Colloidal Polymers: Synthesis and CharacterizationAmidst developments in nanotechnology and successes in catalytic emulsion polymerization of olefins, polymerization in dispersed media is arousing an increasing interest from both practical and fundamental points of view. This text describes ultramodern approaches to synthesis, preparation, characterization, and functionalization of latexes, nanopa |
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Contenido
A Long History with Many Challenges to Meet in the Future FreeRadical Emulsion Polymerization and Aqueous Polymer Dispersions | 1 |
Controlled FreeRadical Polymerization A Way to Design PoIymer Architecture and Surface Properties of Latex Particles | 23 |
Preparation of Microlatexes Using Polymeric Surfactants or Mixed Surfactants | 47 |
Catalytic Polymerization of Olefins in Emulsion A Breakthrough in Polymer Colloids | 77 |
Functionalization of Colloidal Particles | 93 |
PolyNisopropylacrylainide Based Particles Preparation and Colloidal Characterization | 117 |
Microemulsion Polymerization A Way to Synthesize WellDefined Highly Functionalized Nanoparticles | 145 |
Hollow Particles Synthetic Pathways and Potential Applications | 189 |
Synthesis Characterization and Biomedical Applications of Conducting Polymer Particles | 245 |
Preparation of Magnetic Latices | 285 |
Polymer Beads in Biomedical Chromatography Preparation and Characterization | 319 |
Assembling of Polymer Particles onto Solid Supports for Medical Applications | 351 |
Polymer Colloids Widespread and Novel Techniques of Characterization | 381 |
Electrokinetic and SmallAngle Neutron Scattering Studies of Thermally Sensitive Polymer Colloids | 419 |
439 | |
Preparation of Polymer and Hybrid Colloids by Miniemulsion for Biomedical Applications | 225 |
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acid acrylic active addition adsorption agent amount anionic applications aqueous beads binding block cationic characterization charged Chem chemical coating colloidal comonomer complex composition concentration conducting containing controlled copolymerization copolymers core cross-linking depends described developed diameter dispersion distribution droplets edited effect emulsion polymerization field final forces formation functional groups higher hollow hydrophilic hydrophobic important increase initiator interactions interest interface latex particles layer leads Macromolecules magnetic materials measurements mechanism medium methacrylate method microemulsion microgel microspheres miniemulsion molecular weight molecules monodispersed monomer nanoparticles obtained organic oxide phase polar poly polymer polymer particles polystyrene possible potential prepared presence properties proteins radical range ratio reaction reactive recently relatively reported scattering seed shell shown shows silica solution solvent spheres stability structure studies styrene surface surface tension suspension synthesis Table technique temperature tion various