Journal of Applied Polymer Science 1999: Vol 72 Index

19 Pages·1999·3.4 MB·English

Journal of Applied Polymer Science
Author Index—Volume 72
Abd El-Kader, F. H. Presence of Halo-Organic Bandyopadhyay, G. G.
—; Gaafar, S. A.; Rizk, M. S.; Liquids, 349 —; Bhagawan, S. S.; Ninan, K. N.;
Kamel, N. A.: Optical Studies —; Naik, H. G.: Thomas, S.: Dynamic
of Pure and Gelatin-Doped Sorption/Desorption Studies on Properties of NR/EVA Polymer
Poly(vinyl alcohol) Films Polypropylene Geomembrane Blends: Model Calculations
Irradiated with Fast Neutrons, in the Presence of Hazardous and Blend Morphology, 165
1395 Organic Liquids, 1291 Banerjee, A. See Das, R. K., 135
Abdel-Razek, E. M. See Tawansi, Anasagasti, M. Bannerjee, A. N. See Rana, A. K.,
A., 771 —; Hidalgo, M.; Mijangos, C.: 935
Abu Zeid, M. M. See El-Salmawi, Transesterification and Baran, T. See Arica, M. Y., 1367
K., 509 Crosslinking of Poly(vinyl Barbani, N.
Afifi, M. S. See Ismail, M. R., 1031 chloride-co-vinyl acetate) —; Lazzeri, L.; Cristallini, C.;
Agarwal, N. Copolymers in the Melt, 621 Cascone, M. G.; Polacco, G.;
—; Farris, R. J.: Water Absorption Andrio, A. See Compah, V., 321 Pizzirani, G.: Bioartificial
by Acrylic-Based Latex Blend Anttila, U. Materials Based on Blends of
Films and Its Effect on Their —; Vocke, C.; Seppala, J.:
Collagen and PolyfAcrylic
Properties, 1407 Functionalization of
Acid), 971
Ahamad, S. Polyolefins and Elastomers
Basu, D. See Das, R. K., 135
—; Naqvi, F.; Verma, K. L.; Yadav, with an Oxazoline Compound,
Bazhenov, S. See Volynskii, A. L.,
S.: Studies on a Newly 877
1267
Developed Linseed Oil-Based Anttila, U. See Vocke, C., 1443
Beccar Varela, M. P. See
Alumina-Filled Polyesteramide Argon, A. S.
Goyanes, S. N., 1379
Anticorrosive Coating, 1679 Craze Plasticity in Low Molecular
Becu-Longuet, L.
Akagi, T. See Seto, F., 1583 Weight Diluent-Toughened
Akashi, M. See Seto, F., 1583 Polyst3Tene, 13 —; Bonnet, A.; Pichot, C.;
Arica, M. Y. Sautereau, H.; Maazouz, A.:
Albertsson, A.-C. See Edlund, U.,
—; Baran, T.; Denizli, A.: /3- Epoxy Networks Toughened by
227
Galactosidase Immobilization Core-Shell Particles: Influence
Al-Haddad, A.
into Poly( hydroxy ethyl of the Particle Structure and
—; Mathew, J.; Elkamel, A.; El-
methacrylate) Membrane and Size on the Rheological and
Nagdi, M.:
Performance in a Continuous Mechanical Properties, 849
Homopolymerization of 4-
System, 1367 Belfort, G. See Chen, H., 1699
Propionoxybenzoic Acid: A
Asua, J. M. See Saenz de Bhagawan, S. S. See
Kinetic Study, 467
Buruaga, A., 1341 Bandyopadhyay, G. G., 165
Ali, K. M. I. See Hassiruzzaman,
Ayad, M. I. See Tawansi, A., 771 Bichara, A.
M., 1131
Aydinli, B. —; Fugit, J.-L.; Taverdet, J.-L.:
Ali, M. A. M. See Ismail, M. R.,
—; Toppare, L.; Tinker, T.: A Modeling of Mass Transfers
1031
Conducting Composite of Between Food Simulants and
Alon, D. See Silverstein, M. S.,
Polypyrrole with Ultrahigh Treated Plasticized PVC, 49
405
Al-Raheil, I. A. Molecular Weight Polyethylene Binana-Limbele, W. See Heitz,
—; Al-Share, M.: Morphology of Foam, 1843 C., 455
Polyethylene Spherulite Biver, C. See Heitz, C., 455
Crystallized from Melt, 1125 Bae, Y. C. See Choi, H. S., 1091 Bohme, F. See Luston, J., 1047
Al-Share, M. See Al-Raheil, I. A., Bahar, T. Bonnet, A. See Becu-Longuet, L.,
1125 —; ^elebi, S. S.: Immobilization of 849
Aminabhavi, T. M. Glucoamylase on Magnetic Borsa, J.
—; Naik, H. G.: Poly(st5rrene) Particles, 69 —; Ravichandran, V.; Obendorf,
Sorption/Desorption, Diffusion, Bai, F. See Li, F., 209 S. K.: Distribution of Carboxyl
and Swelling Characteristics of Bakeev, N. F. See Volynskii, Groups in Carboxymethylated
Geomembranes in the A. L., 1267 Cotton Fibers, 203
Journal of Applied Polymer Science, Vol. 72. 1925-1935 (1998) 1925
1926 AUTHOR INDEX
Boutevin, B. See Brondino, C., Chen, H. —; See Nam, S. Y., 241
611 —; Belfort, G.: Surface Modiflcation Chun, Y. S.
Brennan, A. B. See of Poly(ether sulfone) —; Lee, H. S.; Jung, H. C.; Kim,
Plangsangmas, L., 257 Ultraflltration Membranes by W. N.: Thermal Properties of
Brestkin, Yu. See Nikolaeva, O., Low-Temperature Plasma- Melt-Blended Poly(ether ether
1523 Induced Graft Polymerization, ketone) and Poly(ether imide),
Bretas, R. E. S. See de Carvalho, 1699 733
B., 1733, 1741 Chen, X. See Wang, G., 577 Chung, K.-H.
Brondino, C. Cheng, M. See Chung, T.-S., 1139 —; Hong, Y.-K.: Introductory
—; Boutevin, B.; Parisi, J.-P.; Cheung, W. L. See Li, J. X., 1529 Behavior of Rubber Concrete, 35
Schrynemackers, J.: Adhesive Chin, I.-J. See Jung, 1. K., 553; Chung, S. See Kim, K.-S., 341
Properties onto Galvanized Kim, K.-S., 341 Chung, T.-S.
