Local effects of structure formation and control in self-organizing systems. II (Q1907774)

Some experimental and simulation results concerning structural changes and structure formation control of very complicated nonlinear dissipative objects (such as chemical multireactions) with distributed parameters are reported. It is outlined that the only points of the spatial dissipative object capable to respond to external forces with phase transition are the maximum points and inflection points of autocatalytic variables. External action on spatial localization of other system components participating in the processes do not alter the attraction domain of the structure. The control action has been applied in the form of a local change in the field of diffusion coefficients.