Phenomenological theory of relaxation in two-sublattice ferriteThe dissipative function of a two-sublattice ferrite was constructed. The
relaxation times
Theory of the copper nuclear spin-lattice relaxation in CuGeO3-nearest-neghbor antiferromagnetic interaction, a
theory of the copper spin-lattice
relaxation in the uniform state of the spin
Langevin approach to the theory of dielectric relaxation of ice Ih© 2018 Within the Langevin approach a new phenomenological model of dielectric
relaxation The 'fractional' kinetic equations and general theory of dielectric relaxation result allows in developing a consistent and general
theory of dielectric
relaxation that can describe
Combined relaxation method for monotone equilibrium problems enables us to construct a new combined
relaxation method and essentially simplify its line search
Self-consistent theory of anharmonic crystals containing substitutional impurities studied on the basis of the nonsymmetrized self-consistent field method. Lattice
relaxation near
The 'fractional' kinetic equations and general theory of dielectric relaxation result allows in developing a consistent and general
theory of dielectric
relaxation that can describe
A mechanism for the quadrupole relaxation of nuclear spins in liquid metalsThe Kubo-Tomita magnetic
relaxation theory is used to study the quadrupole mechanism