Science · 1969 · 196 citations · 14 references
EngineeringChemistryFluid DynamicsFluid MechanicsPhysical ChemistryDroplet DynamicsEmulsion FormationInterfacial HydrodynamicsInterfacial PhenomenaLiquid-liquid InterfacesPhase EquilibriaCoalescenceCoalescence MechanismsCoalescence PhenomenaDrop CoalescenceDroplet CoalescenceDroplet SpreadingEmulsionsEquilibrium Configurations
When two immiscible liquid drops suspended in a third immiscible liquid are brought into contact, three equilibrium configurations which depend upon the spreading coefficients are possible. Experiments for a large number of systems, including three phase emulsions, confirm the theory and indicate the mechanisms of reaching equilibrium.
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Thomas Ming Swi Chang · Science · 1964 · 1K citations
Particle motions in sheared suspensions
W. Bartok, S. G. Mason · Journal of Colloid Science · 1957 · 249 citations