Journal of Applied Polymer Science Subject Index to Volume 47 Accelerated weathering Blending conditions, 951 Composite membranes, 2125 environments, 2103 Blends, 105, 295, 331, 577, 587, Composites, 305, 839, 1065, Acid hydrolysis, 1003 723, 951,1083, 1155, 1469, 1349, 1731, 1925, 2073 Acid-degrading bacterium, 1123 1581, 1781, 1839, 2117 Compounds, 2161 Acrylic chelating fiber, 45 Block copolymer soft segments, Conformations, 1303 Additives, 1859 1419 Constant heating rate Adhesion, 223, 543, 1175, 1219, Block copolymers, 407 experiments, 847 2065 Blocked isocyanates, 1791 Cope reactions, 1821 Adhesives, 1019 Blood compatibility, 761, 1601 Copolyimides, 753 Adsorption, 2245 Blood dialyzer membrane, 917 Copolymer-surfactant Aerobic biodegradation, 1709 Branching distributions, 685 interactions, 1381 Aging, 1905 Brittle-to-ductile transition, 269 Crosslinking, 499, 917, 1973 Alginates, 1649 Bulk anionic copolymerization, Crosslinking, radiation-induced, Alkaline extracts, 37 1721 789 Amidoxime groups, 45 Bulk polymerization, 513 Cross-linking, 1343 Anionic polymerization, 1589 Cross-linking agent, 2227 Annealing, 789, 2053 Calibration, 1685 Cross-linking fluoroterpolymers, Aqueous ring-opening e-Caprolactam, 1721 223 metathesis polymerization, Catalyst activity, 1449 Crystallinity, 13, 149 1477 Catalyst systems, 607 Crystallization, 395, 1551, 1749, Aqueous solution(s), 93, 1295 Cation-exchange membranes, 1781, 2111 Aromatic polyimides, 753 1269 Crystallization kinetics, 2149 Assay systems, 1709 Cationic resins, 2217 Crystals, 937 ATR FTIR spectroscopy, 1381, CdS particles, 1773 1387 Ceric ion initiation, 53 Cure, 425, 447, 1481, 2037 Avrami equation, 2111, 2149 Chain transfer agent, 1411 Cure kinetics, 461 Characterization, 199 Cured resin systems, 1821 Ballistic impact, 1129 Chelating fiber, 45 Curie transition, 1781 Biaxial drawing, 1989 Chelation ion exchange Curing, 533,667,1533,1915,2169 Binary polymeric mixture melts, properties, 367 Curing behavior, 61 941 Chemical copolymerization, 1801 Binary systems, 1193 Chemical warfare agents, 653 Damage zone, 245 Bioadhesive peptide- Chromatographic separation, Decrystallization, 73 immobilized surface design, 2245 Deformation, 1551 1983 Closed batch reactor, 513 Degradation, 2257 Biodegradation, 1709 13C-NMR spectroscopy, 823 Demixing, 895 Biomaterials, 761 Coatings, 487, 1791, 2019, 2083, Densimetry, 961 Biomedicine, 631 2257 Determination, 1685 Biopolymer precursors, 1649 Coconut husk lignin, 37 Dielectric relaxation time, 387 Bioreactor systems, 1329 Colloidal application(s), 521, Dielectric studies, 1463 Bleach effluent, 2125 1295 Diels-Alder adduct, 1477 Blend compatibilizer, 1411 Comonomer composition, 1533 Diels-Alder reaction, 2013 Blending, 587 Complex inclusions, 305 Differential refractometry, 1813 Journal of Applied Polymer Science, Vol. 47, 2271-2275 (1993) 2271 2272 SUBJECT INDEX Differential scanning Film adhesives, 1401 Glow-discharge-plasma-treated calorimeter (DSC), 1749 Film permeability, 1497 polyethylene surface, 1175 Differential scanning Film thickness, 1395 Glycidyl methacrylate (GMA)- calorimetry (DSC), 461, 595, Films, 1, 1621, 1797, 1933, 1961, modifiers, 61 2177 1989, 2103, 2143 Graft copolymerization, 1, 1765 Differential