Bubble and drop interfaces
By: edited by R. Miller, L. Liggieri
Series: Progress in colloid and interface science -- v. 2.; Progress in colloid and interface science -- v. 2.
Publisher: Brill
Published: 2011
Place of publication: Leiden; Boston
Language: eng
Number of pages: 558
ISBN-13: 9789004174955
Subjects: Bubbles; Drops; Interfaces (Physical sciences)
Notes: Includes bibliographical references and index.
Table of contents: title: Introduction: drops and bubbles as effective tools for interfacial studies; title: Determination of interfacial properties by pendant drop tensiometry: optimisation of experimental and calculation procedures; title: Advances in calculation methods for the determination of surface tensions in drop profile analysis tensiometry; title: Axisymmetric drop shape analysis with anisotropic interfacial stresses: deviations from the Young-Laplace Equation; title: Maximum bubble pressure tensiometry: theory, analysis of experimental constrains and applications; title: Drop volume tensiometry; title: Studies in capillary pressure tensiometry and interfacial dilational rheology; title: Direct determination of protein and surfactant adsorption by drop and bubble profile tensiometry; title: Coaxial capillary pendant drop experiments with subphase exchange; title: Wetting dynamics of aqueous solutions on solid surfaces; title: Bubbles rising in solutions; local and terminal velocities, shape variations and collisions with free surface; title: Surface tension measurement of polymer melts in supercritical fluids; title: Accumulation of surfactant in the top foam layer caused by ruptured foam films; title: Particle-bubble interaction in flotation; title: Experimental observation of drop-drop coalescence in liquid-liquid systems: instrument design and features; title: The tensiograph platform for optical measurement; title: Emulsification with micro-structured membranes and micro-engineered systems; title: Manipulation of droplets onto a planar interface; title: Interfacial mass transfer of growing drops in liquid-liquid systems.