Titlebook: Surfactants in Solution; Volume 4 Kashmiri Lal Mittal,P. Bothorel Book 1986 Plenum Press, New York 1986 adsorption.bonding.electrolyte.enth

昏迷状态

Small-Angle Neutron Scattering from Aqueous Solutions of C12E6 and C12E8: Critical Fluctuations and d our SANS data for C.E. in D.O, in light of other worker’s claims that a sphere-to-cylinder transition in micellar shape is occurring in these solutions. We discuss in detail the inferences about C.E. micellar size drawn from the results of several different experimental techniques.

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Model for Thermodynamics of Ionic Surfactants: Effect of Electrolytes on Osmotic and Activity Coeffiviously been applied to experimental data for aqueous surfactant solutions and demonstrated to provide quantitative agreement with a relatively small number of adjustable parameters. The extension of the model to include surfactant-water-electrolyte solutions is presented, and model equations are compared with experimental data.

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羽毛长成

Excimer-Monomer Emission in Alkylbenzenesulfonates: A New Technique for Determining Critical Micellaconcentration as identified by a fluorescence quenching method and an electron pulse radiolysis technique. It is proposed that this monomer-excimer emission method is a useful tool for determination of the critical micelle concentrations of surfactants containing intrinsic fluorescent probes.

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Physical Principles of Surfactant Self-Association Into Micelles, Bilayers, Vesicles and Microemulsicks of planar bilayers, as well as microemulsion droplets in oil-water mixtures, and that changes in the solution conditions can transform these structures from one to another. In order to understand these structural aspects one requires an understanding not only of the thermodynamics of self-associ

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Model For Thermodynamics of Ionic Surfactant Solutions: Enthalpies, Heat Capacities, Volumes, Expansns for osmotic and activity coefficients that are based on a mass-action model using a rigorous thermodynamic treatment for mixed electrolyte solutions. A maximum of two ion-ion interaction parameters are needed to quantitatively describe the concentration dependence of experimental enthalpy, heat c

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Model for Thermodynamics of Ionic Surfactants: Effect of Electrolytes on Osmotic and Activity Coeffiprocess that includes counterion binding and a thermodynamic treatment of a micellar solution as a mixed electrolyte. The model includes the effects of ion-ion interactions and provides a basis for a self-consistent treatment of the thermodynamic properties of surfactant solutions. The model has pre