Capillary detachment of a microparticle from a liquid–liquid interface
Sazzadul A. Rahat,
Krishnaroop Chaudhuri,
Jonathan T. Pham
Abstract:The attachment and detachment of microparticles at a liquid-liquid interface are common in many material systems, from Pickering emulsions and colloidal assemblies to capillary suspensions. Properties of these systems rely...
“…253 Moreover, particle indentation methods can also be connected to fluid separation and surface stress. The indentation process can also provide information for pure liquid surfaces like capillary forces, 254 detection of nanobubbles 255 or quantification of lubricant layer thicknesses 256 for SLIPS.…”
In this review, we discuss the structural properties of the three most common types of silicone surfaces and their static and dynamic wetting properties. We review experimental and theoretical approaches for soft wetting.
“…253 Moreover, particle indentation methods can also be connected to fluid separation and surface stress. The indentation process can also provide information for pure liquid surfaces like capillary forces, 254 detection of nanobubbles 255 or quantification of lubricant layer thicknesses 256 for SLIPS.…”
In this review, we discuss the structural properties of the three most common types of silicone surfaces and their static and dynamic wetting properties. We review experimental and theoretical approaches for soft wetting.
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