Steel Plates of Grafted Cho, C. T. See Nah, C., 1513 —; Cheng, M.; Goh, S. H.; Jaffe,
Poly(vinylidene fluoride) Cho, K. Y. See Choi, H. D., 75 M.; Calundann, G. W.: Revisit
Powders with Phosphonated Cho, S. M. See Chun, H. J., 251 the Crystallization Mechanism
Acrylates, 611 Cho, W.-J. See Kang, T.-K., 989; of Vectra,^*^' a Liquid Crystal
Bucknall, C. B. See Franco, M., Park, J., 1177 Polymer, 1139
427 Choe, C. R. See Kim, S., 1055 —; Xu, Z.-L.; Lin, W.: Fundamental
Budtova, T. See Nikolaeva, O., Choi, H. D. Understanding of the Effect of
1523 —; Shim, H. W.; Cho, K. Y.; Lee, Air-Gap Distance on the
Bunea, I. See Maxim, S., 1387 H. J.; Park, C. S.; Yoon, H. G.: Fabrication of Hollow Fiber
Electromagnetic and Membranes, 379
Electromagnetic Wave- Coates, P. D. See Sweeney, J., 563
Cadiz, V. See Castell, P., 537
Absorbing Properties of the Collins, T. L. D. See Sweeney, J.,
Calundann, G. W. See Chung,
SrTiOg-Epoxy Composite, 75 563
T.-S., 1139
Choi, H. S. Colomvaretti, R. S. C. See
Cao, P. See Xu, Y., 1495
—; Kim, J. M.; Lee, K.-J.; Bae, Soares, B. G., 1799
Cao, T. See Xu, Y., 1495
Y. C.: Volume Phase Compan, V.
Carlson, D.
Transition Behavior of N- —; Lopez, M. L.; Andrio, A.; Lopez-
—; Nie, L.; Narayan, R.; Dubois,
Isopropylacrylamide-N-Cyano Aiemany, A.; Refojo, M. F.:
P.: Maleation of Polylactide
Methyl Acrylamide Copolymer Determination of the Oxygen
(PLA) by Reactive Extrusion,
Gel Particles: The Effect of Transmissibility and
477
Crosslinking Density, 1091 Permeability of Hydrogel
Carmichael, S.
Choi, K.-S. See Lee, Y. M., 1713 ' Contact Lenses, 321
—; Viney, C.: Molecular Order in
Choi, W.-K. See Han, S., 41 Cook, W. D. See Gonis, J., 1479
Spider Major Ampullate Silk
Chou, H. C. J. Creber, K. A. M. See Knaul, J. Z.,
(Dragline): Effects of Spinning
—; Stoffer, J. O.: Ultrasonically 1721
Rate and Post-spin Drawing,
895 Initiated Free Radical- Cristallini, C. See Barbani, N.,
Cascone, M. G. See Barbani, N., Catalyzed Emulsion 971
971 Polymerization of Methyl Cui, S.
Castell, P. Methacrylate (I), 797 —; Zhao, Z.; Wei, W.: Investigation
—; Serra, A.; Cadiz, V.; Galia, M.: —; Stoffer, J. O.: Ultrasonically on the Effect of Activators and
Crosslinking of Trimellitimide Initiated Free Radical- Polysulfide on Durability of
Glycidyl Ester Derivatives, 537 Catalyzed Emulsion Electrically Conductive PAN
Cecchin, G. See D’Orazio, L., 701, Polymerization of Methyl Fibers, 1039
1429 Methacrylate (II): Radical
^elebi, S. S. See Bahar, T., 69 Generation Process Studies
Chang, F.-C. See Chang, S.-J., 109 and Kinetic Data da Costa, S. C. G.
Chang, S.-J. Interpretation, 827 —; Felisberti, M. I.: Blends of
—; Tseng, T.-W.; Chang, F.-C.: Chowdhury, G. See Gagne, S., Polyamide 6 and
Synthesis and 1601 Epichlorohydrin Elastomers—
Characterization of Chun, H. J. 11. Thermal, Dynamic
Copolyesters Containing the —; Cho, S. M.; Lee, Y. M.; Lee, Mechanical, and Mechanical
Phosphorus Linking Pendent H. K.; Suh, T. S.; Shinn, K. S.: Properties, 1835
Groups, 109 Graft Copolymerization of —; Gonsalves, M. D. C.; Felisberti,
Chang, Y.-W. See Nah, C., 1513 Mixtures of Acrylic Acid and M. I.: Blends of Polyamide 6
Chatterjee, M. K. See Manna, Acrylamide onto Polypropylene and Epichlorohydrin
A. K., 1895 Film, 251 Elastomers—1. Graft
,
1
. .■ >
AUTHOR INDEX 1927
Copolymerization in the Melt —; Mancarella, C.; Martuscelli, E.; Felix, A. H. O. See Nachtigall,
Blending, 1827 Sticotti, G.; Cecchin, G.: S. M. B., 1313
Das, R. K. Isotactic Polypropylene- Feng, X. See Liang, L., 1
—; Basu, D.; Baneijee, A.: Study of Ethylene-co-Propylene Blends: Feng, Y.
Methyl-Methacrylate-Viscose Influence of the Copolymer —; Jin, X.: Effect of Self-Nucleation
Fiber Graft Copolymerization Microstructure on Rheology, on Crystallization and Melting
and the Effect of Grafting on Morphology, and Properties of Behavior of Polypropylene and
Thermal Properties, 135 Injection-Molded Samples, 701 Its Copolymers, 1559
De, P. P. See Manna, A. K., 1895 Dos Santos, L. See Kauser, N., Fenouillot, F.
783
De, S. K. See Manna, A. K., 1895 —; Terrisse, J.; Rimlinger, T.:
Dreerman, E.
de Carvalho, B. Polymerization of Methyl
—; Narkis, M.; Siegmann, A.;
—; Bretas, R. E. S.: Quiescent Methacrylate at High
Joseph, R.; Dodiuk, H.;
Crystallization Kinetics and Temperature with 1-
Dibenedetto, A. T.: Mechanical
Morphology of i-PP Resins for Butanethiol as Chain Transfer
Behavior and Structure of
Injection Molding. II. Agent, 1589
Rubber Modified Vinyl Ester
Nonisothermal Crystallization Fischer, U. K. See Moszner, N.,
Resins, 647
as a Function of Molecular 1775
Dubois, P. See Carlson, D., 477
Weight, 1733 Flondor, A. See Maxim, S., 1387
Duckett, R. A. See Sweeney, J.,
—; Bretas, R. E. S.: Quiescent Fouda, I. M.
563
Crystallization Kinetics and —; El-Sharkawy, F. M.: Opto-
Durand, G. See Hubert, F., 329
Morphology of i-PP Resins for Thermal Properties of Fibers.
Injection Molding. III. XV. A Study of the Drawing
Nonisothermal Crystallization Edlund, U. Behavior of Quenched
of the Heterophasic and —; Albertsson, A.-C.: Poly( ethy leneterephthalates)
Grafted Polymers, 1741 Copolymerization and Polymer Fibers, 1869
de la Cal, J. C. See Saenz de Blending of Trimethylene —; El-Sharkawy, F. M.: Opto-
Buruaga, A., 1341 Carbonate and Adipic Thermal Properties of Fibers.
Delair, T. See Ladaviere, C., 1565 Anhydride for Tailored Drug XVI. Macrostructural and
Delgado, M. See Kauser, N., 783 Delivery, 227 Optical Properties of Cold-
Denizli, A. See Arica, M. Y., 1367 Eguiazabal, J. I. See Guerrica- Drawn, Quenched PET Fibers,
Deo, H. T. Echevam'a, G., 1113 1881
—; Gotmare, V. D.: Acrylonitrile Elkamel, A. See Al-Haddad, A., —; Shabana, H. M.: Opto-Thermal
Monomer Grafting on Gray 467 Properties Of Fibers: Xvii-
Cotton to Impart High Water El-Milligy, A. A. See Ismail, Structure Characterization Of
Absorbency, 887 M. R., 1031 Cold Drawn Boiled Viscose
Dibenedetto, A. T. See Dreerman, El-Nagdi, M. See Al-Haddad, A., Fibers, 1185
E., 647 467 Foulger, S. H.
