Relaxation and hydrodynamic processes

Part 1 Linear irreversible processes: linear response to mechanical and thermal perturbations Kubos theory of linear response linear kinetic and hydrodynamic equations quantum diffusion in crystals time correlation functions in equilibrium dispersion relations sum rules and symmetry relations for kinetic coefficients and susceptibilities. Part 2 Correlations in equilibrium and nonequilibrium states: nonequilibrium kinetic coefficients and greens functions equations of motion and perturbation theory for greens functions generalized kinetic equations in the green function formalism thermo-dynamic greens functions. Part 3 Non-linear relaxation processes: particle and energy exchange between nonequilibrium systems hot-electron transport in semiconductors master equations perturbation expansions of master equations master equation for the electron-impurity system master equation for classical fluids relaxation processes in open systems the quantum Fokker-Planck equation kinetic processes in lasers. Part 4 Hydrodynamic processes: general theory of nonequilibrium transport processes transport processes in a one-component fluid kinetic and transport coefficients multicomponent fluids thermal conduction diffusion and cross effects superfluid hydrodynamics the local equilibrium state and thermodynamic relations for a superfluid dissipative processes in a superfluid. Part 5 Hydrodynamic fluctuations: the Fokker-Planck equation for hydrodynamic fluctuations fluctuating hydrodynamics of a one-component fluid the Langevin formalism in fluctuating hydrodynamics hydrodynamic fluctuations in nonequilibrium fluids the dynamic structure factor in stationary nonequilibrium states statistical description of turbulent motions in a fluid the Fokker-Planck formalism for turbulence the Reynolds equations the entropy of turbulent motion the turbulent solutions of the Fokker-Planck equation.