Noise-induced variability of thermochemical processes in a continuous stirred tank reactor is
studied on the basis of the Zeldovich–Semenov dynamical model. For the deterministic …

A thermochemical model in the parametric zone of hysteresis with coexisting equilibrium
and oscillatory attractors is considered. For the stochastic version of the model, we study …

The dynamics of complex chemical reactions is described by nonlinear differential equations
that cannot be solved analytically. Transients near a stationary state are characterized by a …

Предложен новый подход к решению обратной задачи химической кинетики по
неравновесным экспериментальным данным для сложных реакций, протекающих в …

Химические реакции, протекающие по нелинейным механизмам, содержащим стадии
взаимодействия различных реагентов (обратные связи), могут демонстрировать …

Mathematical models of nonequilibrium processes in distributed systems are described by
partial differential equations with given boundary conditions and, as a rule, cannot be solved …

Описан простой результативный метод решения обратной задачи химической
кинетики по данным нестационарных экспериментов для многостадийных реакций …

Motivated by the increasingly important role of mathematical modeling and computer-aided
analysis in engineering applications, we consider the problem of the mathematical modeling …

We study how noise generates complex oscillatory regimes in the nonlinear thermochemical
kinetics. In this study, the basic mathematical Zeldovich–Semenov model is used as a …

Fast changes in the kinetic characteristics occur at the beginning of the transition processes
of nonlinear chemical reactions, which are often not observed during nonstationary …