Ding, D. See Li, B., 1203 El-Naggar, A. M. See El-Salmawi, Electrical Properties of Composites
K., 509
Dodiuk, H. See Dreerman, E., 647 in the Vicinity of the
El-Salmawi, K.
Domard, A. See Ladaviere, C., Percolation Threshold, 1573
—; Abu Zeid, M. M.; El-Naggar,
1565 Fraga, F. See Nunez, L., 443
A. M.; Mamdouh, M.:
Dong, C. Francois, J. See Heitz, C., 455
Structure-Property Behavior
—; Tian, B.: Studies on Francois, P. See Staniek, E., 1241
of Gamma-Irradiated
Preparation and Emulsif3dng Franco, M.
Poly(st3rrene) and Polyfmethyl
Properties of Guar —; Mondragon, I.; Bucknall, C. B.:
methacrylate) Miscible Blends,
Galactomannan Ester of Blends of Epoxy Resin with
509
Palmitic Acid, 639 Amine-Terminated
El-Sharkawy, F. M, See Fouda,
D’Orazio, L. Polyoxypropylene Elastomer:
I. M., 1869, 1881
—; Guarino, R.; Mancarella, C.; Endo, T. See Ikemura, K., 1655; Morphology and Properties,
Martuscelli, E.; Cecchin, G.: Kaji, M., 953 427
Morphology, Crystallization, Escaig, B. See Staniek, E., 1241 Frenkel, S. See Nikolaeva, O.,
and Thermal Behavior of 1523
Isotactic Fuchslueger, U.
Polypropylene/Polystyrene Farris, R. J. See Agarwal, N., —; Rissler, K.; Stephan, H.;
Blends: Effects of the Addition 1407 Grether, H.-J.; Grasserbauer,
of a Graft Copolymer of Felisberti, M. I. See da Costa, M.: High-Performance Liquid
Propylene with Styrene, 1429 S. C. G., 1827, 1835 Chromatography-Mass
1928 AUTHOR INDEX
Spectrometry of Epoxy Resins, Gon9alves, M. D. C. See da Han, S.
913 Costa, S. C. G., 1827 —; Choi, W.-K.; Yoon, K. H.; Koh,
Fugit, J.-L. See Bichara, A., 49 Gonis, J. S. -K.t Surface Reaction on
Fukuda, A. See Kimura, H., 1551 —; Simon, G. P.; Cook, W. D.: Cure Polyvinylidenefluoride (PVDF)
Fukuda, M. Properties of Epoxies with Irradiated by Low Energy Ion
—; Miyazaki, M.; Hiyoshi, T.; Varying Chain Length as Beam in Reactive Gas
Iwata, M.; Hongou, T.: Newly Studied by DSC, 1479 Environment, 41
Developed Biocompatible Gonsalves, K. E. See Wang, J., Handa, K.
Membrane and Effects of its 1851 —; Kato, A.; Narisawa, L: Fatigue
Smoother Surface on Goodwin, A. A. Characteristics of a Glass-
Antithrombogenicity, 1249 Thermal Properties of a Fiber-Reinforced Polyamide,
Thermoplastic Polyimide 1783
Blend, 543 Harrup, M. K. See Stewart, F. F.,
Gaafar, S. A. See Abd El-Kader, Gotmare, V. D. See Deo, H. T., 1085
F. H., 1395 887 Hasegawa, K. See Kimura, H.,
Gagne, S. Goyanes, S. N. 1551
—; Chowdhury, G.; Matsuura, T.; —; Beccar Varela, M. P.; Mariani, Hassiruzzaman, M.
Laverty, B.: Optimization of M. C.; Marzocca, A. J.: —; Khan, M. A.; Ali, K. M. L:
CO2-CH4 Separation Influence of Carbon Black Improvement of Properties of
Dispersion on the Thermal
Performance of Integrally Natural Polymers with
Diffusivity of an SBR
Skinned Asymmetric Organo-Metallic Complexes
Vulcanizate, 1379
Membranes Prepared from Under Ultraviolet Radiation,
Gradwell, M. H. S.
Poly( 2,6-dimethyl-1,4- 1131
—; Hendrikse, K. G.; McGill, W. J.:
phenylene oxide) by Factorial Hayakawa, Y. See Sawada, H.,
The Reactions of 2-(4-
Design, 1601 1101
Morpholinothio)- and 2-(4-
Galia, M. See Castell, P., 537 He, B. See Li, B., 1203
Morpholinodithio)Benzothiazole
Gan, L. H. See Yin, W., 95 He, C.
in the Absence of Polyisoprene,
Gao, G. —; Griffin, A. C.; Windle, A. H.:
1235
—; Wang, J.; Yin, J.; Yu, X.; Ma, Structure of Semirigid
Grasserbauer, M. See
R.; Tang, X.; Yin, Z.; Zhang, Polyamides with Bulky Groups
Fuchslueger, U., 913
X.: Rheological, Thermal, and in Backbone, 309
Grether, H.-J. See Fuchslueger,
Morphological Properties of Heiden, P. See Wu, H., 151
U., 913
ABS-PAlOlO Blends, 683 Heiden, P. A. See Xu, J., 1065
Griffin, A. C. See He, C., 309
Gamaik, B. Heitz, C.
Guarino, R. See D’Orazio, L.,
—; Thombre, S. M.: Self-association —; Binana-Limbele, W.; Francois,
1429
through Hydrogen Bonding J.; Biver, C.: Absorption and
Guerrica-Echevarria, G.
and Sequence Distribution in Desorption of Chromium Ions
—; Eguiazabal, J. I.; Nazabal, J.:
Poly(vinyl acetate-co-vinyl by Poly(acrylic acid) Gels, 455
Phase Behavior and Physical
alcohol) Copolymers, 123 Hendrikse, K. G. See Gradwell,
Properties of Injection-Molded
Gaztelumendi, M. M. H. S., 1235
Polyamide 6/Phenoxy Blends,
—; Nazabal, J.: Phenoxy/Hytrel Hidalgo, M. See Anasagasti, M.,
1113
Blends II: Dynamic and Guettaf, H. See Maxim, S., 1387 621
Tensile Properties of Guillot, J. See Martinet, F., 1611, Higashiura, S. See Shimizu, T.,
Unreacted Miscible Blends, 85 1627 1817
Geckeler, K. E. See Rivas, B. L., Guner, A. Hiyoshi, T. See Fukuda, M., 1249
741 Unperturbed Dimensions and the Hjartstam, J.
Geng, Y. See Sun, Z., 1077 Theta Temperature of Dextran —; Hjertberg, T.: Effect of
George, K. E. See Nandanan, V., in Aqueous Solutions, 871 Hydroxyl Group Content in
487 Guo, Z. See Li, F., 209 Ethyl Cellulose on
German, A. L. See Philipsen, Permeability in Free Films
H. J. A., 183 and Coated Membranes, 529
Ghannam, M. T. Ha, C.-S. See Kang, T.-K., 989; Hjertberg, T. See Hjartstam, J.,
Rheological Properties of Aqueous Park, J., 1177 529; Palmlof, M., 521
Polyacrylamide/NaCl Haghighat Kish, M. Hong, Y.-K. See Chung, K.-H., 35
Solutions, 1905 —; Nouri, M.: Effects of Sodium Hongo, T.
