Self-Consistent Approach to Solving the Problem of Crystal Lattice Formation in an Electron-Hole Plasma
We transform the Hubbard Hamiltonian for electrons of ns bands of crystal atoms into the electron-hole Hamiltonian using Shiba operators. We use this Hamiltonian to study the behavior of the electron-hole system as a function of its internal and external parameters and show that in contrast to a one...
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| Veröffentlicht in: | Theoretical and mathematical physics 2019-07, Vol.200 (1), p.1063-1073 |
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| container_end_page | 1073 |
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| container_title | Theoretical and mathematical physics |
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| creator | Voronkova, T. O. Sarry, A. M. Sarry, M. F. Skidan, S. G. |
| description | We transform the Hubbard Hamiltonian for electrons of ns bands of crystal atoms into the electron-hole Hamiltonian using Shiba operators. We use this Hamiltonian to study the behavior of the electron-hole system as a function of its internal and external parameters and show that in contrast to a one-component electron system, there are no conditions for the appearance of structural phase transitions in this two-component system. |
| doi_str_mv | 10.1134/S0040577919070109 |
| format | Article |
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| subjects | Applications of Mathematics Crystal lattices Electrons Holes (electron deficiencies) Mathematical and Computational Physics Phase transitions Physics Physics and Astronomy Theoretical |
| title | Self-Consistent Approach to Solving the Problem of Crystal Lattice Formation in an Electron-Hole Plasma |
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