The rising motion of multiple gas bubbles in a liquid can be quite complex because of interactions between the bubbles. In large bubbling columns, excessive coalescences can have adverse effects on gas-liquid contacting, and understanding bubble interactions and dynamics can have profound implications on many industrial processes and perhaps, in a fundamental way, lead to a deeper understanding of fluidized-bed reactors.
The CRG has studied the dynamics of a single-nozzle bubble column since 1992. Major work has explored the period-doubling route to chaos and the spatio-temporal nature of bubble interactions, and currently is focused on the application of chaos-control techniques.
We have compiled a "Bibliography of chaos and bubbling" to assist in further research.
Primary contacts for this research area are: C.S. Daw and D.D. Bruns.
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Copyright © 1996-2002 C.E.A. Finney. Unless specified, use in any medium of any contents at this site is permitted, provided the source URL be acknowledged and the copyright notice be included. This page's URL is http://www-chaos.engr.utk.edu/res/bubbling.html.
Updated: 2001-12-27 ceaf