Abstract
The viscosity and dielectric properties of kaolinite dispersionswere studied in water and water-alcohol mixtures. The dielectricconstant decreases with increasing alcohol concentration. The relativeapparent viscosity increases to a maximum and then decrease withincreasing alcohol concentration. The increase of the viscosity iscaused by face-to-edge interaction between the particles at the loweralcohol concentration on the other hand the viscosity decreases againbecause, the kind of interaction between the particles changes athigher alcohol concentration. The decrease of viscosity is caused byface-to-face interaction.
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