Publication | Closed Access
Mass transfer inside drops
118
Citations
16
References
1960
Year
Water DropsEngineeringPhysicsEnvironmental EngineeringLiquid-liquid FlowNumerical SimulationTransfer RatesDisperse FlowTransport PhenomenaWater QualityAnalytical ChemistryWater TreatmentCorrelation FactorWet ChemistryMultiphase FlowMass Transfer
Abstract The transfer rates of n ‐butanol, cyclohexanol, and ethyl acetate into water drops have been measured for circulating and oscillating drops. Methods of allowing for the end‐effect transfer have been extended and measured values compared with predictions of a model. Various mechanisms for transfer inside drops have been examined in terms of a correlation factor.
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