直方向的自发发射

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Abstract: Based on the cavity quantum electrodynamics, the controllable enhancement of spontaneous emission in perpendicular direction by single quantum well embedded in a planar micro-cavity has been studied. The spontaneous emission spectra are obtained for different mirror reflectivity and cavity length when the carrier density is fixed. The results show that the spontaneous emission intensity can be enhanced by increasing the mirror reflectivity when radiation wavelength is about two times of the cavity length. The spectra can be changed by the micro- cavity structure and the quantum well parameters.!9
机译:摘要:基于腔量子电动力学,研究了嵌入在平面微腔中的单量子阱对垂直方向自发发射的可控增强。当载流子密度固定时,针对不同的镜面反射率和腔长获得自发发射光谱。结果表明,当辐射波长约为腔体长度的两倍时,可以通过提高镜面反射率来增强自发发射强度。可以通过微腔结构和量子阱参数来改变光谱!9

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