Effects of sparger pore size, frother concentration, and air flow rate on bubble size distribution
This study aims to investigate the formation of gas bubbles and changes in the bubble size distribution as a function of sparger pore size, frother concentration, and air flow rate. Bubbles are generated in a cylindrical acrylic column by sparging compressed air through a single-pore needle with var...
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| Format: | Thesis |
| Sprog: | English |
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April 2012.
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