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DIMENSIONALLY QUANTIZATION OF THE ENERGY SPECTRUM OF HOLES IN A P-Te QUANTUM WELL

Authors

Farmonov Islam Elmar-ugli, Rasulov Rustam Yavkachovich, Rasulov Vohob Rustamovich, Holmatova G.M.

Annotation

The dimensionally quantization in a potential well grown on the basis of a gyrotropic crystal (for example, p-Se or p-Te) is theoretically investigated.

Expressions are obtained for the wave functions of holes depending on the dimensionally quantization number.

It was shown that the dimensionally-quantized spectrum of holes in gyrotropic crystals depends on the ratio of the hole energy to the height of the potential barrier. In particular, the energy spectrum of holes in the well consists of a set of dimensionally-quantized levels that do not intersect with each other due to the presence of an energy gap between subbands of the valence band

Keywords

energy spectrum.
dimensionally quantization
wave function
holes

Authors

Farmonov Islam Elmar-ugli, Rasulov Rustam Yavkachovich, Rasulov Vohob Rustamovich, Holmatova G.M.

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