Publication | Open Access
Self-generated Motion of Droplets Induced by Korteweg Force
36
Citations
15
References
2010
Year
EngineeringCondensationFluid MechanicsLiquid-liquid FlowWettingSuper-hydrophobic SurfaceSoft MatterHomogeneous Concentration FieldPhase SystemMechanicsTransport PhenomenaRheologyPhase SeparationBiophysicsPhysicsDisperse FlowMultiphase FlowPattern FormationInterfacial PhenomenonDroplets InducedFluid-solid InteractionColloidal SystemsAbstract Phase-separating DropletsMedicine
Abstract Phase-separating droplets exhibit self-generated motion depending on the composition of the constituent solution of a biocompatible material, aqueous two phase system. For higher concentrations than the equilibrium concentration, a droplet moved unidirectionally even in a homogeneous concentration field. For lower concentrations, the droplets hardly moved. The translational motion we observed is an effect of convection caused by Korteweg force.
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