Giudici, R. See Nascimento, Hydroxide and Calcium —; Inamoto, M.; Iwata, M.; Matsui,
C. A. O., 905 Hydroxide on Polyester T. ; Okajima, K.: Morphological
Goh, S. H. See Chung, T.-S., 1139 Fabrics, 631 and Structural Formation of
AUTHOR INDEX 1929
the Regenerated Cellulose Jin, X. See Feng, Y., 1559 Kernaghan, K. See Sharma,
Membranes Recovered from Its Jing, X. See Sun, Z., 1077 K. S. S., 1209
Cuprammonium Solution Jo, W. H. See Kim, S., 1055 Khan, A. A. See Ravindra, R., 141,
Using Aqueous Sulfuric Acid, Joseph, R. See Dreerman, E., 647; 689
1669 Nandanan, V., 487 Khan, M. A. See Kassiruzzaman,
Hongou, T. See Fukuda, M., 1249 Jung, B.-O. See Lee, Y. M., 1713 M., 1131
Hsieh, H. C.-C. See Yang, W.-S., Jung, H. C. See Chun, Y. S., 733 Kharade, A. Y.
1807 Jung, I. K. —; Kale, D. D.: Lignin-Filled
Hu, Y. See Xie, D.-L., 667 —; Lee, K. K.; Chin, I.-J.; Yoon, Polyolefins, 1321
Hubert, F. J. S.; Kim, M. N.: Properties of Khizhnyak, S. See Kober, K.,
—; Durand, G.; Tersac, G.: Biodegradable Copolyesters of 1795
Equilibria in the Alcoholysis Succinic Acid-l,4-Butanediol/ Kiatkamjomwong, S.
Reactions of Terephthalic Succinic Acid-1,4- —; Phunchareon, P.: Influence of
Esters and Chemical Cyclohexanedimethanol, 553 Reaction Parameters on Water
Valorization of Absorption of Neutralized
Polyethyleneterephthalate Poly( acrylic acid-co-
Waste. I. Equilibrium Kaang, S. See Nah, C., 1513 acrylamide) S5mthesized by
Constants Determination, 329
Kaji, M. Inverse Suspension
Hudson, S. M. See Knaul, J. Z.,
—; Ogami, K.; Endo, T.: Synthesis Polymerization, 1349
1721
of a Bifunctional Epoxy Kiekens, P. See Moharir, A. V.,
Monomer Containing 269
layadene, F. See Maxim, S., 1387 Anthracene Moiety and Kim, C.-H. See Lee, Y. M., 1713
Ikemura, K. Properties of Its Cured Kim, J. See Kim, S., 1055
—; Endo, T.: Effect on Adhesion of Polymer with Phenol Novolac, Kim, J.-J. See Lee, Y. M., 1713
New Polymerization Initiator 953 Kim, J. K.
Systems Comprising 5- Kale, D. D. See Kharade, A. Y., —; Ro, K. S.; Park, J. W.: The
Monosubstituted Barbituric 1321 Biological and Chemical
Acids, Aromatic Sulfinate Kamel, N. A. See Abd El-Kader, Desulfurization of Crumb
Amides, and tcrf-Butyl F. K., 1395 Rubber for the Rubber
Peroxymaleic Acid in Dental Kameswara Rao, A. See Compounding, 1543
Adhesive Resin, 1655 Ravindra, R., 689 Kim, J. M. See Choi, K. S., 1091
Inamoto, M. See Kongo, T., 1669 Kamoun, C. See Soulard, C., 277 Kim, J.-W. See Lee, D.-K., 1305
Ishida, H. See Okamoto, S., 1689 Kang, H. J. Kim, K.-S.
Ismail, M. R. —; Park, S. S.: Characterization —; Chung, S.; Chin, I.-J.; Kim,
—; Ali, M. A. M.; El-Milligy, A. A.; and Biodegradability of M.-N.; Yoon, J. S.:
Afifi, M. S.: Studies on Sand/ Poly( butylene Crystallization Behavior of
Clay Unsaturated Polyester adipate-co-succinate )/Poly(butylene Biodegradable Amphiphilic
Composite Materials, 1031 terephthalate) Copolyester, Poly( ethylene glycol )-Poly(L-
Iwata, M. See Fukuda, M., 1249; 593 lactide) Block Copolymers, 341
Kongo, T., 1669 Kang, T.-K. Kim, M. N. See Jung, 1. K., 553
Izumi, J.-I. See Yoshikawa, M., —; Kim, Y.; Lee, W.-K.; Park, K.- Kim, M.-N. See Kim, K.-S., 341
493 D.; Cho, W.-J.; Ka, C.-S.: Kim, S.
Properties of Uncompatibilized —; Kim, J.; Lim, S. H.; Jo, W. H.;
Jaffe, M. See Chung, T.-S., 1139 and Compatibilized Choe, C. R.: Effects of Mixing
Jegal, J. Polylbutylene terephthalate)- Temperatures on the
—; Lee, K.-K.: Nanofiltration LLDPE Blends, 989 Morphology and Toughness of
Membranes Based on Kato, A. See Kanda, K., 1783 Epoxy/Polyamide Blends, 1055
Polyfvinyl alcohol) and Ionic Kauser, N. Kim, W. N. See Chun, Y. S., 733
Polymers, 1755 —; Dos Santos, L.; Delgado, M.; Kim, Y. See Kang, T.-K., 989
Jie-Rong, C. Muller, A. J.; Saez, A. E.: Flow Kim, Y. J.
—; Xueyan, W.; Tomiji, W.: of Mixtures of Poly( ethylene —; Park, O. O.: Miscibilities and
Wettability of Polyfethylene oxide) and Kydrolyzed Rheological Properties of
Terephthalate) Film Treated Polyacrylamide Solutions Poly( butylene
with Low-Temperature Plasma Through Porous Media, 783 succinate)—Poly( butylene
and Their Surface Analysis by Kawakami, K. See Kono, K., 1763 terephthalate) Blends, 945
ESCA, 1327 Kawase, T. See Sawada, K., 1101 Kimura, H.
Jin, J. See Suzuki, J., 103 Kemeroglu, F. See Pekcan, O., —; Matsumoto, A.; Hasegawa, K.;
Jin, J. H. See Kwon, O. K., 659 981 Fukuda, A.: New
1930 AUTHOR INDEX
Thermosetting Resin From Immobilization of Bovine Li, Y. See Li, F., 209
Bisphenol A-Based Serum Albumin onto (Maleic Liang, L.
Benzoxazine and Bisoxazoline, Anhydride-a/t-Methyl Vinyl —; Feng, X.; Liu, J.; Rieke, P. C.:
1551 Ether) Copolymers, 1565 Preparation of Composite-
Kino, Y. See Suzuki, J., 103 Laverty, B. See Gagne, S., 1601 Crosslinked Poly(A(-
Kishida, A. See Seto, F., 1583 Lazzeri, L. See Barbani, N., 971 isopropylacrylamide) Gel Layer
Kishimoto, K. See Notomi, M., 435 Lebedeva, O. V. See Volynskii, and Characteristics of Reverse
Kitamura, Y. See Matsuyama, H., A. L., 1267 Hydrophilic-Hydrophobic
397 Lee, C.-T. See Lin, M.-S., 585 Surface, 1
Kizilcan, N. Lee, D.-H. Lim, S. H. See Kim, S., 1055
Ketonic Resins as Free Radical —; Kim, J.-W.; Suh, K.-D.: Lin, M.-S.
