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The theory of exciton spectrum of multi-shell hexagon nanotube is developed within the Bethe method and Green functions taking into account the exciton-phonon interaction. The theory is based at the effective masses model for the excitons’ electron and hole and dielectric continuum model for the interface and confined phonons. For the hexagon nanotube at the base of and semiconductors it is proven that the calculated magnitudes of energies and intensities of quantum transitions correlate to the experimental data.

EXCITON SPECTRUM OF HEXAGON NANOTUBE AS NANOSENSOR ELEMENT