SYNTHESIS AND MODELING OF COMMON CLASS OF CHEMICAL OBJECTS CONTROL SYSTEM
In the report we explore the self-oscillating mode control method for common class of chemical objects. In chemistry and other industries the different processes are spread in which a nonlinear physical and chemical reactions exists. Such class of objects are dispersed systems with chemical reactions, such as problems of mass crystallization from solutions of complex, multi-film deposition process gas methods, processes, electrolysis, etc. The report explore the problem of control of the chemical class of objects described by essentially nonlinear differential equations. These objects have the property of bifurcation and instability. The aim of control is to ensure the self-oscillatory modes associated with the nature of processes such as growth of thin films.