Fundamentals of Synthetic Polymer Technology in Its Chemical and Physical Aspects |
Contents
PREFACE | 1 |
BONDS INSIDE AND OUTSIDE THE MOLECULES | 24 |
PHYSICS AND COLLOID CHEMISTRY OF POLYMERS | 31 |
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acetate acetylene acid alcohol alkali application ASTM benzene brittle butadiene carbon black casein cellulose derivatives CH₂ chain molecules Chem chemical chlorinated rubber condensation copolymer crystallization developed dielectric dissolved double bonds drying elastic electrical properties emulsion especially esters ethylene extruded fabric fibres fillers films formaldehyde formed groups H₂ H₂ hardening heat resistance Houwink impact strength important impregnated injection moulding interlinking kg/cm² lacquers laminated latex liquid machines manufactured mechanical properties melamine method methyl mixture Modern Plastics molecular weight monomer moulding compounds moulding process natural rubber Neoprene Nylon obtained oven phenol resins plastomers polar Polyisobutylene polymerization polymers polystyrene polyvinyl chloride possible pressure purposes rayon reaction resol rollers sheets shown in Fig silicones softening soluble solution solvents styrene substances synthetic rubbers Table takes place temperature tensile strength textile thermoplastics Thiokol tubes urea vinyl chloride viscosity vulc vulcanization wood flour