Results 181 to 190 of about 661 (214)

The axial dispersion model and orthogonal collocation

Chemical Engineering Science, 1994
The aim of the note is to demonstrate a numerical solution procedure based on the method of orthogonal collocation (Finlayson, 1972; Villadsen and Michelsen, 1978), where the problems associated with the Danckwerts boundary conditions are avoided by treating the bed as a section in an infinitely long system.
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Axial dispersion in flow porous electrodes

Journal of Applied Electrochemistry, 1977
The coefficient of axial dispersionDL in a porous electrode, composed of rolled 80-mesh platinum screen, was determined using the process of the flow electrolysis of 2.0×10−3 M K3Fe(CN)6 in 1 MKCl in water. The results were analysed in the light of an earlier model for flow electrodes.
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Axial dispersion in tubular reactor

Collection of Czechoslovak Chemical Communications, 1975
T. Sákra, J. Stejskal, F. Rodinger
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Axial dispersion in packed beds

Chemical Engineering Science, 1976
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Axial dispersion of liquid in packed beds.

1966
Douglas, W. (Supervisor)
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Axial dispersion in a packed bed

AIChE Journal, 1963
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Axial dispersion coefficients in bubble columns

The Chemical Engineering Journal, 1976
B.F. Alexander, Y.T. Shah
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Axial dispersion of gases in packed beds

AIChE Journal, 1969
Leszek Z. Balla, Thomas W. Weber
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Axial dispersion in a reactor with a helical flow

Collection of Czechoslovak Chemical Communications, 1971
T. Sákra, F. Lešek, H. Cermánková
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Axial dispersion of granular material in horizontal rotating cylinders

Powder Technology, 2010
D M Scott, S A Scott
exaly