Polymer Modification of Rubbers and PlasticsHenno Keskkula |
Contents
RUBBER MODIFICATION OF PLASTICS | 1 |
Crosslinking of Polybutadiene Induced by Free Radicals | 21 |
Mechanism of Particle Formation in RubberModified Vinyl Polymers | 35 |
Copyright | |
14 other sections not shown
Other editions - View all
Polymer Modification of Rubbers and Plastics: American Chemical Society ... Henno Keskkula No preview available - 1968 |
Common terms and phrases
200 pphm Failed ABS resins acid acrylate acrylonitrile applied stress block copolymers brittle butadiene calculated Chem Chemical cold drawing composition contours craze formation crosslink curves deformation density dilatation double bonds effect elastic elastomer electron elongation emulsion energy experimental filler fluxing fracture glass transition temperature glassy polymers graft copolymer I.V. PVC impact strength increase infrared latex major principal stress material matrix measurements mechanical blend methacrylate microscope modulus molecular weight monomer Mooney NBR/PVC blends NBS abrasion index nitrile notched obtained OK OK OK Ozone resistance Paper ozonolysis PBNA plastic PMMA poly poly(vinyl chloride polyblend polybutadiene polycarbonate Polymer Sci polymerization polystyrene radicals ratio reaction resistance Paper clip rubber particles rubber-modified sample shear stress shear yield Shore A Hardness shown in Figure simple shear solvent specimen stiffening stress field structure styrene styrene-acrylonitrile copolymer Table tight gel tion uniaxial values vinyl viscosity vulcanizates yield stress