Abstract
The electronic spectrum in a cylindrical CdS/β-HgS semiconductor heterosystem of the quantum wire type located in an H2O dielectric medium is investigated. In the energy interval where the levels of both potential wells merge, there is a repulsion effect on the levels (a “bottleneck” effect). The nonmonotonic dependence of the electron and hole spectra on the thickness of the β-HgS film means that in experiments there is an instability of the energy position of the exciton lines in a certain frequency range.
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