scanning Fire-retardant additives, 1859 Graft copolymers, 1411 calorimetry (DSC) curves, Flammability, 747, 1185 Graft polymerization, 417, 833 1897 Flory-Huggins model, 565 Grafting, 53, 717, 981, 2013 Diffraction technique, 125 Fluorinated rubber properties, Graphite fibers, 93 Diffusivity, 1933 1127 Guar gum, 717 Direct fixation, 25 Fluorination, 2207 Disintegration, 2103 Fluororesins, 2207 Hansen three-dimensional Dispersing technology, 521 Fourier transform infrared parameters, 2161 “Dual-mode” sorption, 1013 (FTIR) analysis, 823 Heat resistance, 1019 Ductile-brittle transition, 2195 High molecular weight Fourier transform infrared Dynamic mechanical analysis polymers, 877 (FTIR) quantitative (DMA), 1481 High-density PE (HDPE), 1143 analysis, 2217 High-energy radiation, 2187 Fourier transform infrared Elastomeric membranes, 2227 High-performance liquid spectroscopy (FTIR), 461, Elastomers, 199, 771, 1033, 2013 chromatography (HPLC), 543 Electric fields, 113 2005 Fractionation, 1633, 2245 Electrochemical polymerization, High-pressure soxhlet Fractions, 1839 2073 extraction, 1633 Fracture toughness, 1867 Electrochromism, 85 High-speed melt spinning, 1551 Free radical initiator, 735 Electrocopolymerization, 93 High-Tg amine/epoxy Free radicals, 1643 Electrosynthesis, 1215 thermosetting system, 447 Free volume, 85 Emulsion, 1343 High-Tg thermosetting amine/ Functional groups, 1503 Entanglements, 1881 epoxy system, 425 Furan, 1477 Enzymes, 1329 Hildebrand total solubility Fusion, 555 EPDM rubber, 2013 parameters, 2161 Epoxidation, 1255 Homogeneous systems, 1653 Gas, 1961 Epoxy, 1401 Humidities, 1905 Gas chromatography (GC), 2257 Epoxy/anhydride matrix, 991 Hydroaromatics, 925 Gas chromatography-mass Epoxy composites, 487 Hydrogels, 53, 339, 1207 spectrometry (GC-MS), Epoxy networks, 823 Hydrogen bonding, 1155 1741, 2257 Epoxy novolacs, 1361, 1373 Hydrogen-ion concentration, 815 Epoxy resin(s), 533, 1349, 2093, Gas molecules, 7 Hydrolytic stability, 199 2207 Gas permeability, 1513 Hydrosilation, 1309 Etch rates, 2135 Gas separation, 1513 Hysteresis method, 1867 Extended Flory-Huggins Gas sorption, 7, 13 equation, 1193 Gases, 1033, 1933 Immiscibility, 1469 Extracellular matrices (ECMs), Gel pathway, 1925 Immiscible blends, 1581 1983 Gel permeation chromatography Immobilization, 25 Extruded sheets, 2053 (GPC), 521, 805, 2005 Immobilized enzyme systems, Gelatin cross-linking, 1343 1329 Fabrics, 1129 Gelation, 1361 Induction time, 1665 Ferrocene derivatives, 323 Gelling conditions, 1439 Infrared (IR) absorption Fiber formation, 857 Gels, 1925 spectroscopy, 911 Fiber-matrix adhesion, 883 Glass fibers, 487 Infrared (IR) spectroscopy, 543, Fibers, 707, 1129, 1427, 1731, Glass transition temperature, 735 2065, 2079 595 Inhibitor concentration, 1395 Filler(s), 839, 941, 2149 Glassy polymers, 619 Initiator, 1643 SUBJECT INDEX 2273 Injection molding(s), 125, 149, Macromolecular entanglement, Oligomers, 387, 805 189 1881 On-line conversion monitoring, Interdetector volume, 1701 Macromonomeric initiators 961 Interfacial adhesion, 1115 (macroinimers), 1097 Organic compounds, 1123 Interfacial polycondensation, Maleimides, 1915 Orientation distribution, 1989 1523 Mark-Houwink constants, 1685 Orientation