Science and Technology of RubberJames E. Mark, Burak Erman, Frederick R. Eirich Science and Technology of Rubber, Second Edition provides a general survey of elastomers and an examination of rubberlike elasticity, with an emphasis on a unified treatment ranging from physical theory to final applications. Researchers in polymer science and engineering fields will find coverage of recent advances, unsolved problems and projections, and processing. |
Contents
Comparison with Experiment | 5 |
Elastic Behavior under Small | 11 |
Elastomer Blends | 12 |
Polymerization | 17 |
ChainGrowth Polymerization by Free Radical | 24 |
Emulsion Polymerization 36 | 31 |
Structure Characterization in the Science | 95 |
Molecular Weight and Its Distribution | 105 |
Introduction | 472 |
Threshold Strengths and Extensibilities | 479 |
Tensile Rupture | 495 |
Mechanical Fatigue | 502 |
The Chemical Modification of Polymers | 514 |
Other Addition Reactions to Double | 523 |
Block and Graft Copolymerization 527 | 542 |
P J Corish I Introduction | 545 |
Crystallinity | 146 |
Entanglements | 157 |
The Molecular Basis of Rubberlike | 189 |
More Advanced Molecular Theories | 198 |
Direct Determination of Molecular | 208 |
Introduction | 211 |
The Transition Zone | 219 |
Dynamic Properties in Large | 242 |
Experimental Methods and Apparatus | 249 |
Rheological Behavior and Processing | 257 |
Rheological Properties | 265 |
Boundary Conditions | 287 |
Rheological Measurements | 295 |
Processing Technology | 303 |
Engineering Analysis of Processing | 317 |
Vulcanization | 339 |
Vulcanization by Sulfur | 346 |
Reinforcement of Elastomers | 387 |
Physical and Chemical Interactions at the Filler | 394 |
Properties of Unvulcanized RubberFiller | 400 |
The Science of Rubber Compounding | 419 |
Filler Systems | 432 |
Stabilizer Systems | 442 |
ElastomerElastomer Blends | 548 |
ElastomerPlastics Blends and Thermoplastic Rubbers | 582 |
General Correlations and Conclusions | 592 |
Thermoplastic Elastomers Brian P Grady and Stuart L Cooper I Introduction | 601 |
Synthesis | 606 |
Morphology of Thermoplastic Elastomers | 613 |
Properties and Effect of Structure | 637 |
Thermodynamics of Phase Separation | 645 |
Thermoplastic Elastomers at Surfaces | 655 |
Rheology and Processing | 665 |
Applications | 668 |
References | 670 |
Tire Engineering F J Kovac and M B Rodgers I Introduction | 675 |
Tire Types and Performance | 676 |
Basic Tire Design | 678 |
Tire Engineering | 680 |
Tire Materials | 693 |
Tire Testing | 707 |
Tire Manufacturing | 712 |
Summary | 717 |
| 718 | |
| 719 | |
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Common terms and phrases
amorphous anionic anionic polymerization Appl behavior bond butadiene butyl rubber carbon black CH₂ CH3 CH3 chain end chemical chloroprene coefficient composition compounds concentration copolymerization crosslinked crystalline deformation density dependence dynamic effect elastomers elution emulsion polymerization entanglements EPDM equation filler fraction free radical frequency function graft graft copolymer growing chains increase initiator intrinsic viscosity isoprene J. L. White kinetic light scattering linear M₁ Macromolecules material measured mechanism metal modulus molecular weight distribution molecules monomer monomer units natural rubber obtained particles phase Phys polybutadiene Polymer 33 polymer chain Polymer Science polystyrene propagation properties ratio reaction reactivity references result Rubber Chem sample shear shown in Fig solution solvent stress structure styrene sulfur surface Table techniques Technol temperature tensile thermoplastic thermoplastic elastomers tion transition viscoelastic viscosity volume vulcanizates vulcanization Wiley Wiley-Interscience York