Enthalpy of wetting of silica–paraffin dispersions is function of volume fraction θ. ► Microstructure of silica–paraffin dispersion evolves according to branching mechanism. ► Stability of a silica–paraffin microstructure is greater than kaolin–paraffin one. ► Percolation thresholds determined by analysing τ0 versus θ and ΔH versus θ are fairly equal.

Silica-paraffin and kaolin-paraffin dispersions: Use of rheological and calorimetric methods to investigate the nature of their dispersed microstructure units

LAGAZZO, ALBERTO;BOTTER, RODOLFO
2012-01-01

Abstract

Enthalpy of wetting of silica–paraffin dispersions is function of volume fraction θ. ► Microstructure of silica–paraffin dispersion evolves according to branching mechanism. ► Stability of a silica–paraffin microstructure is greater than kaolin–paraffin one. ► Percolation thresholds determined by analysing τ0 versus θ and ΔH versus θ are fairly equal.
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11567/826447
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