Photoinitiators, 927 Amphiphilic Urethane —; Liu, C.-C.; Lee, C.-T.:
Klumperman, B. See Philipsen, Acrylate Hydrogels: pH Toughened Interpenetrating
H. J. A., 183 Sensitivity and Drug-Releasing Polymer Network Materials
Knaul, J. Z. Behaviors, 1305 Based on Unsaturated
—; Hudson, S. M.; Creber, Lee, H. J. See Choi, H. D., 75 Polyester and Epoxy, 585
K. A. M.: Improved Mechanical Lee, H. K. See Chun, H. J., 251 Lin, W. See Chung, T.-S., 379
Properties of Chitosan Fibers, Lee, H. S. See Chun, Y. S., 733 Liu, C.-C. See Lin, M.-S., 585
1721 Lee, K.-H. See Jegal, J., 1755 Liu, H. See Yin, W., 95
Kober, K. Lee, K. H. See Jung, 1. K., 553 Liu, J. See Liang, L., 1
—; Khizhnyak, S.; Pachomov, P.;
Lee, K.-J. See Choi, H. S., 1091 Liu, J.-H.
Tshmel, A.: Low-Frequency
Lee, M. J. See Kwon, O. H., 659 —; Tsai, F.-J.: Optical Resolution
Raman Evidence for Straight
Lee, S. S.-G. See Lye, S.-W., 721 of Some Racemates by HPLC
Chain Segments in a UHMW
Lee, W.-F. Using Chiral Polymers Having
Polyethylene Gel, 1795
—; Tu, Y.-M.: Superabsorbent (-t-)-5-Oxobornyl Moieties, 677
Koh, S.-K. See Han, S., 41
Polymeric Materials. VI. Effect Liu, W.-M. See Zhang, Z.-Z., 361,
Koizumi, T. See Notomi, M., 435
of Sulfobetaine Structure on 751
Kojima, Y.
Swelling Behavior of Liu, Y. See Wu, H., 151
—; Matsuoka, T.; Takahashi, H.:
Crosslinked Poly( sodium Long, C. See Li, F., 209
High-Pressure Synthesis of
acrylate-co-sulfobetaines) in Lonikar, S. V. See Shaikh,
Cyclic Mesitylacetylene
Aqueous Salt Solutions, 1221 V. A. E., 763
Oligomer, 1539
Lee, W.-K. See Kang, T.-K., 989 Lopez-Alemany, A. See Compan,
Komber, H. See Luston, J., 1047
Lee, Y. M. V., 321
Kong, X. Z. See Ruckenstein, E.,
—; Jung, B.-O.; Kim, C.-H.; Choi, Lopez, M. L. See Compan, V., 321
419
K.-S.; Kim, J.-J.: Preparation Louwagie, J. See Moharir, A. V.,
Kono, K.
of Amphilphilic Chitosan and 269
—; Kawakami, K.; Morimoto, K.;
Their Antimicrobial Activities, Lu, Q.-H.
Takagishi, T.; Effect of
1713 —; Yin, J.; Xu, H.-J.; Zhang, J.-M.;
Hydrophobic Units on the pH-
—; See Chun, H. J., 251; Kwon, Sun, L.-M.; Zhu, Z.-K.; Wang,
Responsive Release Property of
O. H., 659; Nam, S. Y., 241 Z.-G.: Preparation and
Polyelectrolyte Complex
Li, B. Properties of Organo-Soluble
Capsules, 1763
—; Ding, D.; Wang, Y.; Sun, P.; Polyimides Based on 4,4'-
Koyama, K. See Takahashi, T., 961
Ma, J.; He, B.: NMR Diamino-3,3-
Karachi, M. See Sawada, H., 1101
Characterization of Absorbed dimethyldiphenylmethane and
Kurihara, S. See Uemura, Y., 371
Kwon, O. H. Water in Equilibrium Swollen Conventional Dianhydrides,
—; Nho, Y. C.; Jin, J. H.; Lee, Hydrogel P(Am-NaA), 1203 1299
M. J.; Lee, Y. M.: Graft Li, F. Luca, C. See Maxim, S., 1387
Polymerization of Methyl —; Li, Y.; Guo, Z.; Long, C.; Bai, Luston, J.
Methacrylate onto Radiation- F.; Zhu, D.: Photoconductivity —; Bohme, F.; Komber, H.; Pompe,
Peroxidized Ultrahigh of 1,2-(1',1',2',2' -Tetracyano- G.: Unsaturated 2-Oxazoline
Molecular Weight Polyethylene methanoxymethano)[60] End Capping of Liquid
in the Presence of Metallic fullerene-Doped PVK, 209 Crystalline Polyester by
Salt and Acid, 659 Li, J. See Sun, Z., 1077 Reactive Processing and in a
Li, J. X. Solution, 1047
—; Cheung, W. L.: RUO4 Staining Lye, S.-W.
Ladaviere, C. and Lamellar Structure of a- —; Lee, S. S.-G.: Redesigning
—; Delair, T.; Domard, A.; Pichot, and ^-PP, 1529 Protective Packaging Buffers
C.; Mandrand, B.: Covalent Li, M. See Wang, G., 577 from the Failure Modes
AUTHOR INDEX 1931
Derived from Crack Izod Impact of Bulk PS/PB Tetramethylthiuram Disulfide-
Characteristics, 721 Blends, 1165 Accelerated Sulfur
Matsui, T. See Kongo, T., 1669 Vulcanization. IV.
Matsumoto, A. See Kimura, H., Vulcanization of Polyisoprene
Ma, J. See Li, B., 1203 1551 Compounds with ZnO, 1021
Ma, R. See Gao, G., 683 Matsuoka, T. See Kojima, Y., —; See Gradwell, M. H. S., 1235
Maazouz, A. See Becu-Longuet, 1539 Mecholsky, J. J., Jr. See
L. , 849 Matsuura, T. See Gagne, S., 1601 Plangsangmas, L., 257
Maekawa, T. See Sawada, H., Matsuyama, H. Mehrabzadeh, M.
1101 —; Kitamura, Y.; Naramura, Y.: —; Nia, K. H.: Impact Modification
Makuuchi, K. See Ratnam, C. T., Diffusive Permeability of Ionic of Pol5^ropylene by Ethylene
1421; Zainuddin, 1277, 1283 Solutes in Charged Chitosan Propylene Copolymer-Grafted
Maldar, N. N. See Shaikh, Membrane, 397 Maleic Anhydride, 1257
V. A. E., 763 Mauler, R. S. See Nachtigall, Meng, Y. Z. See Tjong, S. C., 501,
Mallapragada, S. K. See Ngui, S. M. B., 1313 1647
M. O., 1913 Maxim, S. Mijangos, C. See Anasagasti, M.,
Mamdouh, M. See El-Salmawi, —; Flondor, A.; Bunea, I.; Luca, C.; 621
K., 509 Rabia, L; Zerouk, J.; layadene, Mills, O. P. See Xu, J., 1065
Mancarella, C. See D’Orazio, L., Mitra, B. C. See Rana, A. K., 935
F.; Guettaf, H.: Acrylic Three-
701, 1429 Miyazaki, M. See Fukuda, M., 1249
Dimensional Networks. 11.
