FUNDAMENTAL MANAGEMENT (E g, µ BAND STRUCTURE) SILICON IS A NEW DIRECTION IN THE FIELD OF SEMICONDUCTOR MATERIALS

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FUNDAMENTAL MANAGEMENT (E g, µ BAND STRUCTURE) SILICON IS A NEW DIRECTION IN THE FIELD OF SEMICONDUCTOR MATERIALS

Authors

Tursunov Orzibek Bahrom o’g’li

Rubric:Physics
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In this paper, we consider the physical foundations for the formation of electronetral molecules between atoms of groups III and V, as well as elements of groups II and VI located in neighboring sites of the silicon lattice. Elements will participate in the formation of molecules. Preliminary results have shown that in the case of formed elementary cells Si2Zn--Se++ with a maximum concentration, Eg- varies from 1.35 to 1.12 eV and, accordingly, from 2.67 to 1.12 eV.

Keywords

silicon
Kloun interactions
nanoclusters
heterovarigone structures
selenium
zinc.

Authors

Tursunov Orzibek Bahrom o’g’li

References:

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[9]. M.K. Bahadirkhanov, B.K. Ismailov Gettering properties of clusters of nickel atoms in a silicon lattice //Pribory. 2020. No. 6 (240)

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