Table Of Content

SUBJECT INDEX Activation energy, p. 207 High pressure capillary viscometer, Amine treatment, p. 282 p. 340 Antistrip additives, p. 282 High temperature stretching, p. 230 Aramids, p. 45 Hydrostatic pressure testing, p. 55 Ashland Process, p. 11 Interfacial bonding, p. 103 Asphalt-aggregate systems, p. 282 Internal mixer, p. 133 Asphalt concrete, p. 282 IR, p. 197 Blend morphology, p. 230 Kevlar, p. 45 Blends, p. 133 Lime treatment, p. 282 Bonding agents, p. 103 Long-term thermal stability, p. 55 Burst factor, p. 28 Mechanical properties, pp. 45, 133, Carbon black, p. 308 308 Chlorosulfonated polyethylene, Melt fracture, p. 340 p. 340 Microfibril, p. 118 Compatibilizer, p. 133 Moisture damage, p. 282 Core-box process, p. 328 Morphology, p. 133 Core-making process, p. 11 Negative deviating blends, p. 340 Corrosion inhibitive polymers, p. 68 NMR, p. 197 Corrosion inhibitors, p. 68 Non-Newtonian, p. 328 Corrosion rate measurement, p. 68 Normal stresses, p. 328 Cross-linking, pp. 118, 230 Oxidation induction time, p. 55 Cure characteristics, p. 230 Oxidation polymerization, p. 68 Curing behavior, p. 308 Palm oil fatty acid additive, p. 308 Darcy’s law, p. 11 Phenolic-urethane, p. 328 Dicumy] peroxide, p. 230 Phenolic-urethane-amine, p. 11 Die swell, p. 340 Plasma, p. 118 Dynamic shear rheometry, p. 245 polyamides, p. 45 Dynamic vulcanization, p. 133 polyamines, p. 68 Elasticity, p. 328 polyanilines, pp. 68, 197 Embrittlement, p. 55 polyester, p. 45 Emulsion, p. 207 polymer blends, p. 230 Emulsion lattices, p. 28 polymer modifiers, p. 245 Epoxy, p. 197 polymeric substance, pp. 28, 207 ESEM, p. 282 polymerization, pp. 45, 207 Extraction resistant, p. 55 polyolefin, pp. 55, 230 Fibers, pp. 45, 103, 118 polypropylene, pp. 45, 133 Filler dispersion, p. 308 polyurethane elastomer, p. 103 Fluidized bed, p. 11 porous media, p. 11 Fluorescence microscopy, p. 245 Positive deviating blends, p. 340 Friction factor, p. 11 Positive-negative deviating blends, HALS hindered amine stabilizer, p. p. 340 55 Relaxation time, p. 328 364 Retained polymer, p. 28 Styrene, p. 207 Reynold’s number, p. 11 Sulfur cure, p. 230 Rheology, pp. 11, 133, 245, 328, 340 Surface treatment Room temperature stretching, Surfactant, p. 207 p. 230 Synthetic, p. 45 Rubber, pp. 133, 230, 340 Tear factor, p. 28 bromobutyl, p. 230 Telechelic, p. 197 carboxylated nitrile, p. 340 Thermal properties, p. 133 devulcanized, p. 133 Thermal treatment, p. 28 Sand-binder, p. 11 Thermoset, p. 197 SBR treatment, p. 282 Tire rubber, p. 133 Sealants, p. 161 Twin screw extruder, p. 133 Self-vulcanizable blends, p. 340 UHMPG fibers, p. 118 Short fiber composite, p. 103 Vinyl acetate, p. 207 Spectrophotometric measurements, Viscosity, p. 328 p. 68 Water absorption, p. 28 Steel protection, p. 68 Water-borne, p. 197 Stress relaxation, p. 103 Water-gas pipe, p. 3) 55 AUTHOR INDEX Abd E]-Ghaffar, M. A., p. 68 Maret, J., p. 296 Abd El-Hakim, A. A., p. 28 Mathew, N. M., p. 296 Andreopoulos, A. G., p. 118 Miknis, FP, p. 282 Ayoub, M. M. H., p. 207 Mohamed, E. S., p. 28 Badran, A.S., p. 28 Mukhopadhyay, S., p. 340 Bakhtiyaroy, S. I., pp. 11, 328 Nada, A. M.A., p. 28 Darwish, W. M., p. 68 Nando, G. B., p. 103 Das, C. K., p. 230 Newman, J. K., p. 245 Dorner, G., p. 55 Ng, C. T., p. 308 Feng, Q., p. 197 Overfelt, R. A., pp. 11, 328 Francis, J., p. 296 Patra, P. K., p. 230 Gupta, B. R., p. 340 Polk, M. B., p. 45 Helaly, F. M., p. 68 Sahayadasan, J., p. 296 Isayev, A. I., p. 133 Schmutz, T., p. 55 Ismail, H., p. 308 Suhara, F, p. 103 Janssen, D. J., p. 161 Tarantili, P A., p. 118 Kramer, E., p. 55 Toland, A., p. 197 Kumar, S., p. 45 Viswanathan, T., p. 197 Kutty, S. K. N., p. 103 Williams, T. M., p. 282 Luo, T,, p. 133 Youssef, E. A. M., p. 68 Lynch, L. N., p. 161 Zweifel, H., p. 55