Shear-induced APAP de-agglomeration
β Scribed by Llusa, Marcos; Levin, Michael; Snee, Ronald D.; Muzzio, Fernando J.
- Book ID
- 120276883
- Publisher
- Informa plc
- Year
- 2009
- Tongue
- English
- Weight
- 949 KB
- Volume
- 35
- Category
- Article
- ISSN
- 0363-9045
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π SIMILAR VOLUMES
Agglomerates suspended in a polymer fluid have been known to disperse in a flow through two mechanisms-rupture and erosion. Using silica agglomerates, it is shown here that a third mechanism can occur, i.e., detachment of fragments due to agglomerate collision. This mechanism requires a much lower o
The effect of energy density, pH and solid concentration on kinetics of de-agglomeration of hydrophobic silica nano-powder in a high shear mixer and on the rheology of resulting suspensions was investigated and compared with de-agglomeration kinetics and rheology of the suspension of hydrophilic sil