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Journal of Applied Polymer Science Author Index to Volume 97 Abayasinghe, N. K. See Shen, Z., Albertsson, A.-C. See Rajkhowa, R., Argyreas, T. See Sakkopoulos, S., 117 1736 697 Arica, Y. See Denizli, A., 1213 Abdel Ghaffar, M. A. See Ashour, Aleperstein, D. Arkas, M. A. H., 867 —,; Artzi, N.; Siegmann, A.; Narkis, —,; Eleades, L.; Paleos, C. M.; Abd EL-Rehim, S. S. See Sayyah, M.: Experimental and Tsiourvas, D.: Alkylated S. M., 2076 Computational Investigation of Hyperbranched Polymers as Abdou, L. A. W. See Hakeim, O. A., EVOH/Clay Nanocomposites, Molecular Nanosponges for the 559 2060 Purification of Water from Abe, M. See Takeda, K., 620 Ali, A. See Chowdhury, P., 2335 Polycyclic Aromatic Abedi, S. Ali, S. A. Hydrocarbons, 2299 —; Daftari-Besheli, M.; Shafiei, S.: —; Umar, Y.; Abu-Sharkh, B. F.: Arndt, K.-F. See Atta, A. M., 80 Highly Active Ziegler—Natta Amphiphilic Cycloterpolymers of Artzi, N. See Aleperstein, D., 2060 Catalyst for Propylene Diallyldimethylammonium Ashour, A. H. Polymerization, 1744 Chloride, —; El-Sawy, N. M.; Abdel Ghaffar, Abedian, B. Diallyloctadecylammonium M. A.; El-Shobaky, G. A.: Effects —; Garcia-Godoy, F.; Garcia-Godoy, Chloride, and Sulfur Dioxide, of Cobalt and Potassium Doping F.: A Study of Localized Curing 1298 on Thermal Stability and of Glass-Filled Composites Using Al-Sarawy, A. A. Electrical Properties of Radiation Microhardness Measurements, —; Potentiometric and Grafted Acrylic Acid Onto 426 Thermodynamic Studies of Poly(Tetrafluoroethylene Abou-Okeil, A. See Hakeim, O. A., Vinylacetic Acid and Its Metal Ethylene) Copolymer Films, 867 559 Complexes in Monomeric and Ashraf, S. M. See Zafar, F., 1818 Abubakar, A. See Rozman, H. D., Polymeric Forms, 952 Asif, A. See Liang, H., 185 1237 Alves, N. See Camillo, E. C., 1498 Asua, J. M. See do Amaral, M., 733 Abu Sharkh, B. F. See Ali, S. A., Amin, M. B. See Chaudhry, R. A., Atia, A. A. 1298; Chaudhry, R. A., 1432 1432 —; Donia, A. M.; Yousif, A. M.: Acierno, S. Aminabhavi, T. M. See Mallikarjuna, Comparative Study of the —; Van Puyvelde, P.: Rheological N. N., 1868; Narayan, R., 518; Recovery of Silver(l) from Behavior of Polyamide 11 with Narayan, R., 1069 Aqueous Solutions with Different Varying Initial Moisture Content, An, G. See Sun, B., 2215 Chelating Resins Derived from 666 An, J. H. See Yu, D.-G., 72 Glycidyl Methacrylate, 806 Afshari, M. An, Q. F. See Qian, J. W., 1891 Atta, A. M. —; Kotek, R.; Gupta, B. S.; Kish, Anbarasan, R. —; Arndt, K.-F.: Swelling and M. H.; Dast, H. N.: Mechanical —; Babout, O.; Degueil, M.; Maillard, Network Parameters of High Oil- and Structural Properties of Melt B.: Ester and Epoxide Absorptive Network Based on Spun Polypropylene/nylon 6 Functionalization of High- 1-Octene and Isodecyl Acrylate Alloy Filaments, 532 Density Polyethylene by Copolymers, 80 Aguilera, C. See Saez, P., 1812 Thermolysis Method—An FTIR Aguino, D. I. See Smith, B. F., 1590 Study, 761 Ahmad, S. See Zafar, F., 1818 —; Babout, O.; Degueil, M.; Maillard, Babout, O. See Anbarasan, R., 761, Ahmed, A. F. See Ibrahim, N. A., B.: Functionalization and Cross- 766 1024 Linking of High-Density Bae, C. See Kwag, G., 1279 Ahn, K. H. See Hong, J. S., 1702 Polyethylene in the Presence of Bae, J. W. See Hong, C. H., 2311; Ahn, S. D. See Yu, D.-G., 72 Dicumyl Peroxide—An FTIR Hong, C. H., 2375 Akgél, S. See Bereli, N., 1202 Study, 766 Bae, J. ¥. See Yu, D.-G., 72 Alakhras, F. A. Andreeva, D. V. See Elyashevich, Baer, E. See Prattipati, V., 1361 —; Dari, K. A.; Mubarak, M. S.: G. K., 1410 Bahrami, S. H. See Sharifnejad, F., Synthesis and Chelating Andrianopoulos, N. See Gecrgoulis, 1284 Properties of Some |F a) Payi J. Bakar, A. A. See Solomon, S., 957 Poly(amidoxime-hydroxamic Aneja, A. P. Balke, S. T. See Mourey, T. H., 627 acid) Resins Toward Some —,; Efficient Circumferential Balu, K. See Latha, C. S., 1307 Trivalent Lanthanide Metal Ions, Superdrawing, 123 Bandi, S. See Prattipati, V., 1361 691 Aoyama, Y. See Irwan, G. S., 2469 Banerji, M. See Chowdhury, R., 968; Albérola, N. D. See Dubouloz- Aranguren, M. I. See Mosiewicki, M., Das, P. K., 648 Monnet, F., 1038 825 Bao, G. See Qi, C., 38 Journal of Applied Polymer Science, Vol. 97, III-X VII (2005) AUTHOR INDEX Barbosa, R. V. Breuer, O. Caykara, T. See Eroglu, M. S., 2132 —; Neto, R. B.; Mauler, R. S.; Gorga, —; Chen, H.; Lin, B.; Sundararaj, U.: Chai, S. See Zhang, J., 1681 C. J. P.; Schneider, C. G.; Simulation and Visualization of Chakrabarti, R. Simanke, A. G.: Flow in a New Miniature Mixer —; Chakraborty, D.: Studies on Dynamic—Mechanical Properties for Multiphase Polymer Systems, Engineering Properties of PVC- of Modified Poly(ethylene-co- 136 PMMA Semi-interpenetrating vinyl Acetate), 1371 Brown, H. R. See Wang, H., 1097 Polymer Networks, 1725 Barone, J. R. Brown, L. Chakrabarty, D. See Goswami, S., —; Schmidt, W. F.; Liebner, C. F. E.: —; Bui, V. T.; Bonin, H. W.: 2407 Thermally Processed Keratin Diffusion of Sulfuric Acid Chakraborty, B. C. See Manoj, N. R., Solutions in Nylon 6,6 Monitored Films, 1644 1763; Phadnis, S., 1426 Baruah, S. D. See Saikia, P. J., 2140; by Neutron Activation Analysis, Chakraborty, D. See Chakrabarti, R., Saikia, P. J., 2147 2476 1725 Batalla, L. Bui, V. T. See Brown, L., 2476 Chandrasekhar, L. See Manoj, N. R., Bunia, I. See Luca, C., 930 —; Nunez, A. J.; Marcovich, N. E.: 1763; Phadnis, S., 1418 Particleboards from Peanut-Shell Chang, D.-H. See Hong, C. H., 2311 Flour, 916 Cai, T. See Guo, T., 1154 Chang, K.-C. See Wang, H.