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Information × Registration Number 0205U006743, 0103U000491 , R & D reports Title Nonlinear problems of the condensed matter physics popup.stage_title Head Bilokolos, Registration Date 15-12-2005 Organization Institute for Magnetism of NASU popup.description2 .On the basis of the theory of the exactly integrable systems the theoretical models for the analytical description of zone spectra in solids with a complex atomic lattice is built. The electron zone spectra for metals with hexagonal compact atomic lattice are calculated. The self-consistent description for quantum states of electron-phonon low dimensional systems is proposed. The theory of Wannie functions in a finite-gap potential model is developed. The kinetic theory for soliton and breeze magnetic excitations is built. The features of the transport phenomena in the gas of weakly interacted breezes are studied. On the basis of the finite-gap potential model the self-consistent calculation of a parametric oscillations and parametric resonance are carried out. The theory of dynamic and static properties of mesoscopic magnetic systems with a magnetic state heterogeneity, vortical and nonlinear magnetic soliton excitations is developed. The anisotropy impact on magnetic properties of magnetic mesoscopic systems is studied. In particular, the corresponding magnetization process is investigated. The theory of the coherent macroscopic magnetic transitions in spin nanostructures with a magnetic anisotropy is developed. The magnetic proximity effect in magnetic hybrid structures is decrypted. Electronic and atomic structure and magnetic properties of metallic alloys are numerically calculated at normal and super high pressures. The impact of laser-induced electron drift effect on nonlinear optical properties of semiconducting crystals is studied.5635 Product Description popup.authors popup.nrat_date 2020-04-02 Close
R & D report
Head: Bilokolos. Nonlinear problems of the condensed matter physics. (popup.stage: ). Institute for Magnetism of NASU. № 0205U006743
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Updated: 2026-03-22
