Abstract
Abstract The transport and deposition of aerosol particles in a horizontal tube with a linear wall temperature profile are analyzed. Assuming fully developed velocity and temperature fields, and using trajectory calculations, the deposition efficiency is calculated as a function of system parameters. It is found that buoyant flows tend to increase the rate of deposition of particles on the tube wall. Also, such flows can lead to azimuthal nonuniformity in the deposition process.
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