Desk Reference of Functional Polymers: Syntheses and ApplicationsDiscusses the synthesis, properties, and current and potential applications of a wide variety of functional polymers in four major areas: radiation effects and applications, opolelectronic properties and applications, chemical and physicochemical applications, and biomedical applications. Reviews the general synthetic methods for preparing functional polymers. Examines functional polymers with properties of interest in such fields as microlithography, photochemistry, nonlinear optics, electrical conductivity, chemical sensors, electron and energy transfer processes, polymeric liquid crystalline networks, chiral liquid crystalline polymers, solar energy utilization, floculation of minerals, catalysis, polymeric dental aids, polymer-drug conjugates, biocompatible polymer surfaces, and drug targeting by functional polymers. |
Contents
Synthesis and Characterization of VBC Polymers | 6 |
Polymerization | 33 |
page | 57 |
Copyright | |
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acid acrylate active addition American Chemical Society anionic applications bonds cells CHâ‚‚ chapter Chart Chem chemical chitin coating compounds concentration conductivity containing copolymer copolymerization cross-linking degradation depending derivatives devices drug effect electron energy example excited Figure films followed formation functional grafting groups higher implanted important increase indicate initiator interaction layer leads light liposomes Macromolecules Makromol materials mechanism metal methacrylate method modification molecular weight molecules monomers observed obtained occurs optical organic oxide oxygen phase Phys plasma poly polymer polymerization potential prepared present produced properties proteins radical range reaction reactive recently reference relatively reported resin resist result Scheme selective sensitivity sensors shown Society soluble solution solvent species stability structure studied surface synthesis Table temperature thermal tion transfer units values various yield