Journal of Applied Polymer Science 2004: Vol 93 Index

2004·6.1 MB·English

Journal of Applied Polymer Science
Author Index to Volume 93
Abbasian, A. (2.0%) on the Mechanical Astruc, A. See Hine, P. J., 796
—; Ghaffarian, S. R.; Mohammadi, N.; Properties of Flyash-Filled Atar, M. See Keskin, H., 498
Fallahi, D.: Sensitivity of Surface Polybutadiene Rubber, 1293 Averous, L. See Le Digabel, F., 428
Free Energy Analysis Methods to Almeras, X. Aydin, A. See Sahin, Y., 526
the Contact Angle Changes —; Renaut, N.; Jama, C.; Le Bras, M.;
Attributed to the Thickness Effect Toth, A.; Bourbigot, S.; Marosi, Babot, O. See Anbarasan, R., 75
in Thin Films, 1972 Gy.; Poutch, F.: Structure and Badiger, M. V. See Gholap, S. G.,
Abdel-Bary, E. M. See Yehia, A. A., Morphology of an Intumescent 1454
30 Polypropylene Blend, 402 Bailly, C. See Boborodea, A. G., 771
Abdel-Goad See A.Halim, M., 37 Al-Roomi, Y. See Al-Adwani, H., Bajpai, A. K.
Abdollahi, M. See Mahdavian, A.-R., 1118 —,; Mishra, A.: lonizable
2007 Al-Sigeny, S. See El-Hamshary, H., Interpenetrating Polymer
Abidi, N. 630 Networks of Carboxymethy]
—; Hequet, E.: Cotton Fabric Graft Aly, A. A. See Khalil, M. I., 227 Cellulose and Polyacrylic Acid:
Copolymerization Using Amara, M. See Arous, O., 1401 Evaluation of Water Uptake, 2054
Microwave Plasma. I. Universal Ambrogi, V. See Carfagna, C., 2031 Balogh, M. P. See Eckel, D. F., 1110
Attenuated Total Reflectance Aminabhavi, T. M. See Colbeaux, A., Balta Calleja, F. J. See Cagiao, M. E.,
FTIR Study, 145 2245 301
Abraham, G. A. See de Queiroz, Aminabhavi, T. M. See Margoudar, Banerjee, A. N. See Devi, R. R., 1938
A. A. A., 1337 F197 Banerjee, S.
Aburatani, A. See Sasazawa, K., 521 Anbarasan, R. —; Madhra, M. K.; Kute, V.:
Aguiar, M. R. M. P.V, 972 —; Babot, O.; Maillard, B.: Polyimides 6: Synthesis,
Ahmad, S. See Ashraf, S. M., 82 Crosslinking of High-Density Characterization, and
Ahmed, I. K. Polyethylene in the Presence of Comparison of Properties of
—,; Synthesis of Some New Polmers Organic Peroxides, 75 Novel Fluorinated Poly(Ether
by the Polycondensation of 1,1- Anjum, N. See Jain, R., 1224 Imides), 821
Bis(4-chloropheny]l)-2,2,2- Aratijo, P. H. H. See Reis, M. M., Banerjee, S. See Madhra, M. K., 235
tricloroaethan with Bisphenols 1136 Barsanescu, A.
and Phase Transfer Catalysts, 651 Arayapranee, W. —; Buhaceanu, R.; Dulman, V.; Bunia,
Ahn, C. J. See Choi, I. J., 1211 —,; Prasassarakich, P.; Rempel, G. L.: I.; Neagu, V.: Adsorption of
Ait-Kadi, A. See Cai, H., 1623 Blends of Poly(Vinyl Chloride) Zn(IL) by Crosslinked Acrylic
Al-arifi, A. S. N. (PVC)/Natural Rubber-g- Copolymers with Amine
—; Propylene polymerization Using (Styrene-co-Methyl Methacrylate) Funtional Groups, 803
MgCl, /Ethylbenzoate/TiCl, for Improved Impact Resistance Basu, D. K. See Das, A., 196
Catalyst: Determination of of PVC, 1666 Bayer, R. K. See Cagiao, M. E., 301
Titanium Oxidation States, 56 —; Rempel, G. L.: Factorial Belfiore, L. A. See Das, P. K., 1329
Al-Aswani, H. Experimental Design for Grafting Bernreitner, K. See Grein, C., 1854
—; Bishawa, A. E.; Al-Roomi, Y.; of Vinyl Monomers onto Natural Berzin, F. See Tara, A., 201
Mathew, J.; Shaban, H. L: Rubber Latex, 455 Betchev, C. See Bikiaris, D., 726
Application of Different Kinetic Arous, O. Bhatia, S. R. See Crichton, M. A., 490
Models to Analyze the Reaction —; Amara, M.; Kerdjoudj, H..: Bhattacharya, A.
