Simple calculations of energy levels in quantum wells of lattice-matched semiconductors with nonparabolic bands
Journal of Applied Physics, ISSN: 0021-8979, Vol: 71, Issue: 9, Page: 4370-4376
1992
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Article Description
Relations are presented for calculating electron and light-hole energy levels in quantum wells on the basis of knowledge of the electron and light-hole effective masses, the lattice constant, and the width of the well. The electron and light-hole band nonparabolicity of semiconductors forming the well is accounted for. The nonparabolicity of the heavy-hole band is neglected. The calculated values of E - LH and E - HH transition energies are in good agreement with recently published experimental data for various AlGaAs-GaAs, Ga InP-GaAs, and InGa As-InP quantum wells.
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