-W., 2175 Baysal, B. M. See Tasdelen, B., 1115 Cai, Z. Chang, X. See Yang, D., 2330 Bechtold, T. See Okubayashi, S., 1621 —; Sun, G.: Antimicrobial Finishing Changhua, L. See Conxiu, G., 1875 Bektas, S. See Denizli, A., 1213 of Acrilan Fabrics with Chao, D. Y. See Chen, Y. C., 455 Cetylpyridinium Chloride: Benaboura, A. See Hattali, S., 1065 Chaoui, K. See Kiass, N., 272 Affected Properties and Bereli, N. Char, C. See Bonfils, F., 903 —; Akgol, S.; Yavuz, H.; Denizli, A.: Structures, 1227 Chattopadhyay, D. K. See Narayan, Antibody Purification by Camillo, E. C. Concanavalin A Affinity —; Constantino, C. J. L.; Teruya, R., 518; Narayan, R., 1069 Chaudhry, R. A. Chromatography, 1202 M. Y.; Alves, N.; Mattoso, L. H. C.; Job, A. E.: Dependence —; Hussein, I. A.; Amin, M. B.; Abu Bertini, F. of the Electrical Conductivity and Sharkh, B. F.: Influence of —; Canetti, M.; Ricci, G.: Elastomeric Properties on Sample Molecular Parameters and Crystallization and Melting Preparation of Blends of Processing Conditions on Behavior of trans-1,2-Syndiotactic Polypentadiene, 1970 Polyaniline and Natural Rubber, Degradation of Hydrogenated 1498 Nitrile Butadiene Rubbers, 1432 Beuve, J. S. See Bonfils, F., 903 Campbell, K. See Finnigan, B., 300 Chen, C.-C. See Wang, C., 143; Wang, Billon, N. See Piorkowska, E., 2319 Canetti, M. See Bertini, F., 1970 C.-C., 2450; Yao, W.-H., 595; Yen, Bledzki, A. K. Cannillo, V. See Bondioli, F., 2382 M.-S., 584 —,; Faruk, O.: Effects of the Chemical Foaming Agents, Injection Cano-Vives, R. See Liska, R., 2286 Chen, C.-Y. See Lin, C.-H., 893 Cao, J. See Zhang, H., 1695 Chen, D. See Cheng, Y., 1; Ye, L., 872 Parameters, and Melt-Flow Index Cao, X. See Gordon, S. H., 813 Chen, F.-B. See Wang, Y., 1667 on the Microstructure and Mechanical Properties of Cao, Y. Chen, G. See Gao, G., 878 Microcellular Injection-Molded —; Shen, Z.; Lin, S.: Grafted Chen, H. See Breuer, O., 136 Syndiotactic Polystyrene Wood-Fiber/Polypropylene Chen, H.-Y. See Yeh, J.-T., 1333 Synthesized via Melting Graft Composites, 1090 Chen, J. See Qi, C., 38 Copolymerization Used as a Bliard, C. See Follain, N., 1783 Compatibilizer for Immiscible —; Qu, L.; Li, X.; Jiang, A.; Niu, M.; Wang, J.: Rheological Behavior of Bo, S. See Liu, Y., 232 Syndiotactic Bondioli, F. Polystyrene/Polyadimide 66 Semi-aromatic Transparent —; Cannillo, V.; Fabbri, E.; Messori, Polyamide, 1586 Blends, 1659 M.: Epoxy-Silica Chen, J.-C. See Wang, C., 143; Yao, Cao, Y.-M. See Qin, J.-J., 227 Nanocomposites: Preparation, Carbonnier, B. W.-H., 595 Experimental Characterization, —; Crosslinking of Cotton Cellulose —,; Janus, L.; Deratani, A.; Morcellet, and Modeling, 2382 in Presence of Alkyl Di-Ally] M.: Bonfils, F. Methacryloylpropy!—BCyclodextrin Ammonium Salts. Il. Study on —; Doumbia, A.; Char, C.; Beuve, and Vinylpyrrolidone Pore Structure of Treated Fabrics J. S.: Evolution in the Natural Copolymers: Synthesis and from Dyeing Kinetics, 862 Rubber Native Structure and Characterization as Potential Chen, J-C. See Yen, M.-S., 584 Plasticity Retention Index from Chiral Selector, 2364 Chen, K. the First Tapping of Clonal Trees, Carlson, B. J. See Smith, B. F., 1590 —; Shen, J.; Tang, X.: Rheological 903 Castro, C. Properties of Poly(trimethylene Bonin, H. W. See Brown, L., 2476 —; Gargallo, L.; Leiva, A.; Radi¢, D.: terephthalate) in Capillary Flow, Borrajo, J. See Mosiewicki, M., 825 Interactions in Blends Containing 705 Boulanouar, L. See Kiass, N., 272 Chitosan with Functionalized Chen, K.-N. See Lai, J.-Z., 550 Branland, P. See Joly, N., 1266 Polymers, 1953 Chen, P.-J. See Lai, J.-Z., 550 AUTHOR INDEX Chen, T. See Xiong, C., 850 Chowdhury, R. Hydrogenated —,; Li, L.; Huang, X.: Fiber Diameter —; Banerji, M. S.: Electron Beam Acrylonitrile-Butadiene Rubber, of Polybutylene Terephthalate Irradiation of Ethylene-propylene 648 Melt-Blown Nonwovens, 1750 Terpolymer: Evaluation of da Silva, M. G. See Poley, L. H., 1491 Chen, T.-H. See Huang, J.-W., 1051 Trimethylol Propane Dass, N. N. See Saikia, P. J., 2140; Chen, Y. See Huang, J., 652 Trimethacrylate as a Crosslink Saikia, P. J., 2147 —; Li, H.: Effect of Ultrasound on Promoter, 968 Dast, H. N. See Afshari, M., 532 the Morphology and Properties Chu, H.-C. See Wang, H.-W., 2175 Davidenko, N. of Polypropylene/Inorganic Filler Chu, H.-J. See Zhang, J., 20 —; Garcia, O.; Sastre, R.: Composites, 1553 Chu, J. See Huang, J., 652 Photopolymerization Kinetics of Chuang, S.-W. See Hsu, S. L.-C., 2350 Dimethacrylate-Based Light- Chen, Y. C. Chung, G. S. Cured Dental Resins, 1016 —; Chiou, R. R.; Huang, H. L.; Tsai, —; Jo, S. M.; Kim, B. C.: Properties of Deb, P. C. See Phadnis, S., 1418; ¥..Z> Kuo, ¥. M; Chae, ‘D. ¥:: Carbon Nanofibers Prepared Phadnis, S., 1426 Fluorescence from Fluorescent Dye Based Polyurethane from Electrospun Polyimide, 165 —; Monomer Reactivity Ratios in Clement, F. See Hakme, C., 1522 Styrene/2-Ethylhexylacrylate lonomer(III), 455 Colbeaux, A. Copolymer, 1753 Chen, Y.-C. See Lee, W.-F., 855; Yang, —; Fenouillot, F.; Gerard, J.-F.; Taha, de Graaf, L. A. See Vaz, C. M., 604 C.-P., 1352 M.; Wautier, H.: Dioxazoline Degueil, M. See Anbarasan, R., 761; Chen, Z.-C. See Zheng, S.-Y., 2186 Coupling of Maleic Anhydride Anbarasan, R., 766 Cheng, C.-Y. See Lin, C.-H., 893 Modified Polyethylene, 837 Denes, F. S. See Dong, B., 485 Cheng, S. See Zhang, J., 1681 Constantino, C. J. L. See Camillo, Deng, J.-C. See Xie, H.-Q., 1248 Cheng, Y. E. C., 1498 Deng, J.-P. See Xing, C.-M., 2026 —; Chen, D.; Wang, C.; He, P.: Cure Coskun, R. Deng, Y. See Yan, Z., 44 Behavior of —; Sacak, M.; Karakisla, M.: Graft Denizli, A. See Bereli, N., 1202 UP/Org-MMT/MEKP/Cobalt Copolymerization of an Itaconic —; Bektas, S.; Arica, Y.; Genc, O: Octoate Nanocomposites by the Acid/ Acrylamide Monomer Metal-Chelating Properties of Dynamic Torsional Vibration Mixture onto Poly(ethylene Poly(2-hydroxyethyl Method, 1 terephthalate) Fibers with methacrylate—methacryloyamido- Chern, C.-S. Benzoyl Peroxide, 1795 histidine) Membranes, 1213 —; Tang, H.-J.: Microemulsion Crivello, J. V. See Falk, B., 1574 Deratani, A. See Carbonnier, B., 2364 Polymerization Kinetics and Cui, X. Dere, R. T. See Pal, R. R., 1377 Mechanisms, 2005 —; Yan, D.; Wang, Y.: Isothermal and Devi, M. S. See Guhanathan, S., 171 Chiou, R. R. See Chen, Y. C., 455 Nonisothermal Crystallization Di Gianni, A. See Sangermano, M., Chiu, H.-T. Kinetics of Novel Even-Odd 293 —; Wu, J.