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Electrostatic and Inertial Collection of Aerosol Particles by Water Droplets
Authors:M. B. Chang  K. H. Leong  J. J. Stukel
Affiliation:Department of Civil Engineering , University of Illinois at Urbana-Champaign , Urbana, IL, 61801
Abstract:Inertial impaction and electrostatic attraction are generally the two most important mechanisms for the collection of charged micron-sized particles by charged droplets. An experiment was carried out to determine the collision efficiencies of charged 142-μm-radius water droplets for charged micron-sized particles under different values of the electrostatic force. Experimental results agree well with a trajectory model that used a numerically derived flow field for the 142-μm-radius droplets.
Keywords:Air Quality Model  Aerosol Dynamics  Linear Interpolation  Pm 2.5  Pm 10
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