The techniques of quantum field theory on a lattice are used to examine the diffusion and
reaction processes of particles in a solid, such as vacancies or interstitials, or chemical …

Reactive lattice gas automata provide a microscopic approach to the dynamics of spatially-
distributed reacting systems. An important virtue of this approach is that it offers a method for …

Classical reaction kinetics has been found to be unsatisfactory when the reactants are
spatially constrained on the microscopic level by either walls, phase boundaries, or force …

We study the reaction front for the process A+ B→ C in which the reagents move
subdiffusively. Our theoretical description is based on a fractional reaction-subdiffusion …

Conventional equations for enzyme kinetics are based on mass-action laws, that may fail in
low-dimensional and disordered media such as biological membranes. We present Monte …

The state of the art in Biopharmaceutics, Pharmacokinetics, and Pharmacodynamics
Modeling is presented in this new second edition book. It shows how advanced physical and …

We obtain rigorous bounds on the long-time behavior of the densities ρ A (t) and ρ B (t) of
species A and B, which diffuse and annihilate upon meeting, ie, A+ B→ inert. For equal …

This monograph deals with the effects of reactant spatial correlations arising in the course of
basic bimolecular reactions describing defect recombination, energy transfer and exciton …

We study the spatial interparticle distribution function in diffusion-limited reactions and its
effect on the macroscopic reaction rate. For an exactly soluble model we find that a universal …

We consider the kinetics of a steady-state aggregation process in which the basic dynamical
variable is a ''charge''which can assume both positive and negative values. We rigorously …