Smart Colloidal Materials (Progress in Colloid and Polymer Science, 133)

This volume contains selected papers presented at the 42nd Biennial Meeting of the Kolloid-Gesellschaft held at the RWTH Aachen University September 26-28, 2005. The contributions in this volume represent the diversity of research topics in colloid and polymer science. They include the investigation of synthesis and properties of advanced temperature sensitive particles and their biomedical applications, drug delivery systems, foams, capsules, vesicles and gels, polyelectrolytes, nanoparticles surfactants and hybrid materials.

From the reviews:

"Smart Colloidal Materials Volume covers a broad field including the investigation of synthesis and properties of advanced temperature sensitive particles and their biomedical applications, drug delivery systems, foams, capsules, vesicles and gels, polyelectrolytes, nanoparticles surfactants and hybrid materials. ... these volumes address issues that researchers actually struggle with when they are working on polymer surfaces and thin films and colloidal materials. ... ideal for experienced researchers who need to catch up with these newer methods and trends. Terrifically useful volumes in the publisher’s series." (Current Engineering Practice, 2007)

"... The format and size of the volumes are admirably suited to easy reading and reference. The contributions are representative of the diversity of research topics in colloid and polymer science, and well supported by references. Scientists and graduate students in polymer and materials science, physics of colloids and polymers will welcome the discussion (in Characterization of Polymer Surfaces and Thin Films volume) of surface sensitive techniques and their application to polymer surface and thin film characterization as well as recent examples of technologically relevant materials and process development. ... I really like that these volumes address issues that researchers actually struggle with when they are working on polymer surfaces and thin films and colloidal materials. It is clear that the authors have spent significant amounts of time considering how best to present this information. I would tell my colleagues who don't consider themselves experts in polymer surface characterization and colloidal materials to buy themselves a present - these two volumes. These are ideal for experiences researchers who need to catch up with these newer methods and trends. Terrifically useful volumes in the publisher's series. (Current Engineering Practice, 2007, P. SV16-SV17, 480506 / S8)