Linewidth enhancement factor in semiconductor quantum well In/sub 1-y/Ga/sub y/As and In/sub 1-y/Ga/sub y/As/sub 1-x/N/sub x/

I. Kuznetsova, A. Thranhardt, C. Schlichenmaier, S. Koch, J. Hader, J. Moloney, W. Chow
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Abstract

This study investigates the linewidth enhancement factor in semiconductor quantum well In/sub 1-y/Ga/sub y/As and In/sub 1-y/Ga/sub y/As/sub 1-x/ N/sub x/. This work applies the theory based on semiconductor Bloch equations to the calculation of the linewidth enhancement factor of GaInNAs structures compared to an ordinary InGaAs quantum well. Results show that the linewidth enhancement factor is reduced by the inclusion of nitrogen as a consequence of the reduction of carrier-induced refractive index.
半导体量子阱in /sub - 1-y/Ga/sub -y/ As和in /sub - 1-y/Ga/sub -y/ As/sub - 1-x/N/sub -x/
本文研究了半导体量子阱in /sub - 1-y/Ga/sub -y/ As和in /sub - 1-y/Ga/sub -y/ As/sub - 1-x/ N/sub -x/的线宽增强因子。本工作将基于半导体Bloch方程的理论应用于计算GaInNAs结构与普通InGaAs量子阱相比的线宽增强因子。结果表明,由于载流子诱导折射率的降低,氮的加入降低了线宽增强因子。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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