New Trends in Colloid Science (Progress in Colloid and Polymer Science, Band 73) - Softcover

Inhaltsangabe

Q-particles: Size quantization effects in colloidal semiconductors.- A simple theory for the self-diffusion coefficients in binary mixtures of highly charged spherical macroions.- Structural changes in anionic micelles induced by counterion complexation with a macrocyclic ligand: A neutron scattering study.- Control of size and shape of micelles, of flow properties, and of pH-values in aqueous CTAB-solutions via photoreactions of solubilizates.- Interaction of 1:1 electrolytes with nonionic surfactants in methanol: Effect of changing the alkyl chain from a hydrocarbon to a fluorocarbon nature.- Copolymerization of acrylamide and sodium acrylate in microemulsions.- Interfacial and colloidal properties of cosmetic emulsions containing fatty alcohol and fatty alcohol polyglycol ethers.- Lipid swelling and liposome formation on solid surfaces in external electric fields.- Electrochemical properties of barium sulfate precipitation membranes.- A study of the properties of water-in-oil microemulsions in the subzero temperature range by differential scanning calorimetry.- Electric birefringence of nonionic micellar solutions near the cloud point.- Electric birefringence and elastic and quasi-elastic light scattering investigation of the critical behavior of Triton X-100 in aqueous solution.- The static structure factor of a system of fully aligned rod-like macroions.- The aggregation behaviour of tetradecyldimethylaminoxide.- Nonionic surfactant systems above the PIT Part I. Phase behaviour.- Nonionic surfactant systems above the PIT Part II. Molecular aggregate structures.- Phase and structure behaviour of fluorinated nonionic surfactant systems.- Electrical properties of polymerized, planar, bimolecular membranes.- Calculation of self-diffusion for a water-in-oil microemulsion model.- Membrane proteins in a lamellar phase of a polyglycol ether hydrate of Triton X-114®.- Reactivity in microemulsion media: Oxidation or reduction of cystine residues in keratin.- Water in oil microemulsions of the potassium oleate/hexanol/n-dodecane/ water system: A magneto-optical investigation.- Static fluorescence quenching in the study of micellar systems.- Surfactant self-association in some non-aqueous systems. A preliminary report on self-diffusion and NMR relaxation studies.- Hexadecyltrimethyl ammonium sulphate-water system. Phase diagram and micellization.- Charge carrier induced reactions in colloidal semiconductor systems.- The double-helix of DNA as a colloidal matrix for photosensitized electrical charge separation.- Kinetics of colloid particle transfer to interfaces.- Adsorption of surfactants on kaolinite.- The paramagnetic relaxation in structural and dynamic studies on lyotropic systems.- Center of mass and rotational diffusion in concentrated suspensions of rodlike macroparticles.- HNC study of colloidal solutions within the primitive model - Phase separation.- Evanescent wave photon correlation spectroscopy to study Brownian diffusion close to a wall.- Diffusion of polystyrene latex spheres in polymer solutions studied using photon correlation spectroscopy.- Static and dynamic properties of solutions of strongly interacting micelles.- Particular physical properties of liquid boundary layers on solid surfaces.- Viscosity and quasielastic light scattering study of micellar solutions of hexadecyltrimethyl ammonium bromide in presence of 0.1 M KBr.- Micelle formation of ionic amphiphiles: Thermochemical test of a thermodynamic model.- Migration of small hydrophobic molecules between micelles in aqueous solution.- Liquid crystallinity insurfactant systems.- Microstructure of microemulsions.- A new model for microemulsion stability.- Structural comparison between non-aqueous and aqueous microemulsions from multicomponent self-diffusion measurements.- Enzymatic transesterification of a triglyceride in microemulsions.- Fractal cluster formation and percolation in supermolecular fluids.- An application of the optical microscopy to the det

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