Titlebook: Micelles; Theoretical and Appl Yoshikiyo Moroi Book 1992 Springer Science+Business Media New York 1992 adsorption.catalysis.colloid.photoch

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Surface-Active Agents,dsorption of surfactant lowers the interfacial tension between the phases (see Chapter 8). Because of their ability to lower interfacial tension, surfactants are used as emulsifiers, detergents, dispersing agents, foaming agents, wetting agents, penetrating agents, and so forth.

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Venules

Micelle Formation,olecular aggregates that form above the CMC area are known as .. The difference between micellar colloids and other colloids is that micellar colloids are in dynamic equilibrium with monomers in the solution (see Section 4.7).

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Lignans

Application of the Thermodynamics of Small Systems to Micellar Solutions,mer to micelles, a requirement difficult to fulfill. This model therefore has such defects as the assumption that the micelle aggregation number is monodisperse (in spite of its actual polydispersity) or the fact that some numerical values for micellization constants are assumed when estimating the dispersion of micellar size.

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Diverticulitis

Photochemistry in Micellar Systems,cellar surface controls the concentration of hydrophilic solutes. The electrostatic potential of up to a few hundred millivolts at the surface of ionic micelles is especially effective in attracting or repelling ionic species. Thus, micelles are microscopically heterogeneous and well suited as surfaces for reactions of appropriate reactants.

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