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Publications
Theory of deep substitutional
s
p
3-bonded impurity levels and core excitons at semiconductor interfaces
Home
Publications
Theory of deep substitutional
s
p
3-bonded impurity levels and core excitons at semiconductor interfaces
Theory of deep substitutional
s
p
3-bonded impurity levels and core excitons at semiconductor interfaces
Authors:
HH
H. P. Hjalmarson
H. P. Hjalmarson
RA
R. E. Allen
R. E. Allen
HB
H. Büttner
H. Büttner
JD
J. D. Dow
J. D. Dow
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1 September 1980
journal article
Published by
American Vacuum Society
in
Journal of Vacuum Science and Technology
Vol. 17
(5)
,
993-996
DOI:
10.1116/1.570655
Abstract
A theory of the major chemical trends in the binding energies of deep substitutional
s
p
3
‐bonded impurity levels and Frenkel core excitons at interfaces is presented and applied to a GaAs/AlAs (110) interface.
Keywords
GALLIUM ARSENIDES
ALUMINIUM ARSENIDES
INTERFACES
IMPURITIES
ENERGY LEVELS
ELECTRONIC STRUCTURE
EXCITONS
BINDING ENERGY
CHEMICAL COMPOSITION
LCAO METHOD
VALENCE
BAND THEORY
HAMILTONIANS
PERTURBATION THEORY
FRENKEL DEFECTS
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