1987
DOI: 10.1252/jcej.20.518
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Collision efficiency and colloidal stability of unequal size spherical particles moving through quiescent viscous liquid.

Abstract: Collision efficiencies have been computed for unequal-size spherical particles settling in quiescent viscous liquids, taking into account the hydrodynamic interaction, interparticle attraction and electrostatic repulsion. The results are closely related to the mechanism of coagulation of colloidal particles in a sedimentation field. If the interparticle attraction and electrostatic repulsion are both negligibly small as comparedto viscous drag, the collision efficiency r\ is very small, i.e. about 0.003. Howev… Show more

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