Advanced Polymer Chemistry: A Problem Solving GuideThis volume employs a practical, problem-solving approach to understanding the detailed chemistry, kinetics and mechanisms of polymer synthesis. It provides a comprehensive analysis of the methods of synthesis and techniques of characterization unique to polymers. |
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acid active addition Answer assumed average bond branched calculated chain transfer cm³ coefficient coil combination components composition concentration conformations considered constant containing conversion copolymer copolymerization corresponding defined density depends derived determined dilute distance distribution effect energy equal equation example expression factor Figure fraction function given gives groups hence ideal increase initiator interactions kinetic length light linear liquid M₁ measured method methyl mixture molar mole molecular weight monomer obtained occurs parameter particles phase plot polymer chain polymer molecule polymerization polystyrene pressure probability Problem produced propagation properties radical ratio reaction reactivity relative represents respectively sample scattering segments shown shows solution solvent species structure styrene Substituting Table temperature termination theory unit usually values vinyl viscosity volume yields