CONTROLLABILITY CRITERION FOR A CHEMICAL REAKTOR

The current stage of development of our civilization is characterized, first of all, by an unprecedented increase in the power and prevalence of computer technology, and, following this, the penetration of computer science into all spheres of human activity. Robots, all kinds of devices and computer programs equipped with artificial intelligence, which will soon surpass hu-man capabilities in their capabilities, are beginning to play a dominant role not only in everyday life and industrial production, but also in scientific research. Informatization processes quickly penetrate into chemistry. This is especially facilitated by the fact that over the years chemistry has developed as a predominantly empirical science, and there-fore it has accumulated a huge amount of experimental data, a deep analysis of which is no longer possible without the use of modern informatics. In this article, the problem of controllability of a chemical reactor is investigated. The relevance of the article studied in the article also lies in the fact that mathematical modeling makes it possible to replace expensive and unsafe technological processes. In the article, based on the use of interval mathematics, a criterion for the controllability of a chemical reactor is obtained, which is implemented in the form of a program.