Konarovskyi V. System of sticking diffusion particles of variable mass. Ukrainian Mathematical Journal. 2010;62(1):97-113.We construct a mathematical model of an infinite system of diffusion particles with interaction whose masses affect the diffusion coefficient. The particles begin to move from a certain stationary distribution of masses. Their motion is independent up to their meeting. Then the particles become stuck and their masses are added. As a result, the diffusion coefficient varies as a function inversely proportional to the square root of the mass. It is shown that the mass transported by particles is also characterized by a stationary distribution
We solve a nonequilibrium statistical-mechanics problem exactly, namely, the single-file dynamics of...
In this study, inspired by the work of Nakazato and Kitahara (1980 Prog. Theor. Phys. 64 2261), we c...
We study the diffusion of tagged hard-core interacting Brownian point particles under the influence ...
Konarovskyi V. Mathematical model of heavy diffusion particles system with drift. Communications on ...
Konarovskyi V. On Infinite System of Diffusing Particles with Coalescing. SIAM Theory of Probability...
Konarovskyi V. On asymptotic behavior of the modified Arratia flow. Electronic Journal of Probabilit...
The influence of crowding on the diffusion of tagged particles in a dense medium is investigated in ...
We study the diffusion of N particles on an infinite line. The particles obey the standard diffusio...
Konarovskyi V. A system of coalescing heavy diffusion particles on the real line. Annals of Probabil...
The influence of crowding on the diffusion of tagged particles in a dense medium is investigated in ...
We investigate particle diffusion in a heterogeneous medium limited by a surface where sorption–deso...
Konarovskyi V. Coalescing-Fragmentating Wasserstein Dynamics: particle approach. ArXiv:1711.03011 . ...
The paper considers the process of external mass transfer between the surface of the particles and t...
Konarovskyi V. The martingale problem for a measurevalued process with heavy diffusion particles. Th...
International audienceSingle-file diffusion is a one-dimensional interacting infinite-particle syste...
We solve a nonequilibrium statistical-mechanics problem exactly, namely, the single-file dynamics of...
In this study, inspired by the work of Nakazato and Kitahara (1980 Prog. Theor. Phys. 64 2261), we c...
We study the diffusion of tagged hard-core interacting Brownian point particles under the influence ...
Konarovskyi V. Mathematical model of heavy diffusion particles system with drift. Communications on ...
Konarovskyi V. On Infinite System of Diffusing Particles with Coalescing. SIAM Theory of Probability...
Konarovskyi V. On asymptotic behavior of the modified Arratia flow. Electronic Journal of Probabilit...
The influence of crowding on the diffusion of tagged particles in a dense medium is investigated in ...
We study the diffusion of N particles on an infinite line. The particles obey the standard diffusio...
Konarovskyi V. A system of coalescing heavy diffusion particles on the real line. Annals of Probabil...
The influence of crowding on the diffusion of tagged particles in a dense medium is investigated in ...
We investigate particle diffusion in a heterogeneous medium limited by a surface where sorption–deso...
Konarovskyi V. Coalescing-Fragmentating Wasserstein Dynamics: particle approach. ArXiv:1711.03011 . ...
The paper considers the process of external mass transfer between the surface of the particles and t...
Konarovskyi V. The martingale problem for a measurevalued process with heavy diffusion particles. Th...
International audienceSingle-file diffusion is a one-dimensional interacting infinite-particle syste...
We solve a nonequilibrium statistical-mechanics problem exactly, namely, the single-file dynamics of...
In this study, inspired by the work of Nakazato and Kitahara (1980 Prog. Theor. Phys. 64 2261), we c...
We study the diffusion of tagged hard-core interacting Brownian point particles under the influence ...