Titlebook: Soft Matter at Aqueous Interfaces; Peter Lang,Yi Liu Book 2016 Springer International Publishing Switzerland 2016 Colloid Dynamics at Inte

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Advanced Light Scattering Techniquestatic and dynamic light scattering, as well as diffusing wave spectroscopy will be discussed in detail. These techniques allow determination of a wide range of important soft matter properties, including particle size, size distribution, microrheology and molecular weight, to mention only a few exam

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Scattering Techniques Applied to Soft Matter Interfacesvity, scattering and diffraction is used in order to underline the common concepts. The different methods are illustrated with several examples of liquid surfaces, lipid membranes, polymer films, nanoparticles, using either x-rays or neutrons.

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Characterization of Soft Matter at Interfaces by Optical Meansf soft matter at interfaces, including ellipsometry, light scattering, and total internal reflection geometries. Without discussing the technical details and theoretical foundations of the methods, I focus on what can be learned by applying the individual techniques.

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Optical Absorption Spectroscopy at Interfacester a brief discussion of the fundamentals of absorption spectroscopy and its relation to quantum mechanics, the chapter discusses the basics of optics at interfaces, focusing on the absorption of light by molecules in the interfacial region. Because of fundamental similarities, the chapter will tou

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Introduction to Soft Matterintroduced. A very brief historical overview of the fields of colloid and polymer science is given. Practical applications of soft matter science in areas like personal care, food technology, biology and materials science are outlined at the end of the chapter.

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Water–Water Interfacesn potential). The procedure of calculating interfacial tension of both flat and curved interfaces is presented, and an overview of the methods to measure this interfacial tension and interface potential is given.