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Polymer materials and synthesis play a most important role in the successful use in making the plastics properties and their possible extension. Several thousands of polymer syntheses are as a crucial element of the success of the polymer industry with constant evolution of technologies and procedures. This book provides specialists with a comprehensive approach of the developments made in all the areas of polymer synthesis. It critically discusses the latest polymerization techniques. It provides industrial engineers and scientists with methods defining their limits of application. Polymer synthesis is continually challenged to develop new and exciting ways to produce polymer. Polymer synthesis is evaluated based on formation, potential consumer interest, realistic ingredients, design and regulations.

Polymers. --- Polymere --- Polymeride --- Polymers and polymerization --- Macromolecules --- monomer --- synthetic polymer --- natural polymer --- organic material --- molecular weight --- composition --- architecture --- polymerization --- oligomer --- morphological --- topological --- homopolymer --- copolymer --- reaction mechanism --- free radical --- addition --- condensation --- anionic --- cationic --- coordination --- metallocene --- ring-opening --- electro-polymerization --- degree of polymerization --- mono-functional --- bi-functional --- polyfunctional --- cyclic --- modification --- living polymerization --- biopolymer --- surface science --- drug discovery --- medicine --- conducting --- conjugated --- polymer waste --- industrial research