-H.: Conductive Effect of an Nylon 10 11, 1637 Dimos, V. Electronic/lonic Complex Cunha, A. M. See Vaz, C. M., 604 —; Sanopoulou, M.: Anomalous Conductivity Modifier for Cunxiu, G. Sorption Kinetics in the Methanol —; Donghua, C.; Wanjun, T.; Vapor—Poly(methyl methacrylate) Silicone Elastomers, 711 Changhua, L.: Properties and System, 1184 Cho, J.-D. Thermal Degradation Study of Ding, H. See Liu, P., 611 —; Hong, J.-W.: Curing Kinetics of Blend Films with Poly(4- Ding, J. UV-Initiated Cationic Vinylpyridine) and Lignin, 1875 —; Liang, H.; Shi, W.; Shen, X.: Photopolymerization of Divinyl Czech, Z. Photopolymerization and Ether Photosensitized by —; Synthesis of Removable and Properties of UV-Curable Flame- Thioxanthone, 1345 Repositionable Water-Borne Retardant Resins with Chou, K.-S. Pressure-Sensitive Adhesive Hexaacrylated Cyclophosphazene —; Huang, K.-C.; Shih, Z.-H.: Effect Acrylics, 886 Compared with Its Cured of Mixing Process on Czigany, T. See Lim, K. L. K., 413 Powder, 1776 Electromagnetic Interference Ding, T. Shielding Effectiveness of Daftari-Besheli, M. See Abedi, S., —; Daniels, E. S.; El-Aasser, M. S.; Nickel / Acrylonitrile-Butadiene- 1744 Klein, A.: Synthesis and Styrene Composites, 128 Dai, L. See Huang, J., 652 Characterization of Chow, W. K. See Wang, J. Q., 366 Dalas, E. See Sakkopoulos, S., 117 Functionalized Polymer Latex Chowdhuty, P. Daliya, P. K. See Ratnaprabha, K., Particles Through a Designed —; Ali, A.: Role of 1,10- 336 Semicontinuous Emulsion Phenanthroline and Ortho Dane, J. H. See Unsal, E., 282 Polymerization Process, 248 Phosphoric Acid on Graft Daniels, E. S. See Ding, T., 248 Ding, Y. See Zhang, C., 2161 Polymerization of Vinyl Dari, K. A. See Alakhras, F. A., 691 do Amaral, M. Monomers from Poly (Vinyl Das, P. K. —,; van Es, S.; Asua, J. M.: Alcohol) in the Presence of —; Ganguly, A.; Banerji, M.: Combining Process and Property Fenton’s Reagent, 2335 Electron-Beam Curing of Models: Development of Novel AUTHOR INDEX Reaction Strategies for High- Eroglu, M. S. Gadzinowska, K. See Piorkowska, E., Solids, Low-Viscosity Latices, 733 —; Hazer, B.; Ozturk, T.; Caykara, T.: 2319 Dole, P. See Follain, N., 1783 Hydroxylation of Pendant Vinyl Ganguly, A. See Das, P. K., 648 Domb, A. J. See Tyr’yan, Y. I., 1167 Groups of Poly(3-hydroxy Gao, C. See Meng, L.-J., 1261 Dong, B. Undec-10-enoate) in High Yield, Gao, G. —; Manolache, S.; Somers, E. B.; 2132 —; Zhang, L.; Sun, H.; Chen, G.; Worg, A. C. L.; Denes, F. S.: Erra, P. See Jocic, D., 2204 Zhang, M.; Ma, R.; Liu, F.: Generation of Antifouling Layers Esteban-Martinez, M. See Ibarra, L., Crystalline and Thermal Behavior on Stainless Steel Surfaces by 1825 of Poly(ethylene terephthalate) / Plasma-Enhanced Crosslinking of Esteves, L. M. Polyphenoxy Blends, 878 Polyethylene Glycol, 485 —; Marquez, L.; Miiller, A. J.: Gao, H. See Qi, C., 38 Donghua, C. See Conxiu, G., 1875 Optimization of the Gao, S. See Wu, J., 1176; Zheng, J. P., Coordination-Insertion Ring- 1033 Donia, A. M. See Atia, A. A., 806 Doumbia, A. See Bonfils, F., 903 Opening Polymerization of Garcia, O. See Davidenko, N., 1016 Du, S. See Guo, Z., 2238 Poly( p-dioxanone) by Garcia-Godoy, F. See Abedian, B., Dubouloz-Monnet, F. Programmed Decreasing Reaction 426 —; Mélé, P.; Albérola, N. D.: Temperatures, 659 Gardner, D. J. See Herzog, B., 2221 Multiscale Morphological Gargallo, L. See Castro, C., 1953 Analysis of Commingled PP/ Ge, Q. See Huang, J., 652 Geng, O. See Denizli, A., 1213 Unidirectional Glass Fiber Fabbri, E. See Bondioli, F., 2382 Composites: Experiment and Falk, B. Geng, Z. C. See Sun, J. X., 322 Georgoulis, L. B. Theory, 1038 —; Crivello, J. V.: Synthesis and Dumarcay, S. See Hattali, S., 1065 Modification of Epoxy- and —; Morgan, M. S.; Andrianopoulos, Hydroxy-Functional N.; Seferis, J. C.: Swelling of Microspheres, 1574 Polymeric Glove Materials Falk, R. H. See Tajvidi, M., 1995 during Permeation by Solvent Edlund, U. See Rajkhowa, R., 697 Fan, L. See Wu, J., 1176 Mixtures, 775 Eguiazabal, J. I. See Retolaza, A., 564 Fan, Q. See Mani, G., 218 Gerard, J.-F. See Colbeaux, A., 837 El-Aasser, M. S. See Ding, T., 248 Fan, Y. F. See Zhang, X. X., 390 Gérardin, P. See Hattali, S., 1065 EL-Deeb, M. M. See Sayyah, S. M., 2076 Fan, Z. See Fu, Z., 640 Ghadage, R. S. See Mule, S. A., 784 Fan, Z.-Q. See Xu, J.-T., 240 Ghaemy, M. Eleades, L. See Arkas, M., 2299 Faruk, O. See Bledzki, A. K., 1090 —; Omrani, A.; Rostami, A. A.: Study El-Sawy, N. M. See Ashour, A. H., Fei, J.-Y. See Ma, X.-Y., 1915 of Reaction Kinetics of Epoxy 867 Feke, D. L. See Warley, R. L., 1504 and a Nickel(II) Complex Using El-Shobaky, G. A. See Ashour, A. H., Fenouillot, F. See Colbeaux, A., 837 Dynamic DSC Technique, 265 867 Finnigan, B. Gong, M. See Xu, J., 1714 El-Tantawy, F. —; Martin, D.; Halley, P.; Truss, R.; Goodell, B. See Herzog, B., 2221 —; Development of Novel Functional Campbell, K.: Morphology and Goossens, J. G. P. See Picchioni, F., Conducting Elastomer Blends Properties of Thermoplastic 575 Containing Butyl Rubber and Polyurethane Composites Gopalakrishnan, K. S. See Low-Density Polyethylene for Incorporating Hydrophobic Sasidharan, K. K., 1804 Current Switching, Temperature Layered Silicates, 300 Gordillo, A. See Martinez, A. B., 2256 Sensor, and EMI Shielding Folkert, S. L. See Smith, B. F., 1590 Gordon, S. H. Effectiveness Applications, 1125 Follain, N. —; Cao, X.; Mohamed, A.; Willett, Elyashevich, G. K. —; Joly, C.; Dole, P.; Bliard, C.: J. L.: Infrared Spectroscopy —; Rosova, E. Y.; Andreeva, D. V.; Mechanical Properties of Starch- Method Reveals Hydrogen Polotskaya, G. A.; Trchova, M.; Based Materials. I. Short Review Bonding and Intermolecular Pientka, Z.: New Composite and Complementary Interaction between Components Systems on the Base of Experimental Analysis, 1783 in Polymer Blends, 813 Polyethylene Porous Films Fu, Z. Gorenbein, P. See Tyr’yan, Y. I., 1167 Covered by Polypyrrole and —; Xu, J.; Zhang, Y.; Fan, Z.: Chain Gorga, C. J. P. See Barbosa, R. V., Polyacrylic Acid, 1410 Structure and Mechanical 1371 Eren, T. Properties of Polyethylene/ Goswami, S. —; Kusefoglu, S. H.: Synthesis and Polypropylene/Poly(ethylene-co- —; Nad, S.; Chakrabarty, D.: Polymerization of the Acrylamide propylene) In-Reactor Alloys Modification of Novolac Resin by Derivatives of Fatty Compounds, Synthesized with a Spherical Interpenetrating Network 2264 Ziegler—Natta Catalyst by Gas- Formation with Poly(butyl Ernst, E. Phase Polymerization, 640 acrylate), 2407 —; ReuBner, J.; Poelt, P.; Ingolic, E.: Fuad, A. M. Y. See Lim, K. L. K., 413 Graillat, C. See Ouzineb, K., 745 Surface Stability of Fukuda, M. See Sawatari, N., 682 Granet, R. See Joly, N., 1266 Polypropylene Compounds and Fukuoka, T. See Li, J., 2439 Gregorova, A. See KoSikova, B., 924 Paint Adhesion, 797 Fulchiron, R. See Hakme, C., 1522 Grexa, O. See Aimkovic, I., 1948 AUTHOR INDEX Griesser, U. J. See Okubayashi, S., Grass Soda Lignin as a Filler for Hosoya, T. See Saito, R., 1835 1621 Novolak Molding Powder, 1065 Hoteling, A. J. See Mourey, T. H., 627 Grogger, W. See Loos, J., 1001 Haudin, J. M. See Piorkowska, E., Hou, C. Guan, F.-X. See Xu, j.-T., 240 2319 —; Qu, R.-j.; Ying, L.; Wang, C.-g.: Guan, T. See Qu, X., 348 Hazer, B. See Eroglu, M. S., 2132 Rheological Kinetics of Guhanathan, S. He, L. See Liu, P., 611 Acrylonitrile-Acrylamide —; Devi, M. S.: Physicochemical He, P. See Cheng, Y., 1 Copolymer Solutions in Dimethyl Characterization of the Filler— He, X.-Z. Formamide, 527 Matrix Interface in Elastomer- —; Zhang, B.-Y.; Xiao, L.-J.; Wang, Hou, J. See Shen, J.-W., 51 Encapsulated Fly Ash/Polyester Y.; Wu, H.-Q.: Synthesis and Hsiao, K. Particulate Composites, 171 Characterization of a Series of —; Jue, Z.-F.; Tsen, W.-C.; Shu, Y.-C.: Guimon, M.-F. See Kaba, M., 2088 Smectic Liquid Crystalline Thermal Behavior and Guo, T. Elastomers, 498 Morphology of Polycaproamide —; Wang, L.; Zhang, A.; Cai, T.: He, Y. See Li, J., 2439 (PCA)/Cationic Dyeable Effects of Nano Calcium Hermanson, J. C. See Tajvidi, M., Polycaproamide (CD-PCA) Carbonate Modified by a 1995 Polyblended Filaments, 1220 Lanthanum Compound on the Herzog, B. Hsiao, S.-H. See Yang, C.-P., 1352 Properties of Polypropylene, 1154 —; Gardner, D. J.; Lopez-Anido, R.; Hsu, S. L.-C. Guo, X. Goodell, B.: Glass-Transition —; Lin, C.-Y.; Chuang, S.-W.: —; Lu, J.; Li, H.; Yao, S.; Wang, L.: Temperature Based on Dynamic Positive-Working Aqueous Base Synthesis and Coordination of Mechanical Thermal Analysis Developable Photosensitive Oxyquinolyl End-Functionalized Techniques as an Indicator of the Polybenzoxazole Polystyrene by Atom Transfer Adhesive Performance of Vinyl Precursor /Organoclay Radical Polymerization, 2067 Ester Resin, 2221 Nanocomposites, 2350 Guo, Z. Hiltner, A. See Prattipati, V., 1361 Hu, A. See Wu, J., 1176 —; Du, S.; Zhang, B.; Wu, Z.: Cure Hirabayashi, T. See Nishimura, Y., Hu, M.-S. See Yao, W.-H., 595 Kinetics of T700/BMI Prepreg 2118 Hu, Y. Used for Advanced Thermoset Hirt, D. E. See Luo, N., 2242 —; Zheng, X.; Ye, L.: Synergistic Composite, 2238 Hofer, F. See Loos, J., 1001 Thermal Stabilization Effect of Guo, Z.-X. See Liu, W.-F., 1538 Hong, C. H. Polyamide/Melamine on Guozheng, L. See Xiaoyan, M., 1907 —; Lee, Y. B.; Bae, J. W.; Jho, J. Y.; Polyoxymethylene, 2387 Gupta, B. S. See Afshari, M., 532 Nam, B. U.; Chang, D.-H.; Yoon, Hu, Y. S. See Prattipati, V., 1361 Giiven, O. See Tasdelen, B., 1115 S.-H.; Lee, K.-J.: Tensile Huang, C.-K. See Lai, S.-M., 257 Properties and Stress Whitening Huang, H. L. See Chen, Y. C., 455 of Polypropylene/Polyolefin Huang, J. Haijun, L. See Xiaoyan, M., 1907 Elastomer/Magnesium —; Xu, M.; Ge, Q.; Lin, M.; Lin, Q.; Hailin, L. See Xiaoyan, M., 1907 Hydroxide Flame Retardant Chen, Y.; Chu, J.; Dai, L.; Zou, Y.: Hakeim, O. A. Composites for Cable Insulating Controlled Synthesis of High- —; Abou-Okeil, A.; Abdou, L. A. W.; Application, 2311 Ortho-Substitution Waly, A.: The Influence of —; Lee, Y. B.; Bae, J. W.; Jho, J. Y.; Phenol-Formaldehyde Resins, Chitosan and Some of its Nam, B. U.; Nam, G. J.; Lee, K. J.: 652 Depolymerized Grades on Tensile and Flammability Huang, J.-W. Natural Color Printing, 559 Properties of Polypropylene- —; Kang, C.-C.; Chen, T.-H.: Hakme, C. based RTPO/Clay Isothermal Crystallization of —; Stevenson, I.; Fulchiron, R.; Nanocomposites for Cable Poly(ethylene-co-glycidy! Seytre, G.; Clement, F.; Odoni, L.; Insulating Material, 2375 methacrylate) /Clay Rochat, S.; Varlet, J.: Dielectric Hong, J. S. Nanocomposites, 1051 Studies of Hyperbranched —; Kim, J. L.; Ahn, K. H.; Lee, S. J.: Huang, K.-C. See Chou, K.-S., 128 Aromatic Polyamide and Morphology Development of Huang, P.-H. See Yao, W.-H., 595 Polyamide-6,6 Blends, 1522 PBT/PE Blends during Extrusion Huang, R.-H. See Ma, J.-T., 316 Halley, P. See Finnigan, B., 300 and its Reflection on the Huang, S.-S. See Yeh, J.-T., 1333 Hamada, H. See Solomon, S., 957; Rheological Properties, 1702 Huang, T. S. See Liang, J., 1161 Tetsuya, T., 753 Hong, J.-W. See Cho, J.-D., 1345 Huang, W.-Y. See Shen, J.-W., 51 Hameed, T. See Hussein, I. A., 2488 Hong, K. H. Huang, X. See Chen, T., 1750 Han, K. Y. See Wan, Y. Z., 507 —; Oh, K. W.; Kang, T. J.: Huang, Y. See Ma, X.-Y., 1915; Wan, Hanhi, K. See Li, S., 208 Preparation and Properties of Y. Z., 507; Wu, X., 1292 Hanna, M. A. See Zhou, J., 1880 Electrically Conducting Textiles Huang, Z. F. Harad, A. M. See Shukla, S. R., 513 by In Situ Polymerization of —; Tan, S. T.; Wang, X. Y.: Harrup, M. K. See Orme, C. J., 939 Poly(3,4-ethylenedioxythiophene), Modification of an o-Cresol Hattali, S. 1326 Formaldehyde Epoxy Resin by —; Benaboura, A.; Dumargay, S.; Hong, Y. See Xiong, C., 850 the Thermotropic Liquid Gérardin, P.: Evaluation of Alfa Hori, T. See Kuzuhara, A., 65 Crystalline Polymer, 1626 AUTHOR INDEX Hussein, I. A. See Chaudhry, R. A., Jho, J. Y. See Hong, C. H., 2311; Films by an Allylamine-Plasma- 1432 Hong, C. H., 2375 Polymerized Layer, 2088 —; Hameed, T.: Influence of Jia, Y.-G. See Sun, Q.-J., 1196 Kang, C.-C. See Huang, J.-W., 1051 Branching Characteristics on Jiang, A. See Chen, J., 1586 Kang, P. H. See Kim, S., 103 Thermal and Mechanical Jiang, G. Kang, S.