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Encyclopedia of Emulsion Technology

Volume 4

Edited by Daniel Schuster

Published June 12th 1996 by CRC Press – 376 pages

Series: Emulsion Technology Encyclopedia

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Description

This volume extends the discussions of basic theory and applications featured in volumes 1-3 of this series. It includes details on emulsion stability and emulsification; an examination on the effect of added polymers on emulsion rheology; findings on the role of repulsive forces in aqueous solubility, micelle stability, micro-emulsion formation, and phase separation; and a model for microemulsions.

Reviews

"About Volume 1: Basic Theory . . .an invaluable tool for anyone working in the emulsion technology field as well as for research workers in colloid and surface chemistry. . ..It undoubtedly will be the outstanding reference work in the emulsion field for years to come. "

---Journal of the American Oil Chemists' Society About Volume 2: Applications

". . .highly recommended for the shelf of any laboratory dealing with emulsions; it will certainly prove to be an excellent investment. "

---Pharmaceutical Technology About Volume 3: Basic Theory/Measurement/Applications

"This volume, like its predecessors, is highly recommended to all separation scientists, colloid and surface chemists, and chemical engineers. "

---Separation and Purification Methods

Contents

Emulsion stability; dynamic properties of emulsification; rheology of emulsions containing polymeric liquids; repulsive forces in aqueous solubility, micelle stability, microemulsion formation and phase separation; a model of micro- and fine-emulsion formation; monodisphere emulsions - properties and uses; HLB - update III.

Related Subjects

  1. Industrial Chemistry

Name: Encyclopedia of Emulsion Technology: Volume 4 (Hardback) – CRC Press 
Description: Edited by Daniel Schuster. This volume extends the discussions of basic theory and applications featured in volumes 1-3 of this series. It includes details on emulsion stability and emulsification; an examination on the effect of added polymers on emulsion rheology; findings on...
Categories: Industrial Chemistry