The aim of this paper is to study the asymptotic behavior of solutions for some reaction–diffusion systems in biology. First, we establish a Liouville type theorem for entire solutions of these reaction–diffusion systems. Based on this theorem, we derive the stabilization of the solutions of the reaction–diffusion system to the unique positive constant state, under the condition that this positive constant state is globally stable in the corresponding kinetic systems. Two specific examples about spreading phenomena from ecology and epidemiology are given to illustrate the application of this theory.補正完
Abstract. In this paper we study asymptotic behavior for a reaction diffusion equation with importan...
We consider a reaction-diffusion system modeling chemotaxis, which describes the situation of two sp...
A reaction-diffusion system modeling the predation between two species is analyzed in the case in wh...
AbstractThis paper is concerned with some qualitative analysis for a coupled system of three reactio...
AbstractThis paper is concerned with positive steady-state solutions of a coupled reaction-diffusion...
AbstractSome coupled reaction-diffusion systems arising from chemical diffusion processes and combus...
AbstractWe give a condition which implies that the trivial solution, U ≡ 0, of a class of reaction-d...
AbstractIn the first part of this paper it is proved a general principle for reaction-diffusion coop...
AbstractThis paper is concerned with a predator–prey system with diffusion. The global asymptotic st...
systems which model the competitive interaction of two or more organisms allowed to move freely thro...
Abstract. In this survey article, we provide some basic population models and state positive coexist...
The nonlinear stability of the equilibrium state of a reaction-diffusion system of P.D.Es is studied...
The nonlinear stability of the equilibrium state of a reaction-diffusion system of P.D.Es is studied...
The nonlinear stability of the equilibrium state of a reaction-diffusion system of P.D.Es is studied...
AbstractThis paper is concerned with some qualitative analysis for a coupled system of three reactio...
Abstract. In this paper we study asymptotic behavior for a reaction diffusion equation with importan...
We consider a reaction-diffusion system modeling chemotaxis, which describes the situation of two sp...
A reaction-diffusion system modeling the predation between two species is analyzed in the case in wh...
AbstractThis paper is concerned with some qualitative analysis for a coupled system of three reactio...
AbstractThis paper is concerned with positive steady-state solutions of a coupled reaction-diffusion...
AbstractSome coupled reaction-diffusion systems arising from chemical diffusion processes and combus...
AbstractWe give a condition which implies that the trivial solution, U ≡ 0, of a class of reaction-d...
AbstractIn the first part of this paper it is proved a general principle for reaction-diffusion coop...
AbstractThis paper is concerned with a predator–prey system with diffusion. The global asymptotic st...
systems which model the competitive interaction of two or more organisms allowed to move freely thro...
Abstract. In this survey article, we provide some basic population models and state positive coexist...
The nonlinear stability of the equilibrium state of a reaction-diffusion system of P.D.Es is studied...
The nonlinear stability of the equilibrium state of a reaction-diffusion system of P.D.Es is studied...
The nonlinear stability of the equilibrium state of a reaction-diffusion system of P.D.Es is studied...
AbstractThis paper is concerned with some qualitative analysis for a coupled system of three reactio...
Abstract. In this paper we study asymptotic behavior for a reaction diffusion equation with importan...
We consider a reaction-diffusion system modeling chemotaxis, which describes the situation of two sp...
A reaction-diffusion system modeling the predation between two species is analyzed in the case in wh...