Sherril D. Christian, John F. Scamehorn

"This volume consisting of the valuable contributions from about thirty-two experts in the field is remarkable for its contents and the critical review of the different aspects concerning solubilization in surfactant aggregates.. . .a valuable addition to any scientific library. "---Bulletin of Electrochemistry". . .there are numerous references to applications and empirical data, which would be very useful to the practical chemist. "---Chemistry & Industry

• Part 1 Overview: overview and history of the study of solubilization. Part 2 Solubilization in micelles: solubilization of gases; thermodynamics of solubilization of polar additives in micellar solutions; solubilization of uncharged molecules in ionic micellar solutions - toward an understanding at the molecular level; solubilization in mixed micelles; solubilization in amphiphilic copolymer solutions; kinetics of solubilization in surfactant-based systems. Part 3 Solubilization in nonmicellar surfactant aggregates: adsolubilization; solubilization in micelles and vesicles studied by fluorescence techniques, interplay between the microproperties of the aggregates and the locus and extent of solubilization; solubilization of organic compounds by vesicles. Part 4 Methods of measuring solubilization: solubilization, as studied by nuclear spin relaxation and NMR-based self-diffusion techniques; the partitioning of neutral solutes between micelles and water as deduced from critical micelle concentration determinations; vapor pressure studies of solubilization; comparison of experimental methods for the determination of the partition coefficients of n-alcohols in SDS and DTAB micelles. Part 5 Applications of solubilization: solubilization and detergency; solubilization in micellar separations.

Sherril D. Christian, John F. Scamehorn

"This volume consisting of the valuable contributions from about thirty-two experts in the field is remarkable for its contents and the critical review of the different aspects concerning solubilization in surfactant aggregates.. . .a valuable addition to any scientific library. "---Bulletin of Electrochemistry". . .there are numerous references to applications and empirical data, which would be very useful to the practical chemist. "---Chemistry & Industry

• Part 1 Overview: overview and history of the study of solubilization. Part 2 Solubilization in micelles: solubilization of gases; thermodynamics of solubilization of polar additives in micellar solutions; solubilization of uncharged molecules in ionic micellar solutions - toward an understanding at the molecular level; solubilization in mixed micelles; solubilization in amphiphilic copolymer solutions; kinetics of solubilization in surfactant-based systems. Part 3 Solubilization in nonmicellar surfactant aggregates: adsolubilization; solubilization in micelles and vesicles studied by fluorescence techniques, interplay between the microproperties of the aggregates and the locus and extent of solubilization; solubilization of organic compounds by vesicles. Part 4 Methods of measuring solubilization: solubilization, as studied by nuclear spin relaxation and NMR-based self-diffusion techniques; the partitioning of neutral solutes between micelles and water as deduced from critical micelle concentration determinations; vapor pressure studies of solubilization; comparison of experimental methods for the determination of the partition coefficients of n-alcohols in SDS and DTAB micelles. Part 5 Applications of solubilization: solubilization and detergency; solubilization in micellar separations.

Sherril D. Christian, John F. Scamehorn

"This volume consisting of the valuable contributions from about thirty-two experts in the field is remarkable for its contents and the critical review of the different aspects concerning solubilization in surfactant aggregates.. . .a valuable addition to any scientific library. "---Bulletin of Electrochemistry". . .there are numerous references to applications and empirical data, which would be very useful to the practical chemist. "---Chemistry & Industry

• Part 1 Overview: overview and history of the study of solubilization. Part 2 Solubilization in micelles: solubilization of gases; thermodynamics of solubilization of polar additives in micellar solutions; solubilization of uncharged molecules in ionic micellar solutions - toward an understanding at the molecular level; solubilization in mixed micelles; solubilization in amphiphilic copolymer solutions; kinetics of solubilization in surfactant-based systems. Part 3 Solubilization in nonmicellar surfactant aggregates: adsolubilization; solubilization in micelles and vesicles studied by fluorescence techniques, interplay between the microproperties of the aggregates and the locus and extent of solubilization; solubilization of organic compounds by vesicles. Part 4 Methods of measuring solubilization: solubilization, as studied by nuclear spin relaxation and NMR-based self-diffusion techniques; the partitioning of neutral solutes between micelles and water as deduced from critical micelle concentration determinations; vapor pressure studies of solubilization; comparison of experimental methods for the determination of the partition coefficients of n-alcohols in SDS and DTAB micelles. Part 5 Applications of solubilization: solubilization and detergency; solubilization in micellar separations.