-Y. See Yu, D.-G., 72 Properties of Ziegler—-Natta and —; Zheng, Q.: Synthesis and Kang, T. J. See Hong, K. H., 1326 Metallocene Hexene Linear Low- Application of New Fullerene Karakisla, M. See Coskun, R., 1795 Density Polyethylene Blends with Derivative, 2182 Kato, E. Low-Density Polyethylene, 2488 Jiang, Z.-H. See Zhang, Y.-H., 1652 —; Thermodynamic Study of a Husson, S. M. See Luo, N., 2242 Jianping, D. Pressure-Temperature Phase —; Wantai, Y.: Surface Photografting Diagram for Poly(N- Polymerization of Vinyl Acetate, Isopropylacrylamide) Gels, 405 Ibarra, L. Maleic Anhydride, and Their Kawasaki, T. See Nonaka, T., 2097 —; Posadas, P.; Esteban-Martinez, Charge-Transfer Complex. IX. Kawko, K. See Sirisinha, K., 1476 M.: A Comparative Study of the Charge-Transfer Complex (5), Effect of Some Paraffinic Oils on Kayaman-Apohan, N. See Tasdelen, 2230 B., 1115 Rheological and Dynamic Properties and Behavior at Low Jie, L. Khalsa, G. R. K. See Smith, B. F., —; Wangxi, Z.: Structural Changes 1590 Temperature in EPDM Rubber during the Thermal Stabilization Compounds, 1825 Khelif, R. See Kiass, N., 272 of Modified and Original Ibrahim, N. A. Polyacrylonitrile Precursors, 2047 Kiass, N. —; Refai, R.; Youssef, M. A.; Ahmed, —; Khelif, R.; Boulanouar, L.; Jin, J. See Shen, Z., 1736 A. F.: Proper Finishing Chaoui, K.: Experimental Treatments for Sun-Protective Jin, X. See Qi, R., 201 Approach to Mechanical Property Jing-Bo, Z. Cotton-Containing Fabrics, 1024 Variability through a High- —; Ze-Min, X.: Synthesis and Ida, S. See Takahashi, M., 2428 Density Polyethylene Gas Pipe Characterization of Alternate Idicula, M. Wall, 272 Copolymers Constructed by 1,3- —; Malhotra, S. K.; Joseph, K.; Kihara, S.-I. See Taki, K., 1899 Bis(diphenylsilyl)-2,2,4,4- Thomas, S.: Effect of Layering Kim, B. C. See Chung, G. S., 165 tetraphenylcyclodisilazane Units Pattern on Dynamic Mechanical Kim, B. K. See Kim, B. S., 1961 with Oligo-dimethylsiloxane Properties of Randomly Oriented Kim, B. S. Segments, 1484 Short Banana/Sisal Hybrid —; Kim, B. K.: Enhancement of Jo, S. M. See Chung, G. S., 165 Fiber—Reinforced Polyester Hydrolytic Stability and Job, A. E. See Camillo, E. C., 1498 Composites, 2168 Adhesion of Waterborne Jocic, D. Ihara, H. See Nagaoka, S., 149 —; Vilchez, S.; Topalovic, T.; Molina, Polyurethanes, 1961 Ihn, K.-J. See Kim, J.-Y., 2357 Kim, D. See Kwag, G., 1279 R.; Navarro, A.; Jovancic, P.; Ikawa, T. See Takahashi, M., 2428 Julia, M. R.; Erra, P.: Effect of Kim, H.-J. See Kim, H.-S., 1513 Inai, Y. See Nishimura, Y., 2118 Low-Temperature Plasma and Kim, H.-S. Ingolic, E. See Ernst, E., 797 Chitosan Treatment on Wool —; Yang, H.-S.; Kim, H.-J.: Inoue, Y. See Li, J., 2439 Biodegradability and Mechanical Dyeing with Acid Red 27, 2204 Irwan, G. S. Properties of Agro-Flour-Filled Joly, C. See Follain, N., 1783 —; Aoyama, Y.; Kuroda, S.-i.; Joly, N. Polybutylene Succinate Kubota, H.; Kondo, T.: Biocomposites, 1513 —; Granet, R.; Branland, P.; Verneuil, Photografting of N- B.; Krausz, P.: New Methods for Kim, I. Isopropylacrylamide and Acylation of Pure and Sawdust- —; White, J. L.: Continuous Glycidyl Methacrylate Binary Extracted Cellulose by Fatty Acid Polymerization of w-Lauryl Monomers on Polyethylene "ilm: Derivatives —Thermal and Lactam in an Intermeshing Effect of Mixed Solvent Mechanical Analyses of Corotating Twin-Screw Extruder, Consisting of Water and Organic Cellulose-Based Plastic Films, 1605 Solvent, 2469 1266 Kim, J. L. See Hong, J. S., 1702 Ishak, Z. A. M. See Lim, K. L. K., Joseph, K. See Idicula, M., 2168 Kim, J.-Y. 413; Solomon, S., 957 Joseph, R. See Sasidharan, K. K., 1804 —; Shin, D.-H.; thn, K.-J.: Synthesis Ishiaku, U. S. See Lim, K. L. K., 413; Jovancic, P. See Jocic, D., 2204 of CdS Nanoparticles Dispersed Solomon, S., 957; Tetsuya, T., 753 Jue, Z.-F. See Hsiao, K., 1220 within Amphiphilic Isogai, A. See Obokata, T., 2249 Julia, M. R. See Jocic, D., 2204 Poly(urethane acrylate-co-styrene) Ito, M. See Takahashi, M., 2428 Films, 2357 Itoh, Y. See Okubayashi, S., 545 Kim, K. H. See Lim, H. K., 1170 Kaba, M. Kim, M. G. See No, B. Y., 377 Jacob, N. E. See Mule, S. A., 784 —; Raklaoui, N.; Guimon, M.-F.; Kim, S. Janorkar, A. V. See Luo, N., 2242 Mas, A.: Improvement of the —; Kang, P. H.; Nho, Y. C.; Yang, O.: Janus, L. See Carbonnier, B., 2364 Water Selectivity of ULTEM Effect of Electron Beam Jarvinen, G. D. See Smith, B. F., 1590 Poly(ether imide) Pervaporation Irradiation on Physical Properties AUTHOR INDEX of Ultrahigh Molecular Weight Kumarasamy, M. D. K. See Latha, Lee, V. A. Polyethylene, 103 C. 8, 37 —; Rawls, H. R.: Compliant Phase Kim, S. G. See Lim, H. K., 1170 Kuo, Y. M. See Chen, Y. C., 455 Reduces Polymerization Kim, S. S. Kurihara, S. See Nonaka, T., 2097 Shrinkage in Dental Composite —; Park, T. S.; Shin, B. C.; Kim, Y. B.: Kuroda, S.-i. See Irwan, G. S., 2469 Resin, 2306 Polymethy] Kusefoglu, S. H. See Eren, T., 2264 Lee, W.-F. Methac/r Moyntlmorailtloneit e Kuzuhara, A. —; Chen, Y.-C.: Preparation of Nanocomposite Beads through a —; Hori, T.: Diffusion Behavior of Reactive Mineral Powders Used Suspension Polymerization- Poly(ethylene imine) into Keratin for Poly(sodium acrylate) derived Process, 2340 Fibers Using Composite Superabsorbents, 855 Kim, Y. B. See Kim, S. S., 2340 Microspectrophotometry, 65 Lee, Y. B. See Hong, C. H., 2311; Kish, M. H. See Afshari, M., 532 Kwag, G. Hong, C. H., 2375 Klaehn, J. R. See Orme, C. J., 939 —; Kim, D.; Lee, S.; Bae, C.: Leiva, A. See Castro, C., 1953 Klein, A. See Ding, T., 248 Morphology and Activity of Lekchiri, Y. See Martel, B., 433 Kobayashi, S. See Li, J., 2439 Nanosized NdCI, Catalyst for Li, G. Kobayashi, S.-i. See Saito, R., 1835 1,3-Butadiene Polymerization, —; Shen, Y.; Ren, Q.: Effect of Kobayashi, T. See Takeda, K., 620 1279 Fluorinated Acrylate on the Koetse, M. M. See Loos, J., 1001 Kyriakopoulos, N. See Sakkopoulos, Surface Properties of Cationic Kojima, T. See Tsuchiya, M., 1209 S., 127 Fluorinated Polyurethane- Kondo, T. See Irwan, G. S., 2469 Acrylate Hybrid Dispersions, KoSikova, B. 2192 —; Gregorova, A.: Sulfur-Free Lignin Li, H. See Chen, Y., 1553; Guo, X., Labouriau, A. See Smith, B. F., 1590 as Reinforcing Component of 2067 Lai, J.