gradients, 149 Interfacial polymerization Melt blending, 105 Overall reaction mechanism, 377 technique, 645 Melt flow, 1859 Oxidation, 1643, 1649, 1741 Interpenetrating polymer Melt rheology, 167 Oxidative decomposition, 877 networks (IPNs), 1089 Melt state dynamic mechanical Oxidative degradation, 1821 Iodine doping, 2143 measurements, 2169 Oxygen index, 2117 Iodine sorption, 373 Melt viscosity, 387 Ion absorption, 2079 Membranes, 1513, 1621 Permanently Electrostatic Ionic polymer gel, 113 Metal vulcanization activator, Dissipative (ESD) Property, Ionomerization, 2079 743 587 Ionomers, 1497, 1673 Metathesis, 289 Permeability, 1933, 1961 Irradiation, 1319, 2187 Microbeam x-ray, 125 Permeation, 1033 Permeation behavior, 917 Isospecificity, 1449 Microbond technique, 883 Pervaporation, 1849, 2227 Microcapsules, 645 Phase behavior, 723, 1469 J-integral methods, 1867 Microemulsions, 499 Phase diagrams, 565 Jute, 73 Microgels, 1243 Phase separation, 723, 1673, Jute/polypropylene blended Microlayer composites, 245, 269 2037 adhesive-bonded nonwoven, Microstructure, 305 Phase transitions, 555 747 Miscibility, 1469 Phenolic resins, 797 Miscible blends, 1581 Photoaging, 211 a-keratin fibers, 1973 Moisture, 1905 Photochemical grafting, 1075 Keratins, 1973 Molar mass distribution, 805 Photodegradation, 1027, 1319, Ketalization reaction, 1653 Molecular orientation, 13 1897 Ketones, 1653 Monomer(s), 417, 499, 607, 697, Photoinitiator, 1665 Kinetic chain termination, 833 735 Photopolymerization, 1665 Kinetic parameters, 533, 847 Monosubstitution, 1503 Physical aging behavior, 447 Kinetics, 513, 555 Morphology, 167, 295 PI/Cu interface, 1057 Piezoelectricity, 1781 Laser ablation, 1773 Native/commercial gutta-percha Plasma polymerization, 1601 Laser interferometer, 2135 samples, 1905 Plasma treatment, 2085, 2093 Latexes, 1381, 1387 Natural rubber (NR), Plastic films, 2103 Linear low-density deterioration, 925 Platelet adhesion, 1601 polyethylene(s) (LLDPE), Neck-like deformation process, Platinum catalyzed 211, 1143 1551 hydrosilylation process, 697 Linear polythioesters, 1523 Network formation, 1373 Polyamide-6, 1185 Liquid chromatrography, 1243 Neutralization, 1673 Polyblending, 1801 Liquid dicyanate ester Nonaqueous coating films, 2083 Polycondensation, 1523 monomer, 461 Nonburning (nonflammable) Polymer crystallization kinetics, Liquid-liquid equilibria, 1193 fibers, 707 395 Liquid-liquid separation, 1621 Nonfreezing water, 1419 Polymer modification, 407 Localized energy dissipation Nonionic cross-linker, 2217 Polymer-solvent interaction processes, 2195 Nonlinear optical (NLO) parameters, 653 properties, 1797 Polypeptides, 1303 Macroactivators, 1721 Nuclear magnetic resonance (19F Polyurethane-based materials Macromolecular complexes NMR), 735 (PUPA), 631 (MC), 815 Nylon-6, 1801 Positron annihilation, 85 2274 SUBJECT INDEX Potassium persulfate/ascorbic Side-chain liquid crystalline Surface oxidation, 2187 acid redox initiating system, (LC) polysiloxanes, 781 Surfactant exudation, 1387 717 Silicone acrylates, 1309 Surfactants, 645 Precrack hysteresis energy, 2195 Silicone lattices, 667 Swelling, 113, 217, 1813, 1881, Precrack plastic zone, 2195 Simultaneous interpenetrating 2079 Preparative temperature-rising