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Mass transfer from solid cylindrical disks of Camphor has been studied in a wind tunnel, in a synthetic jet turbulence chamber with zero mean speed and in an axisymmetric turbulent jet. Mass decay rates were measured by monitoring the shape of the models . Average Sherwood numbers were computed and their dependence on turbulent intensity was examined. It was found that turbulent intensity increased the rate of mass transfer.

Effects of Turbulence on Mass Transfer of Cylindrical Disks