AUTOMATION OF DECOMPOSITION METHOD FOR THE ANALYSIS OF INFORMATIVITY OF KINETIC MEASUREMENTS IN THE INVERSE PROBLEM
The subject of the research is the mathematical models of chemical kinetics. Solvable problem is the definition of mathematical models’ parameters based on kinetic measurements. In chemical terms the considered problems belong to the class of inverse problems of identification complex schemes of chemical reactions. The problems of solving the identification schemes of complex chemical reactions are difficult to study because the kinetic measurements due to the state of available measurement technology are not enough informative; consequently, the results of the solution of chemical kinetics inverse problems may vary. Moreover, the process of interpreting experimental results is very complicated due to the problems with solution by conventional methods, which is extremely difficult. This work is devoted to the development of approach for studying the kinetic catalytic reactions' regularities under stationary conditions. The main result is a description of the method of decomposition of complex chemical reactions on a number of simpler components, each of which has its own physic-chemical content, and its software implementation is for solving inverse problems of identification of complex chemical reactions' schemes. The developed method is applied to the study of particular heterogeneous catalytic reaction.