Mandrand, B. See Ladaviere, C., Mizutani, Y.
Behavior of Different Acrylic
1565 —; Nago, S.: Microporous
Ion Exchangers in the
Manna, A. K. Polypropylene Films
Retention and Elution
—; Tripathy, D. K.; De, P. P.; De, Containing Ultrafine Silica
Processes of Some Metal
S. K.; Chatteijee, M. K.; Particles, 1489
Cations, 1387
Peiffer, D. G.: Bonding Moharir, A. V.
McCall, D. See Sharma, H. S. S.,
between Epoxidized Natural —; van Langenhove, L.; van
1209
Rubber and Clay in Presence Nimmen, E.; Louwagie, J.;
McGill, W. J.
of Silane Coupling Agent, 1895 Kiekens, P.: Stability of X-ray
—; Shelver, S. R.: The Effect of
Mariani, M. C. See Goyanes, Cellulose Crystallite Orientation
Carboxylic Acids on 2-
S. N., 1379 Parameters in Native Cotton
Bisbenzothiazole-2,2'-Disulfide
Martinet, F. with Change of Location and
and Tetramethylthiuram
—; Guillot, J.: Copolymerization of Year of Growth, 269
Disulfide Accelerated Sulfur
a-Methylstyrene with Methyl Mondragon, I. See Franco, M.,
Vulcanization. 1. Reaction
Methacrylate. III. Emulsion 427
between the Acids and
Process: Experimental Data on Montville, D. See Wang, J., 1851
Accelerators, 999
Kinetics, Particle Size, Morbidelli, M. See Siani, A., 1451
—; Shelver, S. R.: Effect of
Composition, Molecular Morimoto, K. See Kono, K., 1763
Carboxylic Acids on 2-
Weight, and Glass Transition Moritake, I. See Uemura, Y., 371
Bisbenzothiazole-2,2' -
Temperature, 1627 Moszner, N.
Disulfide- and
—; Guillot, J.: Copolymerization —; Zeuner, F.; Vblkel, T.; Fischer,
Tetramethylthiuram Disulfide-
with Depropagation: Prediction U. K.; Rheinberger, V.:
of Kinetics and Properties of Accelerated Sulfur Polymerization of Cyclic
a-Methylstyrene-Methyl Vulcanization. II. Monomers. VII. Synthesis and
Methacrylate Copolymers. II. Vulcanization of Polyisoprene Radical Polymerization of
Bulk Copolymerization, 1611 in the Absence of ZnO, 1007 1,3-Bis [(l-alkoxycarbonyl-2-
Martuscelli, E. See D’Orazio, L., —; Shelver, S. R.: Effect of vinylcyclopropane-1 -
701, 1429 Carboxylic Acids on 2- yDcarboxy] benzenes, 1775
Marzocca, A. J. See Goyanes, Bisbenzothiazole-2,2'- Mukbopadhyay, S. K. See
S. N., 1379 Disulfide- and Nkiwane, L., 1505
Mathew, J. See Al-Haddad, A., Tetramethylthiuram Disulfide- Muller, A. J. See Kauser, N., 783
467 Accelerated Sulfur Muraoka, Y. See Seto, F., 1583
Mathur, D. Vulcanization. III. Reaction
—; Nauman, E. B.: Impact Between Accelerators and Zinc
Strength of Bulk PS/PB Salts of the Acids, 1013 Nachtigall, S. M. B.
Blends: Compatibilization and —; Shelver, S. R.: Effect of —; Stedile, F. C.; Felix. A. H. O.;
Fracture Studies, 1151 Carboxylic Acids on 2- Mauler, R. S.: Polypropylene
—; Nauman, E. B.: The Effect of Bisbenzothiazole-2,2'- Functionalization with
Diblocks and Ripening on the Disulfide- and Vinyltriethoxysilane, 1313
1932 AUTHOR INDEX
Nago, S. See Mizutani, Y., 1489 Nkiwane, L. Park, J. W. See Kim, J. K., 1543
Nah, C. —; Mukhopadhyay, S. K.: Park, O. O. See Kim, Y. J., 945
—; Park, J. H.; Cho, C. T.; Chang, Mathematical Representation Park, S. S. See Kang, H. J., 593
Y.-W.; Kaang, S.: Specific of Creep for High-Temperature Peiffer, D. G. See Manna, A. K.,
Heats of Rubber Compounds, Performance of Nylon6.6 Tire 1895
1513 Materials, 1505 Pekcan, O.
Naik, H. G. See Aminabhavi, Nonaka, T. See Uemura, Y., 371 —; Kemeroglu, F.: Photon
T. M., 349, 1291 Notomi, M. Transmission Method for
Nam, S. Y. —; Kishimoto, K.; Shibuya, T.; Studying Void-Closure
—; Chun, H. J.; Lee, Y. M.: Koizumi, T.: Effects of Kinetics During Coalescence of
Pervaporation Separation of Moisture Absorption on Hard Latex Particles, 981
Water-Isopropanol Mixture Fracture Behaviors of Philipsen, H. J. A.
Using Carboxymethylated Acrylonitrile-Butadiene- —; Wubbe, F. P. C.; Klumperman,
Styrene Resin, 435 B.; German, A. L.:
Poly(vinyl alcohol) Composite
Nouri, M. See Haghighat Kish, Microstructural
Membranes, 241
M., 631 Characterization of Aromatic
Nandanan, V.
Nunez, L. Copolyesters Made by Step
—; Joseph, R.; George, K. E.:
—; Nunez, M. R.; Fraga, F.; Reactions, by Gradient
Rubber Seed Oil: A
Taboada, J.; Villanueva, M.: Polymer Elution
Multipurpose Additive in NR
The Influence of Lixiviates on Chromatography, 183
and SBR Compounds, 487
the Thermal Degradation of Phunchareon, P. See
Naqvi, F. See Ahamad, S., 1679
BADGE n = 0/1,2 Kiatkamjornwong, S., 1349
Naramura, Y. See Matsuyama, Diaminecyclohexane Studied Pichot, C. See Becu-Longuet, L.,
H., 397 by DMA and
849; Ladaviere, C., 1565
Narayan, R. See Carlson, D., 477 Thermogravimetry-FTIR, 443
Pizzi, A. See Soulard, C., 277
Narisawa, I. See Handa, K., 1783 Nunez, M. R. See Nunez, L., 443
Pizzirani, G. See Barbani, N., 971
Narkis, M. See Dreerman, E., 647
Plangsangmas, L.
Nascimento, C. A. O.