polymer networks (SINs), Synthesis, 199, 323, 407 elution fractionation 1439 Synthetic resins, 1315 (PTREF) technique, 1839 29Si NMR spectroscopy, 667 PRF wood adhesives, 351 Sisal fibers, 1731 Taut tie molecules (TTMs), 789 Processability, 199 Size exclusion chromatography- Temperature rising elution Processing conditions, 125 differential viscometer fractionation (TREF), 685 Propellant formulations, 1791 (SEC-DV) systems, 1685, Ternary systems, 565 Proteins, 1973 1701 Thermal analysis, 1083 Purification, 1633 Solubility, 895, 2161 Thermal behavior, 323, 1185 Solubility coefficients, 1127 Thermal conductivities, 331 Radiation grafting, 1269 Solution-bond method, 185 Thermal degradation, 911, 1897, Radiation initiated grafting, 361 Solvent, 565 2117 Radiation-induced grafting, 1427 Sorption, 653, 677, 771, 1395 Thermal oxidation, 1741 Radiation-induced structural Spacers, 25 Thermal polymerization, 1395 changes, 21 Spinning, 857 Thermal properties, 61 Rare earth oxides, 2111 Stabilization process, 707 Thermal stability, 867 7-ray irradiation, 1849 Stabilizers, 555 J Thermal studies, 1463 Reaction engineering, 1589 Starch, 1765 Thermally stimulated current Reaction injection molding Starch graft copolymers, 1003 (TSC), 2143 (RIM), 289 Starch-g-polyacrylamide Thermodynamic modeling, 771 Reaction kinetics, 1361 composites, 1165 Thermogravimetric analysis Reaction mechanism, 513 Statistical chemical (TGA), 847 Reactive ion-etching (RIE), 2135 heterogeneity, 2245 Thermogravimetric behavior, Reactivity ratios, 1463 Stereo-isomers, 937 1233 Reactor systems, 1589 Steric restrictions, 1155 Thermooxidative stability, 1821 Reactors, 1047 Steric stabilizer, 1999 Thermoplastic prepreg, 185 Real-time small-angle light Strain-induced crystallization, Thermoplastics, 771 scattering (RTSALS), 395 1749 Thermosetting system(s), 425, Release coatings, 2257 Stress, 619 447 Renewable resources, 1089 Stress-relaxation, 345 Thermosetting/thermoplastic Replication technique, 1621 Structural adhesive bonding, resin, 2169 Resins, 367, 1315, 1439, 1481, 1533, 1821, 1915, 2005,2037 1401 Thermotropic copolyester(s), Resol varnish, 797 Structural change, 373 857, 1233 Resolution correction, 1701 Structure-property correlations, Thermotropic side chain LC Reversible redox system, 833 2019 polymers, 697 RF plasma treatment, 883 Structure-property relations, Thin films, 1797 Ring-opening metathesis 753 Third-harmonic generation, polymerization (ROMP), Sulfur vulcanization, 377, 743 1773 607 Sulfur-free lignins, 1065 Third-order nonlinear optical Supercritical binary fluid effects, 1263 Saturation water uptake, 1419 mixtures, 895 Three-component emulsion Secondary high molecular Surface analysis, 761 polymers, 1277 weight guayule rubber, 1255 Surface graft polymerization, Torsional braid analysis, 461 Sedimentation, 1999 417 Transmission electron Sheath/core composite fibers, Surface modification, 577, 1075, microscopy (TEM), 1621 1115 2065,2093, 2207 Transport, 1497 SUBJECT INDEX 2275 Ultrafiltration, 2125 Viscoelastic materials, 345 Water-insoluble supports, 25 Ultrahigh molecular weight Viscoelastic response, 595 Wavelength sensitivity, 1027 polyethylene (UHMW-PE) Viscosity, 1581, 1813 Weathering, 1897 fibers, 2093 Vitrification, 