Abstract
A procedure for calculating the concentration in the bottom zone of a flat-bottom side cavity of a conduit during the replacement of one gas by another is developed on the basis of experimental data. The procedure entails the determination of the volumetric flow rates between the gas in the cavity and the gas moving along the main conduit. It is shown that a significant intensification of mass transfer is observed in comparison with pure diffusion transfer for values of the dimensionless group Re1.2Sc0.5(l/d)−0.3>104.
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