Fundamental and Applied Aspects of Chemically Modified Surfaces

Abstract

Siloxane-anchored monolayers as templates for oxide film deposition synthesis and characterization of self-organized microstructures with chemically active surfaces and evaluation of their technical utility Thiol-modified phthalocyanines and their self-assembled monolayers on gold surfaces modification of particle surfaces by grafting of functional polymers grafting processes studied with a nanotip - silane molecules and polymers grafted on silica and silanized silica surfaces multilayer dendrimer-poly(anhydride) nanocomposite films conductivity enhancement of polymer composites through admicellar polymerization of pyrrole on particulate surfaces filler surface characterization and its relation to mechanical properties of polymer composites grafting of crystalline polymers onto carbon black surface and its application for gas sensors surface modifications to support materials for HPLC, HPCE and electromatography synthesis, characterization and application of new bonded phases for HPLC microscale synthesis and screening of combinatorial libraries of new chromatographic stationary phases the alkylation of drugs at ion exchange sites on the surface of solid phase extraction columns connection between surface modification of fumed silica, its particle size distribution, and electrophoretic mobility in aqueous suspensions highly efficient acid-gas-removing shaped fibre filters maximizing the extent of hexamethyldisilazane reaction with silica - an experimental design study surface modification of highly dispersed titania/silica, and efficiency of their applications surface modification of micron-size powders by a plasma polymerization process effect of water plasma on silica surfaces - synthesis, characterization and applications. (Part contents)