1361 Wide-angle X-ray technique Unidirectional glass-fiber Volatile compounds, 1741 (WAXD), 937 composites, 991 Volatile formation, 867 Wood properties, 1097 Unified modeling technique, Volatile organics, 2227 1047 Volatiles, 867 XPS Studies, 21 Unsaturated polyesters, 121 Volume fraction, 1973 X-ray diffraction, 781 UV absorbers, 555 Vulcanization, 377, 743, 2177 X-ray diffraction analysis, 1105 UV irradiation, 417 X-ray photoelectron Water transport, 1349 spectroscopy (XPS), 21 Vapor-liquid equilibria, 1193 Water-borne enzymatic coating- Vat dyeing processes, 877 based dry chemistries, 2083 Young’s modulus, 189 Journal of Applied Polymer Science Author Index to Volume 47 Abd-Alla, M. A. See Hassan, of Cross-linkages in Low- Usmani, A.: Nonaqueous R. M., 1649 Sulfur Components and the Diagnostic Polymers and Abd-Alla, M. M. Volume Fraction of High- Coatings, 2083 —; El-Zohry, M. F.; Aly, K. I.; Sulfur Domains in Various Abd-El-Wahab, M. M. M.: a-Keratin Fibers, 1973 Bae, Y. C. Arylidene Polymers. XVIII. Aras, L. See Bdair, A., 1497 —; Shim, J. J.; Soane, D. S.; Synthesis and Thermal Armstrong, G. H. See Parker, Prausnitz, J. M.: Behavior of Organometallic A. A., 1999 Representation of Vapor- Arylidene Polyesters Arnaud, R. See Tidjani, A., 211 Liquid Equilibria and Containing Ferrocene Arvanitoyannis, I. Liquid-Liquid Equilibria for Derivatives in the Main —; Blanshard, J. M. V.: Anionic Binary Systems Containing Chain, 323 Copolymers of Polymers: Applicability of Abd-El-Wahab, M. M. M. See Octanelactam with an Extended Flory-Huggins Abd-Alla, M. M., 323 Laurolactam (Nylon 8/12 Equation, 1193 Abe, Y. See Kaji, K., 1427 Copolymers). VII. Study of Baer, E. See Shin, E„ 245, 269 Abuin, S. P. Diffusion and Permeation Bag, S. C. See Samajpati, S., 747 —; Pellin, M. P.; Nunez, L.; of Gases in Undrawn and Bagryansky, V. A. See Gandara, J. S.; Losada, Uniaxially Drawn Kuznetsov, A. Y., 1175 P. P.: Kinetic Parameters in (Conditioned at Different Bajpai, U. D. N. Non-Stoichiometric Epoxy- Relative Humidities) —; Mishra, V.; Rai, S.: Grafting Resin/m-Xylylenediamine Polyamide Films, 1933 of Poly(Acrylonitrile) onto Reactions, 533 —; Kolokuris, I.; Robinson, C.; Guar Gum Using Potassium Agari, Y. Blanshard, J. M. V.: Persulfate/Ascorbic Acid —; Ueda, A.; Nagai, S.: Thermal Synergic Action of Aging Redox Initiating System, Conductivities of Blends of and Moisture on Native and 717 Polyethylene/SEBS Block Different Grades of Bakr, N. A.: Thermally Copolymer and Commercial Gutta-Percha Stimulated Current of Polystyrene/SEBS Block (frans-Polyisoprene), 1905 Iodine-Doped Acrylonitrile- Copolymer, 331 Asaduzzaman, A. K. M. Butadiene-Styrene Thin Aharoni, S. M. —; Rakshit, A. K.; Devi, S.: Films, 2143 —; Martin, M. F.; O’Brien, Solution Properties of Balke, S. T. See Cheung, P., K. P.: Novel Low Refractive Methyl Methacrylate- 1701 Index Self-Cross-Linking Acrylonitrile Copolymers, Balke, S. T. See Lew, R., 1685 Fluoroterpolymers with 1813 Bantjes, A. See Chen, G., 25 Very Low Surface Tension —; Raval, H.; Devi, S.: Studies Barbosa, R. V. and Good Adhesion to on the Grafting of Methyl —; Soares, B. G.; Gomes, A. S.: Substrates, 223 Methacrylate onto Graft Copolymers from Aly, K. I. See Abd-Alla, M. M., Polyacrylonitrile, 