Abstract
This paper describes a trajectory analysis of the inertia collection of monodisperse- and polydisperse-droplets by a normal flat plate and a circular cylinder in gas—liquid mist flow. taking into account the far-wake displacement effect of gas-phase flow. The effects of the far-upstream droplet-size distribution and the gas-phase flow separation upon the local collection efficiency and the velocities and size distribution of droplets on impringement are examined. On the basis of these results. a new equivalent diameter of polydisperse-droplets is proposed.
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