Handbook of Polymer Science and Technology, Том 2CRC Press, 11. 8. 1989. - 758 страница This handbook focuses on physical, structural, and compositional properties of elastomeric materials and plastics. It provides a broad overview of the physical and physicochemical properties of synthetic rubbers that are used in conventional cured applications. |
Садржај
Properties and Uses of Triblock Copolymers | 3 |
Crystallization in Elastomers at Low Temperatures | 61 |
Tensile Yield in Crystalline Polymers | 101 |
Improving the HighTemperature Performance of EPDM | 127 |
Oxidation and Ozonation of Rubber | 143 |
Techniques for Monitoring Heterogeneous Oxidation of Polymers | 167 |
Flammability of Elastomeric Materials | 203 |
Antiozonant Protection of Rubber Compounds | 243 |
Branching Analysis for Polyethylenes | 437 |
Environmental and Thermal Degradation of LowDensity | 485 |
Properties of Isotactic Polypropylene | 507 |
Physical and Chemical Crosslinking of Polyurethane | 557 |
PolyisobutyleneBased Polyurethanes | 599 |
Liquid Crystal Polymers and Their Applications | 625 |
Dimensional Stability of ThermoplasticPolymeric Liquid Crystal Blends | 677 |
Molecular Aggregation of Solid Aromatic Polymers | 697 |
Curatives for Castable Urethane Elastomers | 291 |
Synthesis Properties and Uses | 341 |
Crystal Growth in Polyethylene | 367 |
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Чести термини и фразе
amorphous antioxidants antiozonant Appl aromatic ASTM behavior birefringence block copolymers branches carbonyl chain Chem chemical combustion compounds compression concentration constant cracking crosslinking crystalline crystallization curatives curve decrease deformation degradation density dependence domain effect elastomers elongation energy EPDM ethyl experimental fibers film fraction function glass transition growth heat HPLDPE increase initial kinetic lamellar LDPE linear liquid Macromolecules material measured mechanical properties melt MOCA modulus molecular weight molecules natural rubber nucleation obtained orientation oxidation oxygen ozone parameters peroxide phase photodegradation Phys plastic polybutadiene polyester polyethylene Polym polymerization polypropylene polystyrene polyurethane prepolymers profiles radical ratio reaction resistance Rubber Chem sample scission segments shear shows smectic spherulites stability strain rate structure styrene surface Table techniques tensile strength theory thermal thermoplastic tion transition temperature unsaturation urethane viscosity yield stress Young's modulus