Rates of Liquid Crystalline Synthesis and Characterization of —; Ray, P.: Studies on Suface Tension
Homopolyesters, 1118 Cellulose Tracetate and of Poly(Vinyl Alcohol): Effect of
Alcaina-Miranda, M. I. See Vilaplana, Poly(ethylene imine) Membranes Concentration, Temperature, and
F., 1384 Containing a Polyether Addition of Chaotropic Agents,
Alirol, J.-F. See Shemper, B. S., 1252 Macrobicylic: Their Application 122
Alkadasi, N. A. N. to the Separation of Copper(II) Bhuvana, S. See Hariharan, R., 1846
—; Kapadi, U. R.; Hundiwale, D. G.: and Silver(I) lons, 1401 Bi, D. See Dong, Y., 1553
Effect of Titanate Coupling Agent Ashraf, S. M. Bignotti, F.
on the Mechanical Properties of —; Ahmad, S.; Riaz, U.: —-; Sartore, L.; Penco, M.; Ramorino,
Clay-Filled Polybutadiene Pseudothermoset Blends of Poly G.; Peroni, L.: Effect of
Rubber, 1299 (methyl methacrylate) and Montmorillonite on the
—; Sarwade, B. D.; Hundiwale, D. G.; Polypyrrole Morphological, Properties of Thermosensitive
Kapadi, U. R.: Studies on the Thermal, and Conductivity Poly(N-Isopropylacrylamide)
Effect of Titanate Coupling Agent Studies, 82 Composite Hydrogels, 1964
Journal of Applied Polymer Science, Vol. 93, 2937-2951 (2004) 2937
AUTHOR INDEX
Bijanzadeh, H. R. See Mahdavian, and Small-Angle X-ray Scattering Regenerable Superfast Sorbent
A.-R., 2007 Study, 301 for Water Desalination, 883
Bikiaris, D. Cai, H. Chang, C.-L. See Lin, D.-J., 2266
—-; Prinos, J.; Botev, M.; Betchev, C.; —-; Ait-Kadi, A.; Brisson, J.: Chang, H.-M. See Lemeune, S., 1219
Panayiotou, C.: Blends of Rheological Quantification of Chang, J.-S. See Huang, Y.-B., 1886
Polymers with Similar Glass Molecular Parameters: Chang, Y. See Xu, Q., 742
Transition Temperatures: A Application to a Hydrogen Bond Chaudhary, D. S.
DMTA and DSC Study, 726 Forming Blend, 1623 —-; Jollands, M. C.: Characterization
Bishawa, A. E. See Al-Adwani, H., Cakmak, G. of Rice Hull Ash, 1
1118 —; Kiiciikyavuz, Z.; Kiiciikyavuz, S.: Chen, B. See Liang, H., 681
Bledzki, A. K. Flexible and Conducting Chen, C. S. See Lin, C. B., 2254
—,; Fink, H.-P.; Specht, K..: Composites of Polypyrrole and Chen, D.-J. See Zhang, Q.-H., 669
Unidirectional Hemp and Flax Polydimethylsiloxane, 736 Chen, G. See Zhu, X., 1539
EP- and PP-Composites: Chen, G. X.
Calleja, F. J. B.