981 Modified Ethylene-Vinyl 323 Asrar, J.: Reaction Injection Acetate (EVA) Copolymer. An, J. H. See Kim, K. R., 305 Molding (RIM) System I. Synthesis of Arai, K. Based on Metathesis, 289 Poly(ethylene-co-vinyl —; Hirata, T.; Nishimura, S.; Atanassov, A. N. See Kostov, acetate-g-styrene) Using Hirano, M.; Naito, S.: G. K., 361,1269 EVA Modified by Cross-linking Structure of Azhar, A. Mercaptoacetic Acid as Keratin. IV. The Number —; Burke, A.; Dubois, J.; Chain Transfer Agent, 1411 Journal of Applied Polymer Science, Vol. 47, 2293-2306 (1993) 2293 2294 AUTHOR INDEX Barbucci, R. See Cimmino, S., Breuer, H. See Haberkorn, H., Engineering of the Anionic 631 1551 Polymerization of Isoprene, Barsola, R. See Kaur, I., 1165 Brougton, R. M. See Hall, 1589 Bdair, A. D. M., 2079 Chang, F.-C. —; Aras, L.; Sanli, O.: Transport Buchanan, C. M. —; Hsu, H.-C.: Precrack of Sodium Chloride, Urea, —; Gardner, R. M.; Komarek, Hysteresis Energy of and Creatinine Through R. J.: Aerobic Elastomer-Modified Membranes Derived From Biodegradation of Cellulose Polycarbonates in Methylmethacrylate-co- Acetate, 1709 Determining Its Ductile- Methacrylic Acid and Its Burke, A. See Azhar, A., 2083 Brittle Transition, 2195 Ionomers, 1497 Burton, B. L.: The Chang, F.-C. See Lee, C.-B,, Beck, H. N. Thermooxidative Stability 1867 —; Mah, R. W.; Sanders, E. S., of Cured Epoxy Resins. I, Chao, D. Y.: The Role of Jr.: Relative Solubility of 1821 Surfactants in Synthesizing Tetrachlorohexafluorobis- Buschle-Diller, G. Polyurea Microcapsule, 645 phenol-A Polycarbonate in —; Zeronian, S. II.: Charlesworth, J. M. Various Compounds, 2161 Photodegradation of —; Riddell, S. Z.; Mathews, Bell, J. P. See Iroh, J. O., 93 Oxidized Cotton Cellulose, R. J.: Determination of Benev, D. See Stoeva, S., 1859 1319 Polymer-Solvent Berner, B. See Chu, C.-H., 1083 Butterfield, D. A. See Zhuang, Interaction Parameters Bhadani, S. N. P., 1329 Using Piezoelectric —; Sen Gupta, S. K.; Gupta, Crystals, with Reference to M. K.; Prasad, J.: Cakmak, M. See Hsiung, C. M., the Sorption of Chemical Electrosynthesis of 125, 149 Warfare Agents, 653 Conducting Poly(p- Canche-Escamilla, G. See Chatelier, R. C. See phenylene), 1215 Vazquez-Torres, H., 37; See Gunatillake, P. A., 199 Bhaduri, S. K. See Reddy, Vera-Pacheco, M., 53 Chen, C.-J. See Huang, Y.-J., S. S., 73 Canegallo, S. 1533 Bi, X.-T. See Xue, Z., 2073 —; Storti, G.; Morbidelli, M.; Chen, C.-Y. See Jeng, G.-P. C., Biro, D. A. Carra, S.: Densimetry for 697, 781 —; Pleizier, G.; Deslandes, Y.: On-Line Conversion Chen, G. Application of the Monitoring in Emulsion —; van der Does, L.; Bantjes, A.: Microbond Technique. IV. Homo- and Investigations on Vinylene Improved Fiber-Matrix Copolymerization, 961 Carbonate. V. Adhesion by RF Plasma Carnes, J. R. See Fitch, M. W., Immobilization of Alkaline Treatment of Organic 1033 Phosphatase onto LDPE Fibers, 883 Carra, S. See Canegallo, S., 961 Films Cografted with Blanshard, J. M. V. See Cassem, A. Vinylene Carbonate and N- Arvanitoyannis, I., 1905, —; McGill, W. J.: A Comparison Vinyl-N-methylacetamide, 1933 of the Tetramethylthiuram 25 Bohdanecky, M. See Petrik, S., Disulphide Accelerated Chen, J.-Y. See Shinn, T. H., 677 Sulfur Vulcanization of 1233 Bontoux, L. See Park, J. K., 771 Polybutadiene and Chen, K.