Abstract
In the framework of effective-mass envelope function theory, including the effect of Rashba spin-orbit coupling, the binding energyEband spin-orbit split energy Г of the ground state of a hydrogenic donor impurity in AlGaN/GaN triangle-shaped potential heterointerface are calculated. We find that with the electric field of the heterojunction increasing, (1) the effective width of quantum well decreases and (2) the binding energy increases monotonously, and in the mean time, (3) the spin-orbit split energy Г decreases drastically. (4) The maximum of Г is 1.22 meV when the electric field of heterointerface is 1 MV/cm.
Highlights
In the end of the Acknowledgments we should add: Thanks for Prof
The second author Shu-Shen Li should be removed from the author list
The online version of the original article can be found under doi:10.1007/s11671-009-9398-3
Summary
In the end of the Acknowledgments we should add: Thanks for Prof. Shu-Shen Li’s discussion in this work. Erratum to: Binding Energy and Spin-Orbit Splitting of a Hydrogenic Donor Impurity in AlGaN/GaN Triangle-Shaped Potential Quantum Well
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