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Liquid‐side mass transfer coefficients in packed towers
53
Citations
7
References
1959
Year
Chemical EngineeringEngineeringWetted Surface AreaFluid MechanicsSurface ScienceNumerical SimulationApplied PhysicsPhysical AbsorptionWettingTransport PhenomenaInterfacial PhenomenaMass TransferHeat TransferGas-liquid FlowPacked TowersCapacity Coefficient
Abstract The physical absorption of gas by water in a tower packed with Raschig rings has been investigated. The liquid‐side mass transfer coefficient which was separated by dividing the capacity coefficient by the wetted surface area is discussed from the standpoints of the two‐film and penetration theories. A new and simpler dimensionless group is presented which correlates about 90% of the data reported, including the author's own, within an accuracy of ±20%.
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