Solution of the Inverse Problem by Stationary Data for Chemical Reactions with Nonideal Kinetics

Abstract A method for solving the inverse problem of chemical kinetics based on stationary data for chemical reactions proceeding according to nonideal kinetic laws in an isothermal gradientless reactor was developed. The estimation of the rates constants of reaction stages in terms of the Marcelin−de Donder kinetics different from mass action kinetics was exemplified. The results obtained expand the understanding of the possibility of solving the inverse problem of chemical kinetics by stationary data taking into account the influence of nonideal factors.