Abstract
Dispersion of aggregate particles consisting ofmono-dispersed PSL (polystyrene latex) particles of 0.5, 1 and 2 μm in diameter has been examined by use of an ejectorto which high-pressure N2 gas (max. 7.5 MPa) is supplied. Enhancement of dispersion of aggregates was observed as the critical pressure at the ejector throat outlet was increased. This is caused by the effect of increase in gas density at the ejector throat, which is expected from a theoretical analysis.
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