-Z. Styrene-Butadiene Rubber, 924 Li, J. See Liu, Y., 1688; Zhao, Z., 466 —; Chen, P.-J.; Yeh, J.-T.; Chen, Kotek, R. See Afshari, M., 532 K.-N.: A Cross Self-Curing —; Fukuoka, T.; He, Y.; Uyama, H.; Kothleitner, G. See Loos, J., 1001 Kobayashi, S.; Inoue, Y.: Thermal System for an Aqueous-based PU Kotsilkova, R. and Crystallization Behavior of Hybrid, 550 —; Processing-Structure—Properties Hydrogen-Bonded Miscible Lai, S.-M. Relationships of Mechanically Blend of Poly(3-hydroxybutyrate) —; Huang, C.-K.; Shen, H.-F.: and Thermally Enhanced and Enzymatically Polymerized Preparation and Properties of Smectite/Epoxy Nanocomposites, Polyphenol, 2439 Biodegradable Poly(butylene 2499 Li, L. See Chen, T., 1750 succinate) /Starch Blends, 257 Krausz, P. See Joly, N., 1266 Li, Q.-Y. See Zheng, Y.-Y., 2392 Krishnan, R. —; Wang, C.-K.; Shen, H.-F.: Li, S. Properties and Preparation of —, Srinivasan, K. S. V.: Synthesis and —; Lamminmiki, J.; Hanhi, K.: Effect Thermoplastic Characterization of Amphiphilic of Ground Rubber Powder and Polyurethane/Silica Hybrid Block Copolymers of Methyl Devulcanizates on the Properties Using Sol-Gel Process, 1316 Methacrylate with Poly(ethylene of Natural Rubber Compounds, oxide) Macroinitiators Formed by Lamminmiki, J. See Li, S., 208 208 Atom Transfer Radical Larson, R. S. Li, X. See Chen, J., 1586; Zhang, J., Polymerization, 989 —; Model for Reaction-Assisted 1681; Zhao, Z., 466 Krl, P. Polymer Dissolution in LIGA, 25 Li, Y. See Qin, J.-J., 227 —; Wojturska, J.; Statyukha, G. A.; Lash, R. P. See Orme, C. J., 939 Liang, B. R. See Zhang, G. Q., 1931 Skladannyy, D. M.: Application Latha, C. S. Liang, G.-Z. See Ma, X.-Y., 1915 of a Method for the Mathematical —,; Shanthanalakshmi, D.; Mohan, D.; Liang, H. See Ding, J., 1776 Experimental Statistical Modeling Balu, K.; Kumarasamy, M. D. K.: —; Asif, A.; Shi, W.: Approach to Analyze Physical- Polyurethane and Carboxylated Photopolymerization and Chemical Properties of Polysulfone Blend Ultrafiltration Thermal Behavior of Phosphate Interpenetrating Polymer Membranes. I. Preparation and Diacrylate and Triacrylate Used Network of Polyurethane and Characterization, 1307 as Reactive-Type Flame- Unsaturated Polyester, 1855 Lazos, D. See Yang, H., 158 Retardant Monomers in Kubota, H. See Irwan, G. S., 2469 Lee, J.-S. Ultraviolet-Curable Resins, 185 Kulkarni, P. V. See Mallikarjuna, —; Thermal Decomposition of Liang, J. N. N., 1868 Fluoropolymers and Firing —; Wu, R.; Huang, T. S.; Worley, Kumar, G. S. V. Characteristics of Priming S. D.: Polymerization of a —; Kumar, K. S.: Immobilization of Compositions with Hydantoinylsiloxane on Particles Catalase on a Novel Polymer Fluoropolymers, 2054 of Silicon Dioxide To Produce a Support, Crosslinked Polystyrene Lee, K. J. See Hong, C. H., 2311, 2375 Biocidal Sand, 1161 Ethylene Glycol Acrylate Resin: Lee, S. See Kwag, G., 1279 Liao, H.-T. Role of the Macromolecular Lee, S.-H. See Ohkita, T., 1107 —; Wu, C.-S.: Synthesis and Matrix on Enzyme Activity, 8 Lee, S. J. See Hong, J. S., 1702 Characterization of Polyethylene- Kumar, K. S. See Kumar, G. S. V., 8 Lee, S. O. See Lim, H. K., 1170 Octene : AUTHOR INDEX Elastome/rB i/odCeglraadaybl e Liu, J.-H. Luca, C. Starch Nanocomposites, 397 —; Wu, F.-T.: Synthesis of —; Marutda, C.; Bunia, I.; Urmenyi, Liebner, C. F. E. See Barone, J. R., Photoisomeric Azobenzene A. M.,; Sandu, M.; Ra[cedilta, D.: 1644 Monomers and Model Acrylic Weak-Base Anion Lim, H. K. Compound Effect on Electric— Exchangers and Their Behaviors —; Lee, S. O.; Song, K. J.; Kim, S. G.; Optical Properties in PDLC in the Retention Process of Some Kim, K. H.: Synthesis and Films, 721 Heavy-Metal Cations, 930 Properties of Soluble Polypyrrole Liu, M.-J. See Qu, L-J., 2279 Luo, N. Doped with Liu, P. —,; Janorkar, A. V.; Hirt, D. E.; Dodecylbenzenesulfonate and —; He, L.; Ding, H.; Liu, J.; Yi, X.: Husson, S. M.; Schwark, D. W.: Combined with Polymeric Morphology of Epoxy Resin Coefficient of Friction Reduction Additive Poly(ethylene glycol), Modified with Silyl-Crosslinked of Ethylene-co-Acrylic Acid Film: 1170 Urethane Elastomer, 611 Effects of Grafted 12- Lim, K. L. K. Liu, Q. See Yan, Z., 44 Aminododecanamide and —; Ishak, Z. A. M.; Ishiaku, U. S.; Liu, Q.-H. See Zhang, Y.-H., 1652 Solvent Exposure, 2242 Fuad, A. M. Y.; Yusof, A. H.; Liu, W. See Qi, C., 38 Czigany, T.; Pukanszky, B.; Liu, W.-F. Ogunniyi, D. S.: High-Density —; Guo, Z.-X.; Yu, J.: Preparation of Ma, J. H. See Zhang, G. Q., 1931 Polyethylene /Ultrahigh- Crosslinked Composite Ma, J.-T. Molecular-Weight Polyethylene Nanoparticles, 1538 —; Huang, R.-H.; Zhao, L.; Zhang, Blend. I. The Processing, Liu, X. X.: Solution Properties of Ionic Thermal, and Mechanical —; Yu, W.: Evaluation of the Tensile Hydrophobically Associating Properties and Thermal Stability Polyacrylamide with an Arylalkyl Properties, 413 of Ultrahigh-Molecular-Weight Group, 316 Lin, B. See Breuer, O., 136 Polyethylene Fibers, 310 Ma, R. See Gao, G., 878 Lin, C.-H. Liu, Y. See Yang, D., 2330 Ma, X.-Y. —,; Lin, J.-C.; Chen, C.-Y.; Cheng, C.-Y.; Lin, X.-Z.; Wu, J.-J.: —; Bo, S.; Zhu, Y.; Zhang, W.: —,; Liang, G.-Z.; Liu, H.-L.; Fei, J.-Y.; Feasibility Evaluation of Chitosan Studies on the Intermolecular Huang, Y.: Novel Intercalated Structural Heterogeneity of a Nanocomposites of Coatings on Polyethylene Tubing Propylene-Ethylene Random Polypropylene /Organic- for Biliary Stent Applications, 893 Copolymer Using Preparative Rectorite /Polyethylene-octene Lin, C.-Y. See Hsu, S. L.-C., 2350 Temperature Rising Elution Elastomer: Rheology, Lin, J.-C. See Lin, C.-H., 893 Fractionation, 232 Crystallization Kinetics, and Lin, J. M. See Yao, W.