Surfactants, Adsorption, Surface Spectroscopy and Disperse Systems

Inhaltsverzeichnis

• Gunnar Aniansson in memoriam.
• The mean lifetime of a micelle.
• The standard picture of ionic micelles.
• Phase equilibria in systems containing both an anionic and a cationic amphiphile. A thermodynamic model calculation.
• The size, shape and hydration of micelles in aqueous medium.
• Some observations on liquid crystallinity in barium surfactant systems.
• Shape transitions in aqueous micellar systems as a function of pressure and temperature.
• The structure of adsorbed monolayers. The surface chemical bond.
• Non-local electronic perturbations of metal-carbonyl bonds.
• Bilayer formation at adsorption of proteins from aqueous solutions on metal surfaces.
• Fourier transform infrared reflection absorption spectroscopy (FT-IRAS) of some biologically important molecules adsorbed on metal surfaces.
• Models of protein adsorption on solid surfaces.
• Photoelectron spectroscopy of amino acids adsorbed upon surfaces: glycine on graphite.
• Adsorption equibria of surfactants on activated carbon from aqueous solutions.
• Surface behaviour of adsorbed films from protein-amphiphile mixtures.
• Biosensors based on surface concentration measuring devices — The concept of surface concentration.
• Rheological studies of sterically stabilised concentrated polystyrene latex dispersions under conditions of incipient flocculation.
• Characterization of the surface of cellulosic fibers using aqueous two-phase partitioning.
• Flow patterns of immiscible liquid/fluid displacement in a capillary tube.
• Some factors affecting the self emulsification of hydrocarbon oils.