Abstract
The evaporation of polydisperse ethanol aerosols(10 μm–200 μm) has been investigatedexperimentally and theoretically in a vertical wind tunnel. Droplet evaporation rates were followed by in-situ measurement of size distributions at two downstream locations from the point of injection under varying conditions of gas velocity, temperature and relative humidity. Droplet deposition on to the wind tunnel walls was found to be significant, thus becoming additionally responsible for the large variation in droplet size distributions along the tunnel.
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