Influence of Defined Fiber —; Hao, G. J.; Guo, T. Y.; Song, M. D.;
—; Flores, A.; Michler, G. H.:
Treatments, 2150 Microindentation Studies ath the Zhang, B. H.: Crystallization
Blin, C. Near Surface of Glassy Polymers: Kinetics of Poly(3-
—; Sun, W.,; Jiang, L.; Wang, L.; Shen, Hydroxybutyrate-co-
Influence of Molecular Weight,
Z.: Bithiazole-Containing 1951 3-Hydroxyvalerate)/Clay
Polymeric Complex and PVA Calvert, P. D. See Liu, Z. S., 356 Nanocomposites, 655
Composite Film: Preparation and Chen, P.
Cao, G.-P.
Magnetic Properties, 1264 —; Zhang, W.; Luo, W.; Fang, Y.:
—; Zhu, Z.-N.; Zhang, M.-H.; Yuan,
Boborodea, A. G. W.-K.: Kinetics of Butylacrylate Synthesis of Superabsorbent
—; Clemens, M.; Daoust, D.; Bailly, Polymers by Irradiation and
Polymerization in a Starved Feed
C.: Gel Permeation Their Applications in
Reactor, 1519
Chromatography Calibration Agriculture, 1748
Based on Fractal Geometry, 771 Cao, X. See Huang, J., 624 Chen, R.
Cao, Y. See Pan, G., 577
Bokobza, L. Cardenas, G. —; Jakes, K. A.; Foreman, D. W.:
—; Elastomeric Composites. I. Silicone Peak-Fitting Analysis of Cotton
—; Cabrera, G.; Taboada, E.; Miranda,
Composites, 2095 Fiber Powder X-ray Diffraction
S. P.: Chitin Characterization by
Bongiovanni, R. See Sangermano, M., SEM, FTIR, XRD, and '*C Cross Spectra, 2019
584 Chen, S. See Hua, Z., 1788
Polarization/Mass Angle
Boquillon, N. See Le Digabel, F., 428 Chen, Y.
Spinning NMR, 1876
Borda, G. See Reyes, P., 1602 —-; Liu, P.: Surface Modification of
Botev, C. See Bikiaris, D., 726 Carfagna, C. Polyethylene by Plasma
—; Ambrogi, V.; Cicala, G.; Pollicino,
Boubigot, S. See Almeras, X., 402 Pretreament and UV-induced
A.; Recca, A.; Costa, G.: Reactive
Brauer, M. See Nagel, J., 1186 Graft Polymerization for
Microspheres as Active Fillers for
Bretagne, N. See Mamy P. R., 2313 Improvement of
Brisson, J. See Cai, H., 1623 Epoxy Resins, 2031 Antithrombogenicity, 2014
Bucio, E. Carrasco, F. Chen, Y.-T. See Liau, L. C.-K. L., 2142
—; Pages, P.: Kinetics of the Thermal
—; Burillo, G.; del Pilar Carre6on- Chen, Z.-H. See Lin, C. B., 2254
Castro, M.; Ogawa, T.: Decomposition of Green Alga Cheng, L.-P. See Lin, D.-J., 2266
Functionalization of Ulva by Thermogravimetry, 1913 Cheng, Z. See Zhu, X., 1539
Polypropylene Film by Radiation Casanovas, A. See Dolz, M., 481 Cheong, S. I.
Grafting of Acryloyl Chloride Cassu, S. N. —; Penlidis, A.: Modeling of the
and Subsequent Esterification —; Felisberti, M. I.: Polystyrene and Copolymerization, with
with Disperse Red 1, 172 Polyester Polyurethane Elastomer Depropagation, of a-Methyl
Buhaceanu, R. See Barsanescu, A., Blends Compatibilized by SMA, Styrene and Methyl Methacrylate
803 2297 at an Elevated Temperature, 261
Bunia, I. See Barsanescu, A., 803 Chakraborty, S. Cheung, H. M. See Wang, R., 545
Burczyk, A. See Van Dyke, J. D. —,; Sahoo, N. G.; Jana, G. K.; Das, Cheung, W. L. See Lin, X. D., 1989
(Jack), 1423 C. K.: Self-Reinforcing Elastomer
Chiang, S. See Devlin, C. L. H., 1192
Burillo, G. See Bucio, E., 172 Composites Based on Ethylene- Chiu, S.-S. See Lin, Y.-S., 2045
Propylene—Diene Monomer Cho, J.-D.
