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С. І. Покутній, П. П. Горбик
«Взаємодія електромагнетного випромінення з квантововимірними електронними станами в наногетероструктурах з квантовими точками»
181–190 (2016)

PACS numbers: 71.35.-y, 73.20.Mf, 73.21.La, 78.67.Hc, 81.07.Ta

The interaction of electromagnetic field with size-quantization electron states arising from quasi-zero-semiconductor nanoheterosystems containing quantum dots are theoretically studied. As shown, the transition oscillator strengths and transition dipole moments for the electron states in the quasi-zero-nanosystems take giant values significantly exceeding the typical values of the corresponding values for bulk materials. Within the dipole approximation, it is found that the giant values of electromagnetic-wave absorption cross sections in quasi-zero-nanosystems allow use them as new strongly absorbing nanomaterials in a wide wavelength range (from-radio-to-visible spectrum).