Strong coupling characterisation of quasi-1D polarons in cylindrical QW-wires
Date
1996
Authors
Erçelebi, A.
Senger, R. T.
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Abstract
We retrieve, within the strong-coupling theory, the quasi-one dimensional analog of the standard optical polaron relevant to a cylindrical quantum well wire. Under the assumption of perfect confinement the ground state binding energy, effective polaronic mass and the phonon-coupling-induced potential well profiles are given as a function of the wire radius and the electron-phonon interaction strength.
Source Title
Solid State Communications
Publisher
Pergamon Press
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Keywords
A. quantum well, D. electron-phonon interaction, Approximation theory, Crystal lattices, Electrons, Heterojunctions, Phonons, Semiconductor device manufacture, Semiconductor quantum wells, Bulk phonon approximation, Cylindrical quantum well wire, Ground state binding energy, Phonon coupling induced potential well profiles, Quasi one dimensional polarons, Semiconductor quantum wires
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English