Author(s)

D.A.Gubaidullin, R.G. Zaripov, R.G.Galiullin, & E.R.Galiullina

Abstract

Aerosol coagulation on nonlinear oscillations in a closed tube ~.~.Gubaidullin', R.G. zaripovl, R.G.Galiullin2 & ~.R.Galiullina* '~nstitute of Mechanics & Machinery, Kazan Science Center, Russian Acad. Sci., Russia 2 Kazan State University, Russia Abstract Results of experimental investigation of nonlinear oscillations of an aerosol contained in a long closed tube are presented. Aerosol longitudinal oscillations were generated by a plane piston; a tube included a quartz section with phototransducer having permitted one to register light-penetrability of a medium that governs particle concentration. Dependences of coagulation time of droplets on i?equency and intensity of oscillations were obtained for several frequency values including subharmonic resonance. Non-monotonous nature of a dependence of droplet coagulation time on frequency has been revealed with a minimum at a frequency of subharmonic resonance. It has been shown that as intensity of piston oscillation increases coagulatio~ time o

Keywords