Mechanochemistry of Polymers |
Contents
Foreword by Prof G L Slonimskii | 9 |
CHEMICAL CONVERSIONS OF POLYMERS UNDER | 20 |
Mechanical activation of chemical bonds | 33 |
Copyright | |
17 other sections not shown
Common terms and phrases
0.5 Nitrogen 90 Linear acetate acrylate acrylate 25 Acrylonitrile active Allyl acrylate alteration aqueous medium benzene benzoquinone block polymer cellulose CH₂ chains chemical nature chloroprene collagen comminution copolymer copolymerisation crosslinking curves degradation dispersion disulphide Divinyl Duration of mastication elastic energy factors fatigue strength fibres formation formed free macro-radicals free radicals gelatin graft grinding increase influence initial intermolecular interpolymer keratin kg/sq.cm liquid maleic anhydride mastication mastication of natural material mechanical action mechano-synthesis mechanochemical processes mechanochemistry Methacrylic acid Methylmeth methylmethacrylate milling mixer mixture molecular weight molecules monomer natural rubber nitrile rubbers oxidative oxygen particles plasticisers Plasticity poly polymer polymeric polymerisation polymethylmethacrylate polystyrene polyvinyl polyvinyl alcohol presence products of mechano-degradation Properties of vulcanisates reactions reactivity reduction repeated deformation resin result rigid polymers rotor rupture sation scission scroll soluble solution solvent stresses structure styrene substances surface synthetic rubbers Table 6 continued takes place temperature thermal tion various vibro-milling viscosity