Trends in Colloid and Interface Science VI [Paperback]

- Particle and Lamella Interaction in Fluid Environments; - Colloidal Particles: Size and Mobility; - Rheology and Stability; - Colloidal Suspensions under Stress; - Surface Properties and Adsorption; - Monolayers at the Air/Water Interface; - Molecular and Collective Dynamic Properties; - Phase Transitions and Phase Diagrams are the broad range of topics presented in this volume. The volume comprises the proceedings of the combined 35th meeting of the Deutsche Kolloidgesellschaft and the 5th annual meeting of the European Colloid and Interface Society (Mainz, FRG) and it capsulizes the current colloid research being conducted in Europe.- Particle and Lamella Interaction in Fluid Environments; - Colloidal Particles: Size and Mobility; - Rheology and Stability; - Colloidal Suspensions under Stress; - Surface Properties and Adsorption; - Monolayers at the Air/Water Interface; - Molecular and Collective Dynamic Properties; - Phase Transitions and Phase Diagrams are the broad range of topics presented in this volume. The volume comprises the proceedings of the combined 35th meeting of the Deutsche Kolloidgesellschaft and the 5th annual meeting of the European Colloid and Interface Society (Mainz, FRG) and it capsulizes the current colloid research being conducted in Europe.Modeling of solvation interactions in non-polar dispersions of colloidal particles using the liquid state theory of adhesive hard sphere mixtures.- Monte carlo investigations of the order-disorder transition in colloidal-sphere suspensions.- The Laplace equation and Winsor microemulsions.- Diffusion and interaction in gels and solutions.- On mutual interactions in polycomponent surfactant systems.- Osmotic pressure of highly charged swollen bilayers.- Influence of proteins on the percolation phenomenon in AOT reverse micelles: Structural studies by SAXS.- The use of methyl orange for the characterization of micelles in aqueous nonionic surfactant solutions.- Structural order of Tobacco-Mosaic-Virus inl%