The problem of normal and anomalous diffusion is formulated on the basis of integral master-type equations with various probability transition functions for diffusion in coordinate space (PTD functions). Grain diffusion in dusty plasmas has a normal character. The dependence of the diffusion coefficient as a function of the grain–grain interaction strength is investigated
We analyze recent results of atomistic computer simulations of grain boundary (GB) diffusion in meta...
Recently, the transition point between the Harrison Type-A to Type-B kinetics regimes as well as the...
abstractEN: In this Chapter, the finite element simulations of diffusion processes in homogeneous an...
The problem of normal and anomalous diffusion is formulated on the basis of integral master-type equ...
The problem of normal and anomalous space diffusion is formulated on the basis of the appropiate pro...
Abstract. The problem of normal and anomalous space diffusion is formulated on the basis of the inte...
The problem of normal and anomalous space difiusion is formulated on the basis of the integral equat...
The problem of anomalous diffusion in momentum space is considered for plasmalike systems on the bas...
Diffusion can be classified as either normal or anomalous. A variety of experimental systems are eva...
In this paper, the authors review recent progress that has been made in understanding various aspect...
An equation for intergrain diffusion accounting for grain surface topology has been derived. The dif...
The analysis of grain boundary (GB) diffusion in metallic systems based on Cu, Ni, Ag and Al was mad...
Grain boundary (GB) diffusion in engineering materials at elevated temperatures often determines the...
An advection-diffusion model has been set up to describe normal grain growth. In this model grains a...
We analyze recent results of atomistic computer simulations of grain boundary (GB) diffusion in meta...
Recently, the transition point between the Harrison Type-A to Type-B kinetics regimes as well as the...
abstractEN: In this Chapter, the finite element simulations of diffusion processes in homogeneous an...
The problem of normal and anomalous diffusion is formulated on the basis of integral master-type equ...
The problem of normal and anomalous space diffusion is formulated on the basis of the appropiate pro...
Abstract. The problem of normal and anomalous space diffusion is formulated on the basis of the inte...
The problem of normal and anomalous space difiusion is formulated on the basis of the integral equat...
The problem of anomalous diffusion in momentum space is considered for plasmalike systems on the bas...
Diffusion can be classified as either normal or anomalous. A variety of experimental systems are eva...
In this paper, the authors review recent progress that has been made in understanding various aspect...
An equation for intergrain diffusion accounting for grain surface topology has been derived. The dif...
The analysis of grain boundary (GB) diffusion in metallic systems based on Cu, Ni, Ag and Al was mad...
Grain boundary (GB) diffusion in engineering materials at elevated temperatures often determines the...
An advection-diffusion model has been set up to describe normal grain growth. In this model grains a...
We analyze recent results of atomistic computer simulations of grain boundary (GB) diffusion in meta...
Recently, the transition point between the Harrison Type-A to Type-B kinetics regimes as well as the...
abstractEN: In this Chapter, the finite element simulations of diffusion processes in homogeneous an...