Publication | Closed Access
Confined liquid: Simultaneous observation of a molecularly layered structure and hydrodynamic slip
58
Citations
44
References
2002
Year
Colloidal MaterialEngineeringFluid MechanicsWettingMolecularly Layered StructureSoft MatterSimple LiquidForce ProfileGlass MicrosphereBiophysicsMaterials SciencePhysicsSurface TensionColloidal PropertyColloidal Probe TechniqueColloidal SystemColloid ChemistryInterfacial PhenomenonSimultaneous ObservationHydrodynamicsApplied PhysicsFluid-solid InteractionInterfacial PhenomenaHydrodynamic Slip
The force profile between a glass microsphere and mica in 1-propanol has been measured with the colloidal probe technique. Oscillatory solvation forces indicate a layered structure of the confined propanol for at least three layers. In the same experiment, hydrodynamic forces were measured at high approaching velocity. Comparing measured force curves with calculations we found a significant effective slip, which could be described by a slip length of 10–14 nm.
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