
Profile Analysis Tensiometers
Advanced instruments for surface and interfacial characterization.
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Thermodynamic foundations, adsorption phenomena, dynamic interfacial processes and experimental methods for the quantitative characterization of liquid interfaces.
Surface & Interface Science
Surface and interfacial tension connect molecular interactions with the macroscopic behavior of drops, bubbles and liquid interfaces. Explore the fundamental concepts, interfacial processes and experimental methods associated with their quantitative characterization.
Read the complete scientific review in its original structure, covering thermodynamic foundations, molecular processes, adsorption phenomena, dynamic interfaces and experimental characterization.
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Thermodynamic foundations and molecular origins of liquid–gas interfaces.
Free energy, composition and molecular organization at liquid–liquid interfaces.
The molecular interactions and excess free energy associated with fluid interfaces.
The thermodynamic definition of interfacial tension and the energetic cost of creating interface.
The relationship between pressure difference, interface curvature and interfacial tension.
Adsorption thermodynamics, surface excess and molecular organization at fluid interfaces.
Interfacial age, adsorption kinetics and the time-dependent evolution of liquid interfaces.
Determination of surface and interfacial properties from complete drop and bubble contours.
Dynamic surface tension measurements at short and very short surface ages.