Nonlinear Problems in Quantum Semiconductor Modeling
Nonlinear Problems in Quantum Semiconductor Modeling
Date
2000
Authors
Jüngel, Ansgar
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Konstanzer Schriften in Mathematik und Informatik; 125
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Abstract
A model hierarchy of macroscopic models for quantum semiconductors is presented. Furthermore, a review on recent results obtained for two classes of these macroscopic models: the quantum hydrodynamic and the quantum drift-diffusion equations is given. In particular, the existence of solutions and their qualitative behavior is studied and a numerical scheme for the quantum drift-diffusion model is derived. Finally, this scheme is applied to the transient simulation of a resonant tunneling diode.
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004 Computer Science
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JÜNGEL, Ansgar, 2000. Nonlinear Problems in Quantum Semiconductor ModelingBibTex
@unpublished{Jungel2000Nonli-5985,
year={2000},
title={Nonlinear Problems in Quantum Semiconductor Modeling},
author={Jüngel, Ansgar}
}
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