Titlebook: Interfacial Processes and Molecular Aggregation of Surfactants; Ranga Narayanan Book 2008 Springer-Verlag Berlin Heidelberg 2008 chemistry

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Colloid Chemistry: The Fascinating World of Microscopic Orderindividual moleculesand the micellar structures. The size of the micellar structures, as in the case of small unilamellar vesicles,can be extremely monodisperse, even though one vesicle consists of hundreds of surfactant molecules.

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Dissolution Rates of Surfactantser of pure liquid nonionic surfactants of the linear alcoholethoxylate type, as expected from known equilibrium phase diagrams. Dissolution rates are controlled bydiffusion at temperatures below a?critical solution point ..,where the aqueous micellar solution begins to separate into dilute and conce

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Practical Surfactant Mixing Rules Based on the Attainment of Microemulsion–Oil–Water Three-Phase Behracterization method has to be used. The presentedtechnique consists of the attainment of a?microemulsion–oil–water Winsor III three-phasebehavior in a?reference system. It allows one to classify surfactants in a?hydrophilicity scalewith an accuracy equivalent to one tenth of HLB unit. The character

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New Paradigms for Spreading of Colloidal Fluids on Solid Surfacesals with desirable structural and optical properties.The well-established concepts of spreading and adhesion behavior of simple liquids do not apply to colloidalfluids containing nanometer-sized particles, surfactant micelles, proteins, polymers, vesicles, microemulsions,and solvents. This paper rev

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Fluorescence Probing of the Surfactant Assemblies in Solutions and at Solid–Liquid Interfaces assemblies are formed when the concentration ofthe surfactants, in polar or nonpolar solvents exceeds a?threshold value. Because of their vastapplications in both industrial and house-hold affairs, there has been considerable research on theformation and properties of surfactant assemblies in solut

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