Access the full text.
Sign up today, get DeepDyve free for 14 days.
M. Mahouast (1991)
Concentration fluctuations in a stirred reactorExperiments in Fluids, 11
J. Smith (1990)
Industrial needs for mixing researchChemical Engineering Research & Design, 68
F. Durst, F. Schmitt (1985)
Joint laser-Doppler/laser-induced fluorescence measurements in a turbulent jet
S. Gaskey, P. Vacus, R. David, J. Villermaux, J. Andre (1990)
A method for the study of turbulent mixing using fluorescence spectroscopyExperiments in Fluids, 9
M. Moo-young, K. Tichar, F. Dullien (1972)
The blending efficiencies of some impellers in batch mixingAiche Journal, 18
Y. Sano, H. Usui (1985)
INTERRELATIONS AMONG MIXING TIME, POWER NUMBER AND DISCHARGE FLOW RATE NUMBER IN BAFFLED MIXING VESSELSJournal of Chemical Engineering of Japan, 18
R. Hockey (1990)
Turbulent Newtonian and non-Newtonian flows in a stirred reactor
V. Uhl, J. Gray (1986)
Mixing: Theory and Practice
M. Koochesfahani (1984)
Experiments on turbulent mixing and chemical reactions in a liquid mixing layer
An LIF line scan system is presented and used to obtain unobtrusive mean and angle resolved concentration measurements in a continuously operated stirred tank agitated with a single Rushton turbine. The measurements showed that the trailing vortex structures caused regions of elevated concentrations gradients and concentration fluctuations between blade passages. In addition, on the centre line of the tank, whilst macromixing was always complete, micromixing was less complete than in other regions of the tank. Compared to point measurement techniques, the line scan system made data collection more comprehensive and convenient and the determination of a line of data allows the possibility of the correction of beam attenuation and the extension of the technique to a larger scale.
Experiments in Fluids – Springer Journals
Published: Jun 16, 1998
Access the full text.
Sign up today, get DeepDyve free for 14 days.