Obendorf, S. K. See Borsa, J., 203 —; Mecholsky, J. J., Jr.; Brennan,
—; Giudici, R.; Scherbakoff, N.:
Ogami, K. See Kaji, M., 953 A. B.: Determination of
Modeling of Industrial Nylon-
Ohguchi, M. See Shimizu, T., 1817 Fracture Toughness of Epoxy
6,6 Polymerization Process in
Okajima, K. See Hongo, T., 1669 Using Fractography, 257
a Twin-Screw Extruder
Okamoto, S. Plavsic, Ml. See Ristic, R., 835
Reactor. II. Neural Networks
—; Ishida, H.: A New Theoretical Polacco, G. See Barbani, N., 971
and Hybrid Models, 905
Equation for Thermal Pompe, G. See Luston, J., 1047
Nauman, E. B. See Mathur, D.,
Conductivity of Two-Phase Ponratbnam, S. See Shaikh,
1151, 1165 Systems, 1689 V. A. E., 763
Nazabal, J. See Gaztelumendi, M., Ooi, T. See Yoshikawa, M., 493 Pooley, S. A. See Rivas, B. L., 741
85; Guerrica-Echevarria, G., Ozerin, A. N. See Volynskii, A. L.,
1113 1267
Ngui, M. O.
Rabia, I. See Maxim, S., 1387
—; Mallapragada, S. K.;
Pachomov, P. See Kober, K., 1795 Radonjic, G.
Mechanistic Investigation of
Palmlof, M. Compatibilization Effects of
Drying Regimes During
—; Hjertberg, T.: Catalysis of the Styrenic/Rubber Block
Solvent Removal from Crosslinking Reactions of Copolymers in Polypropylene/
Poly(vinyl alcohol) Films, 1913 Ethylene Vinyl Silane Polystyrene Blends, 291
Nho, Y. C. See Kwon, O. H., 659 Copolymers Using Carboxylic Rajan, C. R. See Shaikh, V. A. E.,
Nia, K. H. See Mehrabzadeh, M., Acids and DBTDL, 521 763
1257 Paris!, J.-P. See Brondino, C., 611 Rana, A. K.
Nie, L. See Carlson, D., 477 Park, C. S. See Choi, H. D., 75 —; Mitra, B. C.; Bannerjee, A. N.:
Nikolaeva, O. Park, H.-D. See Kang, T.-K., 989 Effect of Acetylation on
—; Budtova, T.; Brestkin, Yu.; Park, J. Dimensional Stability,
Zoolshoev, Z.; Frenkel, S.: —; Park, J.-G.; Ha, C.-S.; Cho, Mechanical, and Dynamic
Rheological Properties of an W.-J.: Syntheses and Properties of Jute Board, 935
Interpolymer Complex Formed Properties of N- Rao, A. K. See Ravindra, R., 141
Between Poly(acrylic acid) and Vinylpyrrolidione-g-EPDM and Ratnam, C. T.
Methyl Cellulose, 1523 Its Modified Polymer, 1177 —; Zaman, K.; Yoshii, F.;
Ninan, K. N. See Bandyopadhyay, Park, J.-G. See Park, J., 1177 Makuuchi, K.: Hydrogel
G. G., 165 Park, J. H. See Nah, C., 1513 Coating of RVNRL Film by
AUTHOR INDEX 1933
Electron-Beam Irradiation, Sara9, A. S. Treated with Crease-Resisting
1421 —; Yavuz, O.; Sezer, E.: Compound, 1209
Ravichandran, V. See Borsa, J., Electrochemically Induced Shelver, S. R. See McGill, W. J.,
203 Redox Pol)Tnerization of 999, 1007, 1013, 1021
Ravindra, R. Acrylamide, 861 Shen, Q.-D. See Xie, D.-L., 667
—; Kameswara Rao, A.; Khan, Sarwade, B. D. Shen, W.-C. See Zhang, Z.-Z., 361,
A. A.: A Qualitative —; Singh, R. P.: Morphology of 751
Evaluation of Water and Photodegraded Heterophasic Shibuya, T. See Notomi, M., 435
Monomethyl Hydrazine in Ethylene-Propylene Shim, H. W. See Choi, H. D., 75
Ethylcellulose Membrane, 689
Copolymers, 215 Shimizu, T.
—; Rao, A. K.; Khan, A. A.:
Sautereau, H. See Becu-Longuet, —; Higashiura, S.; Ohguchi, M.:
Processing of Liquid
L., 849 Preparation of an Acrylics-
Propellant Reaction Liquors by
Sawada, H. Grafted Polyester and Its
Pervaporation, 141
—; Kurachi, M.; Maekawa, T.; Aqueous Dispersion, 1817
Razzak, M. T. See Zainuddin,
Kawase, T.; Hayakawa, Y.; Shinn, K. S. See Chun, H. J., 251
1277, 1283
Takishita, K.; Tanedani, T.: Shiono, T. See Suzuki, J., 103
Refojo, M. F. See Compah, V., 321
Synthesis and Properties of Siani, A.
Rheinberger, V. See Moszner, N.,
Novel Perfluorocyclohexylated —; Storti, G.; Morbidelli, M.:
1775
Compounds with Procedure for Calibrating an
Rieke, P. C. See Liang, L., 1
bis( Perfluorocyclohexane Ultrasonic Sensor for Online
Rimlinger, T. See Fenouillot, F.,
Carbonyl) Peroxide, 1101 Monitoring of Conversion in
1589
Scherbakoff, N. See Nascimento, Latex Reactors, 1451
Rissler, K. See Fuchslueger, U.,
913 C. A. O., 905 Siegmann, A. See Dreerman, E.,
Ristic, R. Scbrynemackers, J. See 647
—; Vrhovac, L.; Plavsic, M.: The Brondino, C., 611 Silverstein, M. S.
Influence of Stabilizers on Seguela, R. See Staniek, E., 1241 —; Sadovsky, J.; Alon, D.; Wahad,
Mechanochemical Processes in Seppala, J. See Anttila, U., 877; V.: Wetting of Oriented and
SBR Rubbers, 835 Vocke, C., 1443 Etched Ultrahigh Molecular
Rivas, B. L. Serra, A. See Castell, P., 537 Weight Polyethylene, 405
—; Pooley, S. A.; Soto, M.; Seto, F. Simon, G. P. See Gonis, J., 1479
Geckeler, K E.: Water-Soluble —; Muraoka, Y.; Akagi, T.; Singh, R. P. See Sarwade, B. D.,
Copolymers of l-Vinyl-2- Kishida, A.; Akashi, M.: 215
pyrrolidone and Acrylamide Surface Grafting of Soares, B. G.
Derivatives: Synthesis, Poly(vinylamine) onto —; Colomvaretti, R. S. C.: Melt
Characterization, and Metal Poly(ethylene) Film by Corona Functionalization of EVA
Binding Capability Studied by Discharge-Induced Grafting, Copolymers with Maleic
Liquid-Phase Polymer-Based 1583 Anhydride, 1799
Retention Technique, 741 Sezer, E. See Sara?, A. S., 861 Soga, K. See Suzuki, J., 103
Rizk, M. S. See Abd El-Kader, Sbabana, H. M. See Fouda, 1. M., Sonnenschein, M. F.
F. H., 1395 1185 Hollow Fiber Microfiltration
Ro, H. S. See Kim, J. K., 1543 Shaikh, V. A. E. Membranes from Poly( ether
Ruckenstein, E.