Cabeza, C. See Dolz, M., 481 Rubber and Liquid-Crystalline —; Hong, J.-W.: UV-Initiated Free
Cabrera, G. See Cardenas, G., 1876 Polymer, 711 Radical and Cationic
Cagiao, M. E. Chan, F.-B. See Wang, Y., 100 Photopolymerizations of
—; Rueda, D. R.; Bayer, R. K.; Balta Chanda, M. Acrylate/Epoxide and Acrylate/
Calleja, F. J.: Structural Changes —; Sarkar, A.; Modak, J. M.: Vinyl Ether Hybrid Systems with
of Injection Molded Starch Ethoxylated Polyethylenimine and Without Photosensitizer,
During Heat Treatment in Water Gel-Coated on Textile-Grade 1473
Atmosphere: Simultaneous Wide Acrylic Fiber. A Thermally Choe, S. See Kim, K.-J., 2105
AUTHOR INDEX
Choi, D.-i. Even Nylons Based on Devi, R. R.
—,; Yeom, E. H.; Park, M.; Kim, J. K.; Eicosanedioic Acid, 2066 —; Maji, T. K.; Banerjee, A. N.:
Kim, B. C.: Preparation and Studies on Dimensional Stability
Properties of Methyl Dai, M. See Zhang, Q.-H., 669 and Thermal Properties of
Methacrylate and Fluoroacrylate Dai, S.-C. See Yu, Z.-Z., 1462 Rubber Wood Chemically
Copolymers for Plastic Optical Daoud, W. A. Modified with Styrene and
Fiber Cladding, 2082 —; Xin, J. H.: Regioregular Glycidyl Methacrylate, 1938
Choi, I. J. Poly(30Alkylthiophenes): Devipriya, S. See Joseph, M., 1816
-—; Ahn, C. J.; Yoon, T. H.: Adhesion Synthesis, Characterization, and Devllin, C. L. H.
Property of Sulfonated Application in Conductive —; Chiang, S.; Russell, T. P.: The
Poly(arylene ether sulfone)s, 1211 Fabrics, 2131 Effects of Varied Imidization
Choi, K. H. See Lee, J. S., 1638 Daoust, D. See Boborodea, A. G., 771 Conditions on Rubbed Polyimide
Choi, S.-S Dare, E. O. Film Surface Morphology, 1192
—,; Effect of Bound Rubber on —; Olatunji, G. A.; Ogunniyi, D. S.: Diaz, E.
Characteristics of Highly Filled Organic—Inorganic Hybrid —; Valenciano, R. B.; Katime, I. A.:
Styrene-Butadiene Rubber Material. I. Synthesis, Studey of Complexes of
Compounds with Different Types Characterization, and Thermal Poly(vinyl Pyrrolidone) with
of Carbon Blacke 1001 Prperty of a Novel Polyhedral Copper and Cobalt on Solid
Choi, U. S. See Ko, Y. G., 1559 Cubic Silsesquioxane, 907 State, 1512
Chun, D. H. See Lee, J. S., 1638 Das, A. Ding, M.-X. See Zhang, Q.-H., 669
Chung, W. Y. See Lee, S. M., 2114 —-; Debnath, S. C.; De, D.; Basu, D. K.: Diniz, T. M. F. F.
Cianga, I. See Muftuoglu, A. E., 387 Evaluation of Physical Properties —; Tavares, M. I. B.: Solution and
and Curing Characteristics of
Cicala, G. See Carfagna, C., 2031 Solid-State NMR Investigation of
Silica-Filled Ethylene—Propylene-
Clemens, M. See Boborodea, A. G., Poly(mehty1
Diene Terpolymer in the
771 methacry/lP oalyt(evi)ny l
Clemons, C. M. See Stark, N. M., Presence of Cloroprene Rubber, pyrrolidone) Blends, 372
1021 196 Dole, P. See Le Digabel, F., 428
Colbeaux, A. Das, C. K. See Chakraborty, S., 711 Dolz, M.
