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Approximate dependence of the spontaneous emission rate on electron and hole concentrations

机译:自发发射速率对电子和空穴浓度的近似依赖性

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摘要

The total spontaneous emission rate (R/sub sp/) is an important quantity, which is widely used in the particle rate equation of light-emitting diodes and semiconductor lasers. It is important to find the explicit dependence of R/sub sp/ on electron and hole concentrations. Such an approximate analytical expression is proposed both for two- and three-dimensional systems. Accuracy of the approximation is within 15% for undoped and 25% for doped semiconductors. Dependence of the relative error on the electron-hole concentrations and a quantitative comparison of the approximate, and exact expressions are illustrated.
机译:总的自发发射率(R / sub sp /)是一个重要的量,已广泛用于发光二极管和半导体激光器的粒子率方程中。重要的是找到R / sub sp /对电子和空穴浓度的明确依赖性。对于二维和三维系统都提出了这样的近似分析表达式。对于未掺杂的半导体,近似精度在15%以内,对于掺杂半导体的近似精度在25%以内。说明了相对误差对电子空穴浓度的依赖性以及近似和精确表达式的定量比较。

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