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首页> 外文会议>Physics and Simulation of Optoelectronic Devices III >Calculation of quantum well laser threshold currents in terms of new channels of nonradiative Auger recombination
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Calculation of quantum well laser threshold currents in terms of new channels of nonradiative Auger recombination

机译：根据非辐射俄歇复合新通道计算量子阱激光阈值电流

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Abstract: Threshold characteristics of quantum-well (QW) lasers have been investigated theoretically. The rates of radiative and Auger nonradiative carrier recombination processes in QW have been calculated. Auger rate dependence on the parameters of QW and the temperature has been investigated. It is shown that Auger rate is a nonmonotonic function of QW thickness a; it has a maximum at small a. Auger rate increases with the barrier height and decrease rapidly with band gap; Auger rate is a power function of temperature. It was shown that the carrier concentration on the generation threshold is a linear function of temperature. Threshold current density is shown to be a power rather than exponential function of temperature. !9
机译：摘要：理论上研究了量子阱（QW）激光器的阈值特性。计算了量子阱中辐射和俄歇非辐射载流子复合过程的速率。已经研究了俄歇速率对量子阱参数和温度的依赖性。结果表明，俄歇率是QW厚度a的非单调函数。它的最大值为a。俄歇率随势垒高度的增加而增加，随带隙的减小而迅速减小;俄歇速率是温度的幂函数。结果表明，生成阈值上的载流子浓度是温度的线性函数。阈值电流密度显示为功率而不是温度的指数函数。 ！9

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