Lyotropic mesomorphism and aggregation in surfactant systems.- Adsorption of macromolecules from concentrated solutions.- Preparation and characterization of monodispersed metal hydrous oxide sols.- Adsorption of ioidide ions and nucleation of freshly prepared silver iodide sols.- Clay-water relationship—theory and application. A review.- Water on silica and silicate surfaces IV. Silane treated silicas.- Surface chemical and hydrodynamic stability.- Cohesion of particles in disperse systems.- Dissolution due to the orientation, arrangement and structure formation of molecules.- Stern potential, zeta potential and dipole moment of aerosil particles dispersed in electrolyte solutions.- Surface energy analysis of solids and its application.- Surface chemistry and wettability of modified polyetylene.
Lyotropic mesomorphism and aggregation in surfactant systems.- Adsorption of macromolecules from concentrated solutions.- Preparation and characterization of monodispersed metal hydrous oxide sols.- Adsorption of ioidide ions and nucleation of freshly prepared silver iodide sols.- Clay-water relationship-theory and application. A review.- Water on silica and silicate surfaces IV. Silane treated silicas.- Surface chemical and hydrodynamic stability.- Cohesion of particles in disperse systems.- Dissolution due to the orientation, arrangement and structure formation of molecules.- Stern potential, zeta potential and dipole moment of aerosil particles dispersed in electrolyte solutions.- Surface energy analysis of solids and its application.- Surface chemistry and wettability of modified polyetylene.
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Inhaltsverzeichnis
Lyotropic mesomorphism and aggregation in surfactant systems.- Adsorption of macromolecules from concentrated solutions.- Preparation and characterization of monodispersed metal hydrous oxide sols.- Adsorption of ioidide ions and nucleation of freshly prepared silver iodide sols.- Clay-water relationship-theory and application. A review.- Water on silica and silicate surfaces IV. Silane treated silicas.- Surface chemical and hydrodynamic stability.- Cohesion of particles in disperse systems.- Dissolution due to the orientation, arrangement and structure formation of molecules.- Stern potential, zeta potential and dipole moment of aerosil particles dispersed in electrolyte solutions.- Surface energy analysis of solids and its application.- Surface chemistry and wettability of modified polyetylene.