-H., 595 —; Yang, L.; Li, J.; Shi, Z.: Grafting of Thermal Properties, 1915 Lin, M. See Huang, J., 652 Methyl! Methacrylate onto Ma, Z. See Wang, W., 1632 Lin, Q. See Huang, J., 652 Sodium Alginate Initiated by Maeda, S. See Nonaka, T., 2097 Lin, S. See Cao, Y., 1659 Potassium Maier, C. See Liska, R., 2286 Lin, X.-F. See Zheng, S.-Y., 2186 Ditelluratoargentate(III), 1688 Maillard, B. See Anbarasan, R., 761; Lin, X.-Z. See Lin, C.-H., 893 Loos, J. Anbarasan, R., 766 Liska, R. —; Yang, X.; Koetse, M. M.; Mainwaring, D. E. See —, Schwager, F.; Maier, C.; Cano- Sweelssen, J.; Schoo, H. F. M.; Sarathchandra, W. D., 1254 Vives, R.; Stampfl, J.: Water- Veenstra, S. C.; Grogger, W.; Maldar, N. N. See Pal, R. R., 1377 Soluble Photopolymers for Rapid Kothleitner, G.; Hofer, F.: Malhotra, S. K. See Idicula, M., 2168 Prototyping of Cellular Materials, Morphology Determination of Malkaj, P. See Sakkopoulos, S., 117 2286 Functional Poly|2-methoxy-5-(3,7- Mallikarjuna, N. N. See Narayan, R., Liu, C. dimethyloctyloxy)-1,4- 518; Narayan, R., 1069 —,; Oshima, K.; Shimomura, M.; phenylenevinylene ]/Poly[oxa-1,4- —; Manohar, S. K.; Kulkarni, P. V.; Miyauchi, S.: All Polymer PTC phenylene-1,2-(1-cyanovinylene)- Venkataraman, A.; Aminabhavi, Devices: Temperature- 2-methoxy,5-(3,7- T. M.: Novel High Dielectric Conductivity Characteristics of dimethyloctyloxy)-1,4-phenylene- Constant Nanocomposites of Polyisothianaphthene and Poly(3- 1,2-(2-cyanovinylene)-1,4- Polyaniline Dispersed with y- hexylthiophene) Blends, 1848 phenylene] Blends as Used for Fe,O, Nanoparticles, 1868 Liu, F. See Gao, G., 878 All-Polymer Solar Cells, 1001 Malucelli, G. See Sangermano, M., Liu, G. See Qu, X., 348 Lopez-Anido, R. See Herzog, B., 2221 293 Liu, H. Lu, D.-S. See Zheng, S.-Y., 2186 Manas-Zloczower, I. See Warley, —; Wilén, C.-E.: Preparation and Lu, J. See Guo, X., 2067 R. L., 1504 Glass Transition Temperature of —; Wu, J.; Wang, L.; Yao, S.: The Mani, G. Hyperbranched Poly| Allyl Synthesis of Copolymer-Cu —; Fan, Q.; Ugbolue, S. C.; Yang, Y.: Methyl Maleate-co-N-Propyl Coordinates and Its Catalysis to Morphological Studies of Maleimide], 1941 Methyl Methacrylate, 2072 Polypropylene—Nanoclay Liu, H.-L. See Ma, X.-Y., 1915 Lu, S. See Xiong, C., 850 Composites, 218 Liu, J. See Liu, P., 611 Lubeck, C. R. See Smith, B. F., 1590 Manikovam, D. See aéimkovic, I., 1948 AUTHOR INDEX Manohar, S. K. See Mallikarjuna, Melting Temperature, Glass- Flight Mass Spectrometry: N. N., 1868 Transition Temperature, and Methods for Comparison, 627 Manoj, N. R. Strength, 1467 Mubarak, M. S. See Alakhras, F. A., —; Sivaraman, P.; Praveen, S.; Raut, Mattoso, L. H. C. See Camillo, E. C., 691 R. D.; Chandrasekhar, L.; 1498 Mule, S. A. Chakraborty, B. C.: Miscibility Mauler, R. S. See Barbosa, R. V., 1371 —; Ghadage, R. S.; Jacob, N. E.; and Fracture Toughness of McDaniel, R. L. See Royappa, A. T., Rajan, C. R.; Ponrathnam, S.: Thermoplastic 1462 Thermal Degradation Kinetics of Polyure/tP holay(nvieny l McHugh, M. A. See Shen, Z., 1736 Polyesters Containing Mesogenic chloride)/Nitrile Rubber Ternary McKenna, T. F. See Ouzineb, K., 745 Aromatic Diols, 784 Blends with Special Reference to Mehta, S. See Prattipati, V., 1361 Miiller, A. J. See Esteves, L. M., 659 the Blend Composition, 1763 Mélé, P. See Dubouloz-Monnet, F., Musa, L. See Rozman, H. D., 1237 Manolache, S. See Dong, B., 485 1038 Mansanares, A. M. See Poley, L. H., Meng, L.-J. 1491 —-; Wu, H.-C.; Gao, C.; Yi, W.-H.: Nad, S. See Goswami, S., 2407 Marcovich, N. E. See Batalla, L., 916 Synthesis and Characterization of Nagaoka, S. Marks, D. See Vouyiouka, S. N., 671 a Kind of Poly(3-butylthiophene —; Tobata, H.; Takiguchi, Y.; Satoh, Marquez, L. See Esteves, L. M., 659 methine) with Azo Side Groups, T.; Sakurai, T.; Takafuji, M.; Martel, B. 1261 Ihara, H.: Characterization of —; Ruffin, D.; Weltrowski, M.; Meng, Y. See Zhong, S., 2112 Cellulose Microbeads Prepared Lekchiri, Y.; Morcellet, M.: Messori, M. See Bondioli, F., 2382 by a Viscose-Phase-Separation Water-Soluble Polymers and Gels Mi, Z.-T. See Sun, B., 2215 Method and Their Chemical from the Polycondensation Mlindot|sirl1, Z. See Tasdelen, B., Modification with Acid between Cyclodextrins and 1115 Anhydride, 149 Poly(carboxylic acid)s: A Study Miyauchi, S. See Liu, C., 1848 Nakashima, S. See Nonaka, T., 2097 of the Preparation Parameters, Mizoguchi, M. See Tetsuya, T., 753 Nakayama, Y. See Sato, Y., 1008 433 Mohamed, A. See Gordon, S. H., 813 Martin, D. See Finnigan, B., 300 Mohan, D. See Latha, C. S., 1307; Nam, B. U. See Hong, C. H., 2311; Hong, C. H., 2375 Martinez, A. B. Sajitha, C. J., 976 Nam, G. J. See Hong, C. H., 2375 —; Sanchez-Soto, M.; Velasco, J. L; Mohanty, H. Narayan, R. Maspoch, M. LI.; Santana, O. O.; —; Singh, B. C.: Graft —; Chattopadhyay, D. K.; Sreedhar, Gordillo, A.: Impact Copolymerization of Methyl B.; Raju, K. V. S. N.; Characterization of a Carbon Methacrylate onto Biomedical Fiber-Epoxy Laminate Using a Polyvinyl Chloride Initiated by Mallikarjuna, N. N.; Aminabhavi, T. M.: Degradation Profiles of Nonconservative Model, 2256 Ce(IV)-Glucose Redox System, Polyester-Urethane (HP-MDI) Martins, A. F. 2105 and Polyester-Melamine (HP- —; Visconte, L. L. Y.; Nunes, Molina, R. See Jocic, D., 2204 HMMM) Coatings: A Thermal R. C. R.: Viscoelastic Morcellet, M. See Carbonnier, B., Study, 518 Characterization of Uncured NR/ 2364; Martel, B., 433 —,; Chattopadhyay, D. K.; Sreedhar, Cel Il Compositions, 2125 Morgan, M. S. See Georgoulis, L. B., Martvonova, D. See aimkovic, I., 1948 775 B.; Raju, K. V. S. N.; Maruta, C. See Luca, C., 930 Morita, Y. Mallikarjuna, N. N.; Aminabhavi, T. M.: Degradation Profiles of Mas, A. See Kaba, M., 2088 —; Cationic Polymerization of Maspoch, M. LI. See Martinez, A. B., Hydrogenated Bisphenol-A Polyester-Urethane 2256 Glycidyl Ether with (Hydroxylated Masuoka, H. See Wibawa, G., 1145 Cycloaliphatic Epoxy Resin and Polyester / Diphenylmethane Diisocyanate) and Mathai, A. E. Its Thermal Discoloration, 1395 —; Thomas, S.: Morphology, —; Curing of Epoxy Siloxane Polyester-Melamine Mechanical and Viscoelastic Monomer with