—; Maldar, N. N.; Lonikar, S. V.; ether ketone) (PEEK), 175
—; Kong, X. Z.: Control of Pore
Rajan, C. R.; Ponrathnam, S.: Soto, M. See Rivas, B. L., 741
Generation and Pore Size in
Thermotropic Liquid Soulard, C.
Nanoparticles of Poly( styrene-
Crystalline Behavior of —; Kamoun, C.; Pizzi, A.: Uron and
methyl methacrylate-acrylic
Cholesterol-Linked U ron-U rea-F ormaldehyde
acid), 419
Hydroxyethyl Cellulose, 763 Resins, 277
Shaosheng, D. Staniek, E.
—; Yuezhen, W.; Zhiqian, Z.: Study —; Seguela, R.; Escaig, B.;
Sadovsky, J. See Silverstein,
on the Synthesis of Frangois, P.: Plastic Behavior
M. S., 405
Saenz de Buruaga, A. Heat-Resistant PMMA, 1335 of Monoclinic Polypropylene
—; de la Cal, J. C.; Asua, J. M.: Sharma, H. S. S. under Hydrostatic Pressure in
Continuous Inverse —; McCall, D.; Kernaghan, K.: Compressive Testing, 1241
Microemulsion Polymerization, Scanning Electron Microscopy, Stedile, F. C. See Nachtigall,
1341 X-ray Microanalysis, and S. M. B., 1313
Saez, A. E. See Kauser, N., 783 Thermogravimetric Stephan, H. See Fuchslueger, U.,
Sano, T. See Suzuki, J., 103 Assessment of Linen Fabrics 913
1934 AUTHOR INDEX
Stewart, F. F. Taverdet, J.-L. See Bichara, A., Villanueva, M. See Nunez, L., 443
—; Harrup, M. K.: Phosphazene 49 Viney, C. See Carmichael, S., 895
Monomers from the Tawansi, A. Vocke, C.
Stereospecific Reaction of tert- —; Ayad, M. L; Abdel-Razek, —; Anttila, U.; Seppala, J.:
Butylhydroquinone with E. M.: Effect of Valence Compatibilization of
Hexachlorocyclotriphosphazene: Electron Spin Polarization on Polyethylene/Polyamide 6
A New Composite Material the Physical Properties of Blends with Oxazoline-
Precursor, 1085 CuCl -Filled Polyfvinylidene Functionalized Polyethylene
2
Sticotti, G. See D’Orazio, L., 701 fluoride) as a Microwave and Styrene Ethylene/Butylene
Stoffer, J. O. See Chou, H. C. J., Modulator, 771 Styrene Copolymer (SEBS),
797, 827 Teranishi, T. See Suzuki, J., 103 1443
Storti, G. See Siani, A., 1451 Terrisse, J. See Fenouillot, F., —; See Anttila, U., 877
Sudradjat, A. See Zainuddin, 1589 Volkel, T. See Moszner, N., 1775
1277 Tersac, G. See Hubert, F., 329 Volynskii, A. L.
Suh, K.-D. See Lee, D.-H., 1305 Thomas, S. See Bandyopadhyay, —; Bazhenov, S.; Lebedeva, O. V.;
Suh, T. S. See Chun, H. J., 251 G. G., 165 Ozerin, A. N.; Bakeev, N. F.:
Sun, L.-M. See Lu, Q.-H., 1299 Thombre, S. M. See Garnaik, B., Multiple Cracking of Rigid
Sun, P. See Li, B., 1203 123 Platinum Film Covering
Sun, Z. Tian, B. See Dong, C., 639 Polymer Substrate, 1267
—; Geng, Y.; Li, J.; Wang, X.; Jing, Tinker, T. See Aydinli, B., 1843 Vrhovac, L. See Ristic, R., 835
X.; Wang, F.: Catalytic Tjong, S. C.
Oxidization Polymerization of —; Meng, Y. Z.: Mechanical and
Aniline in an H O —Fe^^ Thermal Properties of Wahad, V. See Silverstein, M. S.,
2 2
System, 1077 Polycarbonate Composites 405
Suzi ki, J. Reinforced with Potassium Wang, F. See Sun, Z., 1077
—; Kino, Y.; Uozumi, T.; Sano, T.; Titanate Whiskers, 501 Wang, G.
Teranishi, T.; Jin, J.; Soga, K.; —; Xu, Y.; Meng, Y. Z.: Composites —; Li, M.; Chen, X.: Effects of
Shiono, T.: Synthesis and Based on Maleated Fillers on Mechanical
Functionalization of Polypropylene and Methyl Properties of a Water-
Poly( ethylene-co- Cellulosic Fiber: Mechanical Swellable Rubber, 577
dicyclopentadiene), 103 and Thermal Properties, 1647 Wang, J.
Sweeney, J. Tomiji, W. See Jie-Rong, C., 1327 —; Montville, D.; Gonsalves, K. E.:
—; Collins, T. L. D.; Coates, P. D.; Toppare, L. See Aydinli, B., 1843 Synthesis of Polycarbonate-co-
Duckett, R. A.; High- Tripathy, D. K. See Manna, A. K., Poly(p-ethylphenol) and CdS
Temperature Large Strain 1895 Nanocomposites, 1851
Viscoelastic Behavior of Tsai, F.-J. See Liu, J.-H., 677 —; See Gao, G., 683
Polypropylene Modeled Using Tseng, T.-W. See Chang, S.-J., 109 Wang, X. See Sun, Z., 1077
an Inhomogeneously Strained Tshmel, A. See Kober, K., 1795 Wang, Y. See Li, B., 1203; Xu, Y.,
Network, 563 Tsiang, R. C.-C. See Yang, W.-S., 1495
1807 Wang, Z.-G. See Lu, Q.-H., 1299
Tu, Y.-M. See Lee, W.-F., 1221 Wei, W. See Cui, S., 1039
Taboada, J. See Nunez, L., 443 Windle, A. H. See He, C., 309
Takagishi, T. See Kono, K., 1763 Wu, H.
Uemura, Y.
Takahashi, H. See Kojima, Y., —; Xu, J.; Liu, Y.; Heiden, P.:
—; Moritake, I.; Kurihara, S.;
1539 Investigation of Readily
Nonaka, T.: Preparation of
Takahashi, T. Processable Thermoplastic-
Resins Having Various
—; Takimoto, J.-L; Koyama, K.; Toughened Thermosets. V.
Phosphonium Groups and
Elongational Viscosity for Epoxy Resin Toughened with
Their Adsorption and Elution
Miscible and Immiscible Hyperbranched Polyester, 151
Behavior for Anionic
Polymer Blends. 11. Blends —; See Xu, J., 1065
Surfactants, 371
with a Small Amount of Wubbe, F. P. C. See Philipsen,
Uozumi, T. See Suzuki, J., 103
UHMW Polymer, 961 H. J. A., 183
Takimoto, J.-I. See Takahashi, T.,
961 van Langenhove, L. See Moharir,
Takishita, K. See Sawada, H., A. V., 269 Xie, D.-L.
1101 van Nimmen, E. See Moharir, —; Hu, Y.; Shen, Q.-D.; Yang,
Tanedani, T. See Sawada, H., A. V., 269 C.-Z.: Study of Polyfunctional
1101 Verma, K. L. See Ahamad, S., Carboxyl Telechelic
Tang, X. See Gao, G., 683 1679 Microspheres, 667