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Water droplet growth measurements in a continuous flow parallel plate thermal diffusion cloud chamber.
Brown JT Jr.; Schowengerdt FD
J Aerosol Sci 1979 Sep; 10(5):515-520
Real time measurements of water droplet growth on a natural aerosol were made using a continuous flow thermal diffusion cloud chamber and an optical particle detector. Droplet trajectories were calculated based on temperature and saturation ratios and velocity of the carrier air. Measurements and predictions agreed well when the accepted values of 0.036 for the condensation coefficient and 1.00 for the thermal accommodation coefficient were used. The authors conclude that this measurement method can be used effectively with respirable mineral particulates.
NIOSH-Publication; NIOSH-Grant; Grants-other; Analytical-methods; Aerosols; Detectors; Airborne-particles; Physical-properties; Air-flow; Air-quality-control
Physics Colorado School of Mines Department of Engr Physics Golden, Colo 80401
Journal of Aerosol Science
Colorado School of Mines, Golden, Colorado
Page last reviewed: December 11, 2020
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