Abstract
A theory of the exciton spectrum of an individual complex hexagonal nanotube in an array of hexagonal quantum tubes prepared from InP and InAs has been proposed in the framework of the effective-mass and square-potential approximations. It has been demonstrated that the theoretically calculated exciton spectrum agrees well with the experimental emission spectrum of the array of widely spaced hexagonal nanotubes not only in energy positions of the peaks but also in their intensity.
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