We study the existence and some properties of travelling waves in partially degenerate reaction-diffusion systems. Such systems may for example describe intracellular calcium dynamics in the presence of immobile buffers. In order to prove the wave existence, we first consider the non degenerate case and then pass to the limit as some of the diffusion coefficient converge to zero. The passage to the limit is based on a priori estimates of solutions independent of the values of the diffusion coefficients. The wave uniqueness is also proved
Abstract. We study a reaction di®usion model recently proposed in [5] to describe the spatiotemporal...
We study a class of bistable reaction-diffusion systems used to model two competing species. Systems...
AbstractWe study the existence of travelling wave solutions and the property of finite propagation f...
In this paper we study the existence of travelling wave solutions (t.w.s.), u(x, t)=φ(x-ct) for the ...
In this paper we study the existence of travelling wave solutions (t.w.s.), $u(x, t)=\phi(x−ct)$ for...
We study a reaction diffusion model recently proposed in [5] to describe the spatiotemporal evolutio...
We study a reaction diffusion model recently proposed in [5] to describe the spatiotemporal evolutio...
We study a reaction diffusion model recently proposed in [5] to describe the spatiotemporal evolutio...
In this paper we study the existence of travelling wave solutions (t.w.s.), u(x, t)=φ(x-ct) for the ...
AbstractIn this paper we study the existence of travelling wave solutions (t.w.s.), u(x, t)=φ(x−ct) ...
AbstractIn this paper we study the existence of travelling wave solutions (t.w.s.), u(x, t)=φ(x−ct) ...
We study a class of bistable reaction-diffusion systems used to model two competing specie...
We consider a one-dimensional reaction–diffusion equation of Fisher–Kolmogoroff– Petrovsky–Piscounof...
We consider a one-dimensional reaction–diffusion equation of Fisher–Kolmogoroff– Petrovsky–Piscounof...
We study a class of bistable reaction-diffusion systems used to model two competing species. Systems...
Abstract. We study a reaction di®usion model recently proposed in [5] to describe the spatiotemporal...
We study a class of bistable reaction-diffusion systems used to model two competing species. Systems...
AbstractWe study the existence of travelling wave solutions and the property of finite propagation f...
In this paper we study the existence of travelling wave solutions (t.w.s.), u(x, t)=φ(x-ct) for the ...
In this paper we study the existence of travelling wave solutions (t.w.s.), $u(x, t)=\phi(x−ct)$ for...
We study a reaction diffusion model recently proposed in [5] to describe the spatiotemporal evolutio...
We study a reaction diffusion model recently proposed in [5] to describe the spatiotemporal evolutio...
We study a reaction diffusion model recently proposed in [5] to describe the spatiotemporal evolutio...
In this paper we study the existence of travelling wave solutions (t.w.s.), u(x, t)=φ(x-ct) for the ...
AbstractIn this paper we study the existence of travelling wave solutions (t.w.s.), u(x, t)=φ(x−ct) ...
AbstractIn this paper we study the existence of travelling wave solutions (t.w.s.), u(x, t)=φ(x−ct) ...
We study a class of bistable reaction-diffusion systems used to model two competing specie...
We consider a one-dimensional reaction–diffusion equation of Fisher–Kolmogoroff– Petrovsky–Piscounof...
We consider a one-dimensional reaction–diffusion equation of Fisher–Kolmogoroff– Petrovsky–Piscounof...
We study a class of bistable reaction-diffusion systems used to model two competing species. Systems...
Abstract. We study a reaction di®usion model recently proposed in [5] to describe the spatiotemporal...
We study a class of bistable reaction-diffusion systems used to model two competing species. Systems...
AbstractWe study the existence of travelling wave solutions and the property of finite propagation f...