Glutsch, S., Bechstedt, F., Wegscheider, Werner und Schedelbeck, G.
Confined Excitons in T-Shaped Quantum Wires.
physica status solidi a 164 (1), S. 405-408.
Zum Artikel beim Verlag (über DOI)
The dependence of the exciton binding energy on the structural parameters in T-shaped quantum wires is studied numerically, including nonparabolicity and dielectric mismatch. The symmetric structure with pure AlAs barriers was found to give the highest exciton binding energy. Optimized asymmetric T-structures show a binding energy that is nearly constant in a large range of parameters. A large ...
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