Search academic texts

Information × Registration Number 0308U001669, 0106U003116 , R & D reports Title Quantum kinetic and thermodynamic properties of low dimentional conductors popup.stage_title Магнітні квантові осциляції провідності і намагніченості в квазідвовимірних провідниках Head Gvozdikov Volodimir Mihailovich, Registration Date 15-02-2008 Organization Kharkov national university named after V.N. Karazin popup.description2 Object of research - lowdimension conductors-quantum dots, wires, nanotubes, quantum wells and rings, geterostructures with 2D electronic gas, organic quasitwodimensional conductors, lowdimensional superconductors, complete nanoparticles. A purpose of work - construction of the theory of the thermodynamic and kinetic properties of these systems, in particular the development of Weiss oscillations theory, the theory of magnitoimpurity electron states quantum dots, the theory of particles energy splitting in nonsymmetric potential fields, the theory of complete nanoparticles masstransport in condesed matter. Method of research - Green quantum functions, functional methods, Keldysh method. The quantum magneticbreakedown Weiss oscillations theory and Shubnikov - de Haas magnetoresistance of 2D conductors whis 1D potential modulations theory have been constracted. Analytically and numerrically quantum oscillations of electron magnetization in 2D lattice with account of magnetic breakdown have been studied.The theory of magnitoimpurity states of electrons in quantum dots, the theory of particles energy splitting in nonsymmetric potetial fields, the theory of complete nanoparticles masstransport in condesed matter heve been constructed. These systems are a component of devices modern nanotechnology. The received results - a component of theoretical base for development of new modern nanotechnology directions - microelectronics, electronics, spintronics. Product Description popup.authors popup.nrat_date 2020-04-02 Close