Abstract. We formulate a reaction diffusion equation with non-local term as a mean field equation of the master equation where the particle density is defined continuously in space and time. In the case of the constant mean waiting time, this limit equation is associated with the diffusion coefficient of A. Einstein, the reaction rate in phenomenology, and the Debye term under the presence of potential. 1. Introduction. Th
Abstract. We study the limit of high activation energy of a special Fokker–Planck equation known as ...
Abstract. We study a reaction-diffusion equation with a nonlocal reaction term that models a populat...
Many chemical reactions occur in a viscous solvent and are diffusion-limited, making a mean-field or...
We develop a microscopic theory for reaction-diffusion (RD) processes based on a generalization of E...
The problem of diffusion in a time-dependent (and generally inhomogeneous) external field is conside...
One of the central results in Einstein’s theory of Brownian motion is that the mean square...
SIGLETIB Hannover: RN 7349(511) / FIZ - Fachinformationszzentrum Karlsruhe / TIB - Technische Inform...
We study the limit of high activation energy of a special Fokker–Planck equation known as the Kramer...
A microscopic theory for reaction-difusion (R-D) processes is developed from Einstein's master equat...
The dynamics of a coupled two-component nonequilibrium system is examined by means of continuum fiel...
The reaction–diffusion master equation (RDME) is a model for chemical systems in which both noise in...
We study the limit of high activation energy of a special Fokker-Planck equation known as the Kramer...
Using the theory of Markovian diffusion processes it is established that a non-linear Fokker-Planck ...
The unified description of diffusion processes that cross over from a ballistic behavior at short ti...
We consider a general linear reaction–diffusion system in three dimensions and time, containing diff...
Abstract. We study the limit of high activation energy of a special Fokker–Planck equation known as ...
Abstract. We study a reaction-diffusion equation with a nonlocal reaction term that models a populat...
Many chemical reactions occur in a viscous solvent and are diffusion-limited, making a mean-field or...
We develop a microscopic theory for reaction-diffusion (RD) processes based on a generalization of E...
The problem of diffusion in a time-dependent (and generally inhomogeneous) external field is conside...
One of the central results in Einstein’s theory of Brownian motion is that the mean square...
SIGLETIB Hannover: RN 7349(511) / FIZ - Fachinformationszzentrum Karlsruhe / TIB - Technische Inform...
We study the limit of high activation energy of a special Fokker–Planck equation known as the Kramer...
A microscopic theory for reaction-difusion (R-D) processes is developed from Einstein's master equat...
The dynamics of a coupled two-component nonequilibrium system is examined by means of continuum fiel...
The reaction–diffusion master equation (RDME) is a model for chemical systems in which both noise in...
We study the limit of high activation energy of a special Fokker-Planck equation known as the Kramer...
Using the theory of Markovian diffusion processes it is established that a non-linear Fokker-Planck ...
The unified description of diffusion processes that cross over from a ballistic behavior at short ti...
We consider a general linear reaction–diffusion system in three dimensions and time, containing diff...
Abstract. We study the limit of high activation energy of a special Fokker–Planck equation known as ...
Abstract. We study a reaction-diffusion equation with a nonlocal reaction term that models a populat...
Many chemical reactions occur in a viscous solvent and are diffusion-limited, making a mean-field or...