-M. See Wang, T. H., Brahmakumar, M. See Polyisoprene, 377 1057 Joseph, K., 1731 Cha, W.-I. Chen, R.-Y. See Lai, J.-Y., 1849 Brandwood, A. See —; Hyon, S.-H.; Graiver, D.; Chen, S.-A. See Chen, Y., 1721 Gunatillake, P. A., 199 Ikada, Y.: Sticky Poly(vinyl Chen, S.-H. See Lai, J.-Y., 1513 Bravo, A. Alcohol) Hydrogels, 339 Chen, Y. —; Hotchkiss, J. H.: Chabert, B. See Romero, M. A., —; Chen, S.-A.: Bulk Anionic Identification of Volatile 543 Copolymerization of Compounds Resulting from Chang, C. C. e-Caprolactam in the the Thermal Oxidation of —; Halasa, A. F.; Miller, J. W., Presence of Polyethylene, 1741 Jr.: The Reaction Macroactivators Derived AUTHOR INDEX 2295 from Polypropylene Glycol, Chu, C.-H. Dean, B. D.: High- 1721 —; Berner, B.: Thermal Temperature —; Jung, S.-S.; Wang, J. H.: Analysis of PolyfAcrylic Thermoplastic Elastomers Synthesis and Acid)/Poly (Oxyethylene) via the Grafting Reaction of Conformational Properties Blends, 1083 Polyarylate onto EPDM of Poly (iV4-1 -phenylethyl-L- Cimmino, S. Rubber, 2013 asparagines), 1303 —; Martuscelli, E.; Silvestre, C.; Defoor, F. Chen, Y.-H. See Yang, C.-P., Barbucci, R.; Magnani, A.; —; Groeninckx, G.; Reynaers, 2217 Tempesti, F.: Structure- H.; Schouterden, P.; van der Cheng, S. Property Relationships of Heijden, B.: Thermal and —; Shanks, R. A.: The Polyurethane-Based Morphological Crystallization Kinetics of Materials (PUPA) for Characterization of Binary Filled Poly(ethylene Applications in Blends of Fractions of 1- terephthalate), 2149 Biomedicine, 631 Octene LLDPE, 1839 Cin, C. See Erbil, C., 1643 Delides, C. G. Chernyakovskii, F. P. See Codella, P. J. See Stein, J., 2257 —; Hayward, D.; Pethrick, R. A.; Yampol’skii, Y. P., 85 Cohen Addad, J. P. See Perez, Vatalis, A. S.: Dielectric and Cheung, H. M. See Palani Raj, S., 1621 Morphological W. R., 499 Cohen, S. H. See Desper, C. R., Investigations of Phase Cheung, P. 1129 Separation and Cure in —; Lew, R.; Balke, S. T.; Collier, B. J. See Tao, W., 1115 Rubber-Modified Epoxy Mourey, T. H.uSEC- Collier, J. R. See Tao, W., 1115 Resins: Comparison Viscometer Detector Cooper, S. L. See Ko, T.-M., between Teta- and DDM- Systems: II. Resolution 1601; See Yu, X., 1673 Based Systems, 2037 Correction and Costa-Torro, F. See Demianova, V. See Kosikova, Determination of Gallouedec, F., 823 B„ 1065 Interdetector Volume, 1701; Cowie, J. M. G. Dems, B. C. See Hand, B., 2135 See Lew, R., 1685 —; Reilly, A. A. N.: Effect of Denchev, Z. Z. Chiang, W. Steric Restrictions on the —; Kabaivanov, V. S.: Thermal —; Huang, C.: Properties of Enhancement of Miscibility Behaviour and Adhesive Copolymer-Type through Hydrogen Bonding Properties of Some Poly acetal /Ethylene- in Blends of Modified Cyanoacrylate Adhesives Propylene-Diene Polyfa-methyl styrene) with with Increased Heat Terpolymer Blends, 105 Polymers Containing Resistance, 1019 Chiang, W.-Y. Acceptor Sites, 1155 Dencheva, N. V. See Mateva, —; Huang, C.