Mass transfer coefficients in mobile bed contacting.

Date

1985

Author

Özmelek, Levent

Metadata

Show full item record

Item Usage Stats

URI

https://hdl.handle.net/11511/4499

Collections

Suggestions

Mass transfer studies in mobile bed contacting. Katnaş, Sinan; Department of Chemical Engineering (1984)
Mass transfer characteristics of conical ring packings / Karapars, Rezzan A; Department of Chemical Engineering (1973)
MASS TRANSFER AND CHEMICAL REACTION IN A POWER-LAW SPHERE AT INTERMEDIATE REYNOLDS NUMBERS Gürkan, Türker (Informa UK Limited, 1990-3) The relevant mass transport equations have been numerically solved to determine the effect of power-law behavior in the dispersed phase. It is concluded that increased pseudoplasticity in the dispersed phase causes decreases in the total amount of mass transferred, C¯lt, to the droplet because of reduced circulation velocities. Maximum decreases in C¯lt, with increasing pseudoplasticity are realized for larger Peclet number, larger values of the ratio of the viscosity of the dispersed to continuous phase an...
Mass transfer studies in a tube extractor. Çiftçiler, Gülay; Department of Chemical Engineering (1965)
Mass transfer coefficient and interfacial area in three phase fluidization. Tosyalı, U Caner; Department of Chemical Engineering (1984)

Citation Formats

L. Özmelek, “Mass transfer coefficients in mobile bed contacting.,” Middle East Technical University, 1985.