—; Fenouillot, F.; Gerard, J.-F.; Taha, Das, C. K. See Khatua, B. B., 845 —; Hernandez, M. J.; Cabeza, C.;
Das, P. K.
M.; Wautier, H.: Casanovas, A.; Delegido, J.:
Compatibiulization of a —; Belfiore, L. A.: Nonlinear Stress Analysis of Stability of Food
Polyolefin Blend Through Relaxation in Palladium(I]) Emulsions by Eyring’s Theory:
Complexes with Triblock
Covalent and Ionic Coupling of Influence od Different
Copolymers of Styrene and
Grafted Polypropylene and Biopolymers, 481
Polyethylene. II. Morphology, Butadiene, 1329 Domenech, A. See Shemper, B. S.,
2237 Day, M. See Lu, S., 1236 1252
De, D. See Das, A., 196
Collard, D. M. See Min, B., 1793 Dong, Y.
de Aguiar, A. P. See Jandrey, A. C.,
Cook, W. D. —,; Ruan, Y.; Wang, H.; Zhao, Y.; Bi,
972
—; Scott, T. F.; Quay-Thevenon, S.; D.: Studies on Glass Transition
Debnath, S. C. See Das, A., 196
Forsythe, J. S.: Dynamic Temperature of Chitosan with
Debondue, E.
Mechanical Thermal Analysis of Four Techniques, 1553
—; Fournier, J.-E.; Lacrampe, M.-F.;
Thermally Stable and Thermally Du, Q. See Shen, L., 2289
Krawczak, P.: Weld-Line
Reactive Network Polymers, 1348 Dubolazov, A. V. See Khutoryanskiy,
Sensitivity of Injected
Costa, G. See Carfagna, C., 2031 Amorphous Polymers, 644 V. V., 1946
Crichton, M. A. Delegido, J. See Dolz, M., 481 Dulman, V. See Barsanescu, A., 803
—; Bhatia, S. R.: Samll-Angle Neutron del Pilar Carre6n-Castro, M. See Dupre, J. C. See Mamy P. R., 2313
Scattering of Duxin, L.
Bucio, E., 172
Poly(styrene) /Poly(acrylic acid— —; Demin, J.; Ping, Z.:
Demin, J. See Duxin, L., 420
ethyl acrylate) Copolymers: The Compatibilization of
Denes, F. S. See Jiang, H., 1411
Effect of the Degree of Polypropylene/Nylon 6 Blends
Deng, Y. See XU, G. G., 1673
Hydrolysis of the Poly(acrylic Denizli, A. See Odabasii, M., 719 with a Polypropylene Solid-Phase
acid—ethyl acrylate) Block, 490 de Queiroz, A. A. A. Graft, 420
Cruz, G. J. —; Franga, E. J.; Abraham, G. A.; San
—; Palacios, J. C.; Olayo, M. G.; Roman, J.: Drug Complexation
Morales, J.; Olayo, R.: and Physiochemical Properties of Eckel, D. F.
Conductivity of Layer and Matrix Vinylpyrrolidone-N-N’- —; Balogh, M. P.; Fasulo, P. D.;
Polyaniline-Silver-Copper dimethylacrylamide Copolymers, Rodgers, W. R.: Assessing
Composites by Plasma, 1031 1337 Organo-Clay Dispersion in
Cui, X. Desai, S. M. See Rathore, K., 348 Polymer Nanocomposites, 1110
—,; Yan, D.: Synthesis and de Santa Maria, L. C. See Jandrey, Eguizabal, J. I. See Retolaza, A., 2193
Characterization of Novel Odd- A. C., 972 Eid, B. M. See Ibrahim, N. A., 1825
2940 AUTHOR INDEX
El-Hady, B. A. Fenouillot, F. See Colbeaux, A., 2237 Composites Containing Pine
—; Ibrahim, M. M.: Graft Fernandes, F. A. N. Flour and Bamboo Flour, 1804
Copolymerization of Acrylamide —; Lona, L. M. F.: Multizone Gedde, U. W. See Fateh-Alavi, K.,
onto Carboxymethylcellulose Circulating Reactor Modeling for 2185
with the Xanthate Method