Anhydride, 946 (Hydroxylated Polyester/ Properties of Nitrile Mosiewicki, M. Hexamethoxymethyl- Rubber /Epoxidized Natural —,; Aranguren, M. I.; Borrajo, J.: melamine) Coatings: An Rubber Blends, 1561 Mechanical Properties of Linseed Accelerated Weathering Study, Mathew, A. P. Oil Monoglyceride 1069 —; Oksman, K.; Sain, M.: Mechanical Maleate/Styrene Copolymers, Narkis, M. See Aleperstein, D., 2060 Properties of Biodegradable 825 Navarro, A. See Jocic, D., 2204 Composites from Poly Lactic Mourey, T. H. Nazabal, J. See Retolaza, A., 564 Acid (PLA) and Microcrystalline —; Hoteling, A. J.; Balke, S. T.; Neto, R. B. See Barbosa, R. V., 1371 Cellulose (MCC), 2014 Owens, K. G.: Molar Mass Nguyen, V. N. See Perrin, F. X., 92 Matsushita, Y. Distributions of Polymers from Nho, Y. C. See Kim, S., 103 —; New Theory on the Physical Size Exclusion Chromatography Nie, J. See Qi, R., 201 Properties of Polymers from and Matrix-Assisted Laser Ninan, K. N. See Saxena, A., 1987 Cured Resins to Linear Polymers: Desorption/Ionization Time-of- Ning, C.-H. See Xu, D.-M., 60 AUTHOR INDEX Nishimura, Y. Impregnation of Anthraquinone Acid onto Fluorinated Ethylene —; Takasu, A.; Inai, Y.; Hirabayashi, Attached to Polyoxyethylene Propylene Copolymer by a T.: Melt Spinning of Poly(L-lactic Glycol, 545 Preirradiation Technique. IV. acid) and Its Biodegradability, Omrani, A. See Ghaemy, M., 265 Dynamic Mechanical Analysis, 2118 Oouchi, Y. See Tsuchiya, M., 1209 X-Ray Diffraction, and Scanning Nitta, K. See Taki, K., 1899 Orme, C. J. Electron Microscopy Studies of Niu, M. See Chen, J., 1586 —,; Klaehn, J. R.; Harrup, M. K.; Grafted and Sulfonated Niu, Y.-M. See Zhang, Y.-H., 1652 Lash, R. P.; Stewart, F. F.: Membranes, 1426 No, B. Y. Characterization of 2-(2- —; Patri, M.; Chandrasekhar, L.; Deb, —; Kim, M. G.: Curing of Low Level Methoxyethoxy )ethanol- P. C.: Proton-Exchange Melamine-Modified Urea- Substituted Phosphazene Membranes via the Grafting of Formaldehyde Particleboard Polymers Using Pervaporaton, Styrene and Acrylic Acid onto Binder Resins Studied with Solubility Parameters, and Fluorinated Ethylene Propylene Dynamic Mechanical Analysis Sorption Studies, 939 Copolymer by a Preirradiation (DMA), 377 Oshima, K. See Liu, C., 1848 Technique. III. Thermal and Nonaka, T. Ou, Q. See Zhong, S., 2112 Mechanical Properties of the —; Maeda, S.; Ogata, T.; Nakashima, Ouyang, J. See Sun, B., 2215 Membranes and Their Sulfonated S.; Kawasaki, T.; Kurihara, S.: Ouzineb, K. Derivatives, 1418 Synthesis of —; Graillat, C.; McKenna, T. F.: Picchioni, F. Chloromethylstyrene- High-Solid-Content Emulsions. V. —; Goossens, J. G. P.; van Duin, M.: tetraethyleneglycol Applications of Miniemulsions to Solid-State Modification of Dimethacrylate Copolymer Beads High Solids and Viscosity Isotactic Polypropylene (iPP) via Having Various Phenolic Controi, 745 Grafting of Styrene. II. Derivatives Immobilized via Owens, K. G. See Mourey, T. H., 627 Morphology and Melt Amide Bond and Their Ozturk, T. See Eroglu, M. S., 2132 Processing, 575 Antioxidation Activity, 2097 Pientka, Z. See Elyashevich, G. K., 1410 Noorpanah, P. See Sharifnejad, F., Paczkowski, J. See [/OE]cigalski, F., Pillai, P. V. See Sasidharan, K. K., 1804 1284 358 Ping, Q. See Zhang, C., 2161 Nunes, R. C. R. See Martins, A. F., Pal, R. R. Piorkowska, E. 2125 —,; Patil, P. S.; Dere, R. T.; Salunkhe, —; Billon, N.; Haudin, J. M.; Nuifiez, A. J. See Batalla, L., 916 M. M.; Maldar, N. N.; Gadzinowska, K.: Spherulitic Wadgaonkar, P. P.: Aromatic Structure Development during Obokata, T. Polyimides from m-Phenylene Crystallization in Confined Space —; Yanagisawa, M.,; Isogai, A.: Diamines Containing Pendant II. Effect of Spherulite Nucleation Characterization of Groups: Synthesis and at Borders, 2319 Polyamideamine-Epichlorohydrin Characterization, 1377 Poelt, P. See Ernst, E., 797 (PAE) Resin: Roles of Palaty, S. See Sasidharan, K. K., 1804 Poley, L. H. Azetidinium Groups and Paleos, C. M. See Arkas, M., 2299 —,; Siqueira, A. P. L.; da Silva, M. G.; Molecular Mass of PAE in Wet Pandermarakis, Z. G. Sanchez, R.; Prioli, R.; Strength Development of Paper —; Spathis, G.: Plastic Behavior of Mansanares, A. M.; Vargas, H.: Prepared with PAE, 2249 Glassy Polymers: Experimental Photothermal Methods and Odoni, L. See Hakme, C., 1522 and Theoretical Description Atomic Force Microscopy Images Ogata, T. See Nonaka, T., 2097 Based on Three Different Applied to the Study of Poly(3- Ogunniyi, D. S. See Lim, K. L. K., Approximations, 2032 Hydroxybutyrate) and Poly(3- 413 Papaspyrides, C. D. See Vouyiouka, Hydroxybutyrate-co-3- Oh, K. W. See Hong, K. H., 1326 S. N., 671 Hydroxyvalerate) Dense Ohkita, T. Park, T. S. See Kim, S. S., 2340 Membranes, 1491 —; Lee, S.-H.: Crystallization Patil, P. S. See Pal, R. R., 1377 Polotskaya, G. A. See Elyashevich, Behavior of Poly(butylene Patri, M. See Phadnis, S., 1418; G. K., 1410 succinate) /Corn Starch Phadnis, S., 1426 Ponrathnam, S. See Mule, S. A., 784 Biodegradable Composite, 1107 Penczek, P. See Wardziriska, E., 822 Posadas, P. See Ibarra, L., 1825 Ohshima, M. See Taki, K., 1899 Perrin, F. X. Prasassarakich, P. See Tangthongkul, Okamoto, S. See Takashima, H., 1771 —; Nguyen, V. N.; Vernet, J. L.: R., 2399 Oksman, K. See Mathew, A. P., 2014 Water Absorption Characteristics Prattipati, V. Okubayashi, S. of Hybrid Materials Incorporating —; Hu, Y. S.; Bandi, S.; Schiraldi, —; Griesser, U. J.; Bechtold, T.: Tetrabutyl Titanate with Acrylic D. A.; Hiltner, A.; Baer, E.; Moisture Sorption/Desorption Polymer Via Sol-Gel Process, 92 Mehta, S.: Effect of Behavior of Various Manmade Phadnis, S. Compatibilization on the Cellulosic Fibers, 1621 —; Patri, M.; Chakraborty, B. C.; Oxygen-Barrier Properties of —; Itoh, Y.; Shosenji, H.: Singh, P. K.; Deb, P. C.: Proton- Poly(ethylene terephthalate) / Improvement of Wettability of Exchange Membranes via the Poly(m-xylylene adipamide) Hydrophobic Films by Grafting of Styrene and Acrylic Blends, 1361

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