-Y.: The Effect of Cozzens, R. F. See R. P., 1185 Surface Modified Honeychuck, R. V., 1797 Deopura, B. L. See Mehta, S., Polytetrafluoroethylene on Cristobal, J. See Larez, V., 121 857 Polyacetal/ Cruz-Ramos, C. A. See Deslandes, Y. See Biro, D. A., Polytetrafluoroethylene Vazquez-Torres, H., 37 883 Blends, 577 Culberson, W. T. Desper, C. R. Cho, D. L. —; Tant, M. R.: A Device for —; Cohen, S. H.; King, A. O.: —; Ekengrin, O.: Composite Study of Polymer Morphological Effects of Membranes Formed by Crystallization Kinetics via Ballistic Impact on Fabrics Plasma-Polymerized Acrylic Real-Time Image Analysis of Highly Drawn Acid for Ultrafiltration of of Small Angle Light Polyethylene Fibers, 1129 Bleach Effluent, 2125 Scattering, 395 Devi, S. See Asaduzzaman, Cho, H. H. See Kim, H. S., 373 A. K. M., 981, 1813 Cho, H.-H. See Moon, C -K., Danner, R. P. See Geveke, Dhillon, J. See Mascia, L., 487 185 D. J., 565 Domard, A. See Romero, M. A., Cho, K. W. See Kim, K. R., 305 Dasilva, A. See Tidjani, A., 211 543 Christiansen, A. W. See de Barros, G. G. See Sales, Dorrer, H.-D. See Haberkorn, Follensbee, R. A., 1481 M. J. A., 1395 H., 1551 2296 AUTHOR INDEX Dubois, J. See Azhar, A., 2083 Flaque, C. Gao, S. Duchacek, V. —; Montserrat, S.: Viscoelastic —; Zeng, L.: Surface —; Kuta, A.; Pribyl, P.: Behaviour of Vinylic Modification of Ultrahigh Efficiency of Metal Copolymers of Cellulose Molecular Weight Activators of Accelerated and Their Glass Transition Polyethylene Fibers by Sulfur Vulcanization, 743 Temperature by DSC, 595 Plasma Treatment. I. Follensbee, R. A. Improving Surface Edge, S. —; Koutsky, J. A.; Christiansen, Adhesion, 2065 —; Walker, S.; Feast, W. J.; A. W.; Myers, G. E.; —; Zeng, Y.: Surface Pacynko, W. F.: Surface Geimer, R. L.: Development Modification of Ultrahigh Modification of of Dynamic Mechanical Molecular Weight Polyethylene by Methods to Characterize Polyethylene Fibers by Photochemical Grafting the Cure State of Phenolic Plasma Treatment. II. with 2- Resole Resins, 1481 Mechanism of Surface Hydroxyethylmethacrylate, Frenkel, R. Modification, 2093 1075 —; Safonov, A.; Kirillova, T.: Gardner, R. M. See Buchanan, Ekengrin, O. See Cho, D. L., Solubility Coefficients and C. M., 1709 2125 Fluorinated Rubber Geimer, R. L. See Follensbee, El-Zohry, M. F. See Abd-Alla, Properties (Note), 1127 R. A., 1481 M. M., 323; See Hassan, Fueki, K. See Mitsuoka, T., Gerard, J. F. See R. M., 1649 1027 Urbaczewski-Espuche, E., Ennis, B. C. See Pearce, P. J., Fujii, N. See Nosaka, Y., 1773 991 1401 Fukatsu, K.: Kinetic and Getmanchuk, I. P. See Erbil, C. Thermogravimetric Lipatov, Y. S., 941 —; Cin, C.; Soydan, A. B.; Sarac, Analysis of Thermal Geveke, D. J. A. S.: Polyaminocarboxylic Degradation of Polychlal —; Danner, R. P.: Ternary Acids-Ce(IV) Redox Fiber/Polyester Fiber Phase Equilibria of Systems as an Initiator in Blend, 2117 Polystyrene with a Second Acrylamide Polymerization, Fukutomi, T. See Ma, G., 1243 Polymer and a Solvent, 565 1643 Gillham, J. K. See Simon, Etters, J. N.: Influence of Gabrielyan, G. A. See S. L., 461; See Wang, X., Polyacrylamide on the Smirnova, N. V., 833 425, 447 Oxidative Decomposition of Gadlinge, P. See Sridhar, S., Gohil, R. M. Sodium Dithionite: 797 —; Salem, D. R.: Orientation Implications for Vat Dyeing Gal’Braikh, L. S. See Distribution in the Processes, 877 Smirnova, N. V., 833 Noncrystalline Regions of Exsted, B. J. Gallouedec, F. Biaxially Drawn —; Urban, M. 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