summary:Sufficient conditions for destabilizing effects of certain unilateral boundary conditions and for the existence of bifurcation points for spatial patterns to reaction-diffusion systems of the activator-inhibitor type are proved. The conditions are related with the mollification method employed to overcome difficulties connected with empty interiors of appropriate convex cones
AbstractWe analyse a reaction-diffusion system and show that complex spatial patterns can be generat...
summary:We show the location of so called critical points, i.e., couples of diffusion coefficients f...
Given a reaction-diffusion system which exhibits Turing's diffusion-driven instability, the influenc...
summary:Sufficient conditions for destabilizing effects of certain unilateral boundary conditions an...
summary:We consider a reaction-diffusion system of the activator-inhibitor type with boundary condit...
summary:We consider a reaction-diffusion system of the activator-inhibitor type with boundary condit...
summary:Reaction-diffusion systems are studied under the assumptions guaranteeing diffusion driven i...
summary:Reaction-diffusion systems are studied under the assumptions guaranteeing diffusion driven i...
summary:We consider a reaction-diffusion system of the activator-inhibitor type with boundary condit...
summary:Given a reaction-diffusion system which exhibits Turing's diffusion-driven instability, the ...
AbstractWe consider a reaction–diffusion system of activator–inhibitor or substrate-depletion type w...
summary:We consider a simple reaction-diffusion system exhibiting Turing's diffusion driven instabil...
summary:We consider a simple reaction-diffusion system exhibiting Turing's diffusion driven instabil...
AbstractWe consider a reaction–diffusion system of activator–inhibitor or substrate-depletion type w...
We analyse a reaction-diffusion system and show that complex spatial patterns can be generated by im...
AbstractWe analyse a reaction-diffusion system and show that complex spatial patterns can be generat...
summary:We show the location of so called critical points, i.e., couples of diffusion coefficients f...
Given a reaction-diffusion system which exhibits Turing's diffusion-driven instability, the influenc...
summary:Sufficient conditions for destabilizing effects of certain unilateral boundary conditions an...
summary:We consider a reaction-diffusion system of the activator-inhibitor type with boundary condit...
summary:We consider a reaction-diffusion system of the activator-inhibitor type with boundary condit...
summary:Reaction-diffusion systems are studied under the assumptions guaranteeing diffusion driven i...
summary:Reaction-diffusion systems are studied under the assumptions guaranteeing diffusion driven i...
summary:We consider a reaction-diffusion system of the activator-inhibitor type with boundary condit...
summary:Given a reaction-diffusion system which exhibits Turing's diffusion-driven instability, the ...
AbstractWe consider a reaction–diffusion system of activator–inhibitor or substrate-depletion type w...
summary:We consider a simple reaction-diffusion system exhibiting Turing's diffusion driven instabil...
summary:We consider a simple reaction-diffusion system exhibiting Turing's diffusion driven instabil...
AbstractWe consider a reaction–diffusion system of activator–inhibitor or substrate-depletion type w...
We analyse a reaction-diffusion system and show that complex spatial patterns can be generated by im...
AbstractWe analyse a reaction-diffusion system and show that complex spatial patterns can be generat...
summary:We show the location of so called critical points, i.e., couples of diffusion coefficients f...
Given a reaction-diffusion system which exhibits Turing's diffusion-driven instability, the influenc...