Low-Frequency Mechanical Effect of Concentrations of Bimolecular Reaction Intermediates on Oscillations in Structured Liquid

A mathematical model of bimolecular chemical reaction with the low-frequency mechanical action and reagents being associated is developed. The difference in reactivity of reagent molecules and their associates is taken into account. The features of the kinetics and stability of reaction modes under an external low-frequency effect on the reaction rate constants of monomers, dimers, and trimers are determined. The possibility of controlling the transitions from the stable reaction mode to the unstable mode and back when the frequency and amplitude of the external influence is changed is shown.