Price. 60 L.

Includes bibliographical references (pages 343-346) and index.

Energy spectrum of charge carriers in a layered crystal and thin film on its basis in a quantizing magnetic field -- Electron density of states and statistic properties of electron gas in layered crystals and thin films on their basis in the absence of a magnetic field -- Density of states and statistical properties of electron gas in layered crystals in the presence of interlayer charge ordering -- Statistical properties of electron gas in layered crystals and thin films on their basis in the presence of a quantizing magnetic field under strong degeneracy conditions -- Statistical properties of electron gas in layered crystals and thin films on their basis in the presence of a quantizing magnetic field under weak and intermediate degeneracy conditions -- Statistical properties of electron gas in layered charge-ordered crystals in a quantizing magnetic field under strong degeneracy conditions -- Statistical properties of electron gas in layered charge-ordered crystals in a quantizing magnetic field under weak and intermediate degeneracy conditions -- General formulae for the diamagnetic susceptibility of electron gas in layered crystals and thin films on their basis -- Landau diamagnetism and total magnetic susceptibility of electron gas in layered crystals and thin films on their basis in a weak magnetic field -- Diamagnetic susceptibility of charge-ordered layered crystals in a weak magnetic field -- De Haas-van Alphen diamagnetism in layered crystals and thin films on their basis -- De Haas-van Alphen diamagnetism in charge-ordered layered crystals -- Langevin diamagnetism in layered crystals and thin films on their basis -- Langevin diamagnetism in charge-ordered layered crystals -- General formulae for a longitudinal electric conductivity of a layered crystal in a strong quantizing magnetic field and general conditions for the origination of longitudinal galvanomagnetic effects -- Longitudinal electric conductivity of layered crystals in a quantizing magnetic field under strong degeneracy conditions and in the approximation of constant relaxation time -- Longitudinal electric conductivity of layered crystals in a quantizing magnetic field under strong degeneracy conditions and in the approximation of constant electron mean free path -- Shubnikov-de Haas effect in layered crystals with two-sheeted fermi surfaces in quasi-classical approximation -- Longitudinal electric conductivity of layered crystals in a quantizing magnetic field with relaxation time proportional to total electron velocity -- Longitudinal conductivity of a layered crystal in a quantizing magnetic field in a model of relaxation time proportional to longitudinal velocity -- Effect of interlayer charge ordering on longitudinal electric conductivity of layered crystals under strong degeneracy conditions -- Simple formulae for longitudinal electric conductivity of layered charge-ordered crystals -- General formula for the Seebeck coefficient of layered crystals in a quantizing magnetic field -- Field dependence of the Seebeck coefficient in layered crystals in the approximation of constant relaxation time -- Field dependence of the Seebeck coefficient in a layered crystal in the model of constant mean free path -- Field dependence of the Seebeck coefficient in a layered crystal in the model of relaxation time proportional to full electron velocity -- Field dependence of the Seebeck coefficient in the model of relaxation time proportional to longitudinal velocity -- Effect of charge ordering on the Seebeck coefficient of layered crystals -- Power factor of a layered crystal in the approximation of constant relaxation time -- Power factor of a layered crystal in the approximation of constant mean free path of charge carriers -- Power factor of a layered crystal with relaxation time proportional to full electron velocity on the fermi surface -- Power factor of a layered crystal at relaxation time -- Proportional to electron longitudinal velocity -- Power factor of a charge-ordered layered crystal -- Longitudinal electric conductivity of layered crystals in the absence of a magnetic field under conditions of weak and intermediate degeneracy -- Longitudinal magnetoresistance of layered crystals under weak and intermediate degeneracy -- Longitudinal electric conductivity of layered crystals in the absence of magnetic field under conditions of weak and intermediate degeneracy with regard to the influence of FS closeness on scattering -- Longitudinal magnetoresistance of a layered crystal under conditions of weak and intermediate degeneracy with regard to the influence of density of states on scattering -- Temperature-dependent Kapitsa effect -- The Kapitsa effect in charge-ordered layered crystals -- Temperature dependence of longitudinal electric conductivity of layered charge-ordered crystals in the absence of a magnetic field -- Magnetoresistance inversion in charge-ordered layered crystals at [] const -- Longitudinal electric conductivity of charge-ordered layered crystals in the absence of a magnetic field under conditions of weak and intermediate degeneracy with regard to fs closeness impact on scattering -- Magnetoresistance inversion in the charge-ordered layered crystals at [] /g(A) -- General formula for the Seebeck coefficient of a layered crystal under conditions of weak and intermediate degeneracy -- Temperature dependence of the Seebeck coefficient in a layered crystal in the absence of a magnetic field in the approximation of constant relaxation time -- Magnetic field dependence of the Seebeck coefficient of a layered crystal under conditions of weak and intermediate degeneracy in the approximation of constant relaxation time -- Temperature dependence of the Seebeck coefficient in a layered crystal with regard to energy dependence of relaxation time -- Magnetic field dependence of the Seebeck coefficient of a layered crystal under conditions of weak and intermediate degeneracy in the approximation of energy-dependent relaxation time -- Temperature dependence of the Seebeck coefficient of layered charge-ordered crystals in the absence of a magnetic field -- Magnetic field dependence of the Seebeck coefficient of the charge-ordered layered crystals under conditions of weak and intermediate degeneracy in the approximation of constant relaxation time -- Temperature dependence of the Seebeck coefficient of a charge-ordered layered crystal in the approximation of energy-dependent relaxation time -- Field dependence of the Seebeck coefficient of layered charge-ordered crystals under conditions of weak and intermediate degeneracy with regard to energy dependence of relaxation time -- Power factor of a layered crystal in the absence of a magnetic field -- Magnetic field dependence of power factor of a layered crystal in the approximation of constant relaxation time under conditions of weak and intermediate degeneracy -- Temperature dependence of power factor of a layered crystal under conditions o weak and intermediate degeneracy with regard to energy dependence of relaxation time -- Power factor of a layered charge-ordered crystal in the absence of a magnetic field under conditions of weak and intermediate degeneracy -- Field dependence of power factor of a charge-ordered layered crystal in the approximation of constant relaxation time under conditions of weak and intermediate degeneracy -- Temperature dependence of power factor of layered charge-ordered crystals under weak and intermediate degeneracy in the absence of a magnetic field with regard to the energy dependence of relaxation time -- Field dependence of power factor of a charge-ordered layered crystal with regard to the energy dependence of relaxation time under conditions of weak and intermediate degeneracy -- Classification and general characterization of size effects used for figure of merit improvement of thermoelectric materials -- TEM lattice thermal conductivity reduction through optimization of its shape-forming element -- Effect of charge carrier scattering on the boundaries on the electric conductivity of TEM contacting particles -- Effect of TEM anisotropy on the electric conductivity of its contacting particles -- The mechanism of thermoelectric figure of merit increase in the bulk nanostructured TEM -- Method for kinetic coefficients averaging over the size of particles and its impact on the predicted figure of merit of the bulk nanostructured TEM -- On the possibility of using TEM powders of variable granulometric composition for the fabrication of thermoelectric modules -- The importance of a knowledge of a real frequency dependence of the density of phonon states for prediction of the thermoelectric figure of merit of TEM.