Proceedings

EPJ E Review - Making sense of particles at fluid interfaces

The relative position of a particle in relation to the interfacial plane

In this EPJ E Topical Review, Armando Maestro and colleagues unravel the physico-chemical bases underlying the attachment of particles to fluid interfaces. Their focus is on the relaxation mechanisms involved in the equilibration of particle-laden interfaces.

Particle-laden interfaces play a key role in many systems that are used in industrial and technological applications, such as the stabilization of foams, emulsions, or thin films, flotation processes, encapsulation, pharmaceutical formulations, food technology and catalysis.

A big challenge for researchers in this field is finding a framework to describe the complex interplay between different physico-chemical properties, e.g. particle wettability, size, shape, surface charge, and chemical nature of the particles and the interface, with the relative dielectric constant of the phases playing a major role.

This Review article is part of the EPJ E Topical Issue on Flowing Matter, Problems and Applications: https://epje.epj.org/component/toc/?task=topic&id=888

We recently published our first conference proceedings with EPJ Web of Conferences. The publication team was very professional, quick to respond, and demonstrated the kind of attention to detail that first-time editorial boards like ours desperately need. Because of our experience with EPJ Web of Conferences, we plan on using their services again in the near future.

Dr. Elizabeth T. Williams, The Australian National University, Australia
Co-editor EPJ Web of Conferences vol. 35, 2012

ISSN: 2100-014X (Electronic Edition)

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