Donor in cylindrical quantum well wire under the action of an applied magnetic field

In this paper we present a calculation of the binding energy of a donor impurity in a cylindrical GaAs-Ga 0.6Al 0.4As quantum well wire (QWW) as a function of an applied magnetic field for different wire radii and different positions of the donor. The model considers an infinite length QWW with a ca...

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Published inPhysica. E, Low-dimensional systems & nanostructures Vol. 42; no. 9; pp. 2436 - 2440
Main Author Villamil, Pablo
Format Journal Article
LanguageEnglish
Published Elsevier B.V 01.07.2010
Subjects
Binding energy
Hydrogenic donor impurity
Quantum well wires
Hydrogenic donor impurity
Binding energy
Quantum well wires
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Abstract In this paper we present a calculation of the binding energy of a donor impurity in a cylindrical GaAs-Ga 0.6Al 0.4As quantum well wire (QWW) as a function of an applied magnetic field for different wire radii and different positions of the donor. The model considers an infinite length QWW with a carrier that is confined laterally by a parabolic potential and the presence of a uniform magnetic field applied parallel to the wire axis. The 1s-like impurity state is considered using the effective-mass approximation within the variational approach. We found that for a given wire radius the binding energy of the impurity increases with the magnetic field and that for a given magnetic field value it decreases with wire radius. Our results are in good agreement with previous theoretical reports.
AbstractList In this paper we present a calculation of the binding energy of a donor impurity in a cylindrical GaAs-Ga 0.6Al 0.4As quantum well wire (QWW) as a function of an applied magnetic field for different wire radii and different positions of the donor. The model considers an infinite length QWW with a carrier that is confined laterally by a parabolic potential and the presence of a uniform magnetic field applied parallel to the wire axis. The 1s-like impurity state is considered using the effective-mass approximation within the variational approach. We found that for a given wire radius the binding energy of the impurity increases with the magnetic field and that for a given magnetic field value it decreases with wire radius. Our results are in good agreement with previous theoretical reports.
Author Villamil, Pablo
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  organization: Departamento de Matemáticas y Física, Universidad de Sucre, A.A. 406, Sincelejo, Colombia
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Binding energy
Quantum well wires
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Snippet In this paper we present a calculation of the binding energy of a donor impurity in a cylindrical GaAs-Ga 0.6Al 0.4As quantum well wire (QWW) as a function of...
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Hydrogenic donor impurity
Quantum well wires
Title Donor in cylindrical quantum well wire under the action of an applied magnetic field
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