Technological and Physical Investigations on Natural and Synthetic Rubbers
Standard measurements. Miscellaneous investigations. Modification by means of the vulcanization-process. Physical methods in structural research. Measurements concerning plasticity and elasticity of vulcanized rubbers. Mechanical properties under special circumstances. X-ray investigation. Some electrical investigations.
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MODIFICATION BY MEANS OF THE VUL
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acetone amorphous ring angle of loss benzene Bierer-Davis buna butadiene calculated carbon carbon-black carbon-black mixtures caused chemical coefficient compared composition and cure cooling crystalline material cure see Table degree of crystallization determined dielectric constant dielectric losses difference elastic tension electrical elongation at break formula Geer-Evans given in Fig gives GOPPEL heat high polymers hyperbola influence intermolecular forces investigations isoprene load logarithmic recovery loss power magnesium oxide maximum measurements mechanical properties method modulus molecules natural and synthetic natural rubber neoprene G normal obtained orientation perbunan perduren permanent set phenol physical plastic plexigum polymerization possible pseudo-flow pure-gum mixture purely elastic rate of flow recoil relaxation Research resin resistance rubber and resin rubber without fillers rubber-resin vulcanizates rubber-sulphur sample softener stress stress-elongation curve stretched rubber stretched vulcanized rubber structure swelling synthetic rubbers technological tensile strength test-piece thermodynamical thermoplastic thiokol vulcanized natural rubber vulcanized rubber vulcanizing agent X-ray zero