Fokker-Planck approach to non-Gaussian normal diffusion: Hierarchical dynamics for diffusing diffusivity-Gaussian normal
diffusion that has experimentally been observed in several heterogeneous systems. From the Fokker
Quantum-thermal self-diffusion as a hydrodynamic mechanism for the fluctuations relaxation, into the Lagrangian density, terms taking into account the
diffusion velocity at zero and finite temperatures
On concentration dependence of arsenic diffusivity in siliconAn analysis of the equations used for modeling thermal arsenic
diffusion in silicon has been
Widening the criteria for emergence of Turing patternsThe classical concept for emergence of Turing patterns in reaction-
diffusion systems requires
The use of hierarchy analysis in the diffusion of organization innovationsThe article describes the results of studies concerning innovation
diffusion issues
Reaction–diffusion waves in biologyThe theory of reaction–
diffusion waves begins in the 1930s with the works in population dynamics
Modeling of intergrain diffusion in solids with account for grain surface morphologyAn equation for intergrain
diffusion accounting for grain surface topology has been derived
Numerical simulation of relaxation of quantum thermal fluctuations terms that involve the
diffusion velocity at zero and finite temperatures, as well as the
diffusion Reaction-diffusion equations with spatially distributed hysteresisThis paper deals with reaction-
diffusion equations involving a hysteretic discontinuity
Systems of reaction-Diffusion equations with spatially distributed hysteresisWe study systems of reaction-
diffusion equations with discontinuous spatially distributed