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Numerical Solution of One-Dimensional Stationary Schr?dinger Equation in the Frequency Domain

机译:一维静止水平的数值解?频域中的Dinger方程

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1.1 Introduction Recently, quantum wells on base of semiconductor heterostructures are most widely studied [1] since their physical effects can be seen at room temperature [2] and can be applied in actual devices, for example, as some components of optoelectronic devices such as photodetectors in infrared spectral range [3], quantum cascade lasers [4], and other optoelectronic devices [5]. A detailed theory of optoelectronic devices based on quantum wells can be found in the book by G. Bastard in [6].
机译:1.1介绍最近,半导体异质结构上的量子阱最广泛地研究[1],因为它们的物理效应可以在室温[2]中可以看到,并且可以在实际装置中应用,例如,作为光电器件的一些组件红外光谱范围的光电探测器[3],量子级联激光器[4]和其他光电器件[5]。基于量子孔的光电器件的详细理论可以在[6]中的G. Bastard的书中找到。

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