Bubble and Drop Interfaces

The book aims at describing the most important experimental methods for characterizing liquid interfaces, such as drop profile analysis, bubble pressure and drop volume tensiometry, capillary pressure technique, and oscillating drops and bubbles. Besides the details of experimental set ups, also the underlying theoretical basis is presented in detail. In addition, a number of applications based on drops and bubbles is discussed, such as rising bubbles and the very complex process of flotation. Also wetting, characterized by the dynamics of advancing contact angles is discussed critically. Special application like a double capillary arrangement for single drop manipulations, and the so-called fibre drop analyzer are presented as excellent examples for the use of drops in interfacial science.

Foreword	p. v
Introduction: Drops and Bubbles as Effective Tools for Interfacial Studies	p. 1
Determination of Interfacial Properties by the Pendant Drop Tensiometry: Optimisation of Experimental and Calculation Procedures	p. 7
Advances in Calculation Methods for the Determination of Surface Tensions in Drop Profile Analysis Tensiometry	p. 39
Axisymmetric Drop Shape Analysis with Anisotropic Interfacial Stresses: Deviations from the Young-Laplace Equation	p. 61
Maximum Bubble Pressure Tensiometry: Theory, Analysis of Experimental Constrains and Applications	p. 75
Drop Volume Tensiometry	p. 119
Studies in Capillary Pressure Tensiometry and Interfacial Dilational Rheology	p. 143
Direct Determination of Protein and Surfactant Adsorption by Drop and Bubble Profile Tensiometry	p. 179
Coaxial Capillary Pendant Drop Experiments with Subphase Exchange	p. 195
Wetting Dynamics of Aqueous Solutions on Solid Surfaces	p. 223
Bubbles Rising in Solutions; Local and Terminal Velocities, Shape Variations and Collisions with Free Surface	p. 243
Surface Tension Measurement of Polymer Melts in Supercritical Fluids	p. 293
Accumulation of Surfactant in the Top Foam Layer Caused by Ruptured Foam Films	p. 325
Particle-Bubble Interaction in Flotation	p. 351
Experimental Observation of Drop-Drop Coalescence in Liquid-Liquid Systems: Instrument Design and Features	p. 385
The Tensiograph Platform for Optical Measurement	p. 401
Emulsification with Micro-Structured Membranes and Micro-Engineered Systems	p. 481
Manipulation of Droplets onto a Planar Interface	p. 503
Interfacial Mass Transfer of Growing Drops in Liquid-Liquid Systems	p. 521
Table of Contents provided by Ingram. All Rights Reserved.

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Bubble and Drop Interfaces

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