Handbook of Applied Surface and Colloid Chemistry

This handbook is the only reference work of its kind in the important field of applied surface and colloid chemistry. Unique in scope and including an enormous wealth of mainly practically orientated information it treats the topic in a thorough and comprehensive manner.
The Handbook of Applied Surface and Colloid Chemistry will demonstrate the wide range of fields in which the fundamental science has been applied. It is practically organised into five sections:
∗ Surface chemistry in important technologies
∗ Surfactants
∗ Colloid systems and layer structures at surfaces
∗ Phenomena in surface chemistry
∗ Analysis and characterization in surface chemistry
With emphasis on ′wet′ surface chemistry, a variety of applications are presented such as pharmaceuticals and food, detergency, agriculture, paints, paper–making, emulsion polymerization, mineral processing and oil production.
The chapters on the four major classes of surfactants (anionics, nonionics, cationics and zwitterionics), on physicochemical properties and on important colloidal systems (solid dispersions, foams, vesicles and liposomes, and microemulsions) as well as the coverage of the major analysis and characterization techniques, ensure that this handbook will be welcomed by material scientists in both industry and academia.
Written by an international team of scientists, this work will be essential reading for all those in industrial and academic institutions carrying out colloid and surfactant research, development and manufacture.

Spis treści:
Contributors List.
Foreword.
Preface.
Part 1: Surface Chemistry in Important Technologies.
Surface Chemistry in Pharmacy (Martin Malmsten).
Surface Chemistry in Food and Feed (Bjorn Bergenstahl).
Surface Chemistry in Detergency (Wolfgang von Rybinski).
Surface Chemistry in Agriculture (Tharwat F. Tadros).
Surface and Colloid Chemistry in Pho tographic Technology (John Texter).
Surface Chemistry in Paints (Krister Holmberg).
Surface Chemistry in Paper (Fredrick Tiberg et al).
Surface Chemistry in the Polymerization of Emulsion (Klaus Tauer).
Colloidal Processing of Ceramics (Lennart Bergstrom).
Surface Chemistry in Disperson, Flocculation and Flotation (Brij M. Moudgil eet al).
Surface Chemistry in the Petroleum Industry (James R Kanicky et al).
Part 2: Surfactants.
Anionic Surfactants (Antje Schmalstieg and Guenther W. Wasow).
Nonionic Surfactants (Michael F. Cox).
Cationic Surfactants (Dale S. Steichen).
Zwitterionic and Amphoteric Surfactants (David T. Floyd et al).
Polymeric Surfactants (Tharwat F. Tadros).
Speciality Surfactants (Krister Holmberg).
Hydrotropes (Anna Matero).
Physico–Chemical Properties of Surfactants (Bjorn Lindman).
Surfactant–Polymer Systems (Bjorn Lindman).
Surfactants Liquid Crystals (Syed Hussan et al).
Environmental Aspects of Surfactants (Lothar Huber and Lutz Nitschke).
Molecular Dynamics Computer Simulations of Surfactants (Hubert Kuhn and Heinz Rehage).
Part 3: Colloidal Systems and Layer Structures at Surfaces.
Solid Dispersons (Staffan Wall).
Foams and Foaming (Robert J. Pugh).
Vesicles (Brian H. Robinson and Madeleine Rogerson).
Microemulsions (Klaus Wormuth et al).
Langmuir–Blodgett Films (Hubert Motschmann and Helmuth Mohwald).
Self–Assembling Monolayers: Alkaline Thiols on Gold (Dennis S. Everhart).
Part 4: Phenomena in Surface Chemistry.
Wetting, Spreading and Penetration (Karina Grundke).
Foam Breaking in Aqueous Systems (Robert J. Pugh).
Solubilization (Thomas Zemb and Fabienne Testard).
Rheological Effects in Surfactant Phases (Heinz Hoffmann and Werner Ulbricht).
Part 5: Analysis and Characterization in Surface Chemistry
Measuring Equilibrium Surface Tensions (Michael Mulqueen and Paul D.T. Huibers).
Measuring Dynamic Surface Tensions (R einhard Miller et al).
Determining Critical Micelle Concentration (Alexander Patist).
Measuring Contact Angle (C.N. Catherine Lam et al).
Measuring Micelle Size and Shape (Magnus Nyden).
Identification of Lyotropic Liquid Crystalline Mesophases (Stephen T. Hyde).
Characterization of Microemulsion Structure (Ulf Olsson).
Measuring Particle Size by Light Scattering (Michael Borkovec).
Measurement of Electrokinetic Phenomena in Surface Chemistry (Norman L. Burns).
Measuring Interactions between Surfaces (Per M Claesson and Mark W. Rutland).
Measuring the Forces and Stability of Thin–Liquid Films (Vance Bergeon).
Measuring Adsorption (Bengt Kronberg).
Index.

Okładka tylna:
This handbook is the only reference work of its kind in the important field of applied surface and colloid chemistry. Unique in scope and including an enormous wealth of mainly practically orientated information it treats the topic in a thorough and comprehensive manner.
The Handbook of Applied Surface and Colloid Chemistry will demonstrate the wide range of fields in which the fundamental science has been applied. It is practically organised into five sections:
∗ Surface chemistry in important technologies
∗ Surfactants
∗ Colloid systems and layer structures at surfaces
∗ Phenomena in surface chemistry
∗ Analysis and characterization in surface chemistry
With emphasis on ′wet′ surface chemistry, a variety of applications are presented such as pharmaceuticals and food, detergency, agriculture, paints, paper–making, emulsion polymerization, mineral processing and oil production.
The chapters on the four major classes of surfactants (anionics, nonionics, cationics and zwitterionics), on physicochemical properties and on important colloidal systems (solid dispersions, foams, vesicles and liposomes, and microemulsions) as well as the coverage of the major analysis and chara cterization techniques, ensure that this handbook will be welcomed by material scientists in both industry and academia.
Written by an international team of scientists, this work will be essential reading for all those in industrial and academic institutions carrying out colloid and surfactant research, development and manufacture.