Kinetics of reactions with participation of iodide and iodine under conditions of hydrodynamic cavitation

Using Hydrodynamic Cavitation Device in the Industry

“…In previous studies [14] were experimentally studied the mass transfer laws during dissolution of solids in terms of hydrodynamic cavitation. The obtained results also demonstrate the feasibility of using cavitation devices for intensification of the processes of substances dissolution (substances with diffuse nature of dissolution).…”

“…Modern theorists consider hydrodynamic cavitation intensification as a complex problem, whosesuccessful solution depends on a large number of constituent aspects. The works [7,6,9,14] are devoted to hydrodynamic cavitation, in detail they describe models of cavitation flow, mechanism of dynamics, emergence, growth and implosion of vapourgas cavities, they present the results on physical and chemical phenomena accompanying cavitation and causing severe destructive effect or intensification of action, regardless of the variety of mechanisms and forms of expression.…”

“…Numerous scientific publications devoted to the use of cavitation as a method of processes intensification in chemical, chemical-pharmaceutical and food industries, [5,6,7,13,14] explain the mechanism of impact of cavitation fields on technological environment based on cumulative hypothesis according to which in the final stage the implosion of cavitation bubbles emerge micro-streams oh high energy potential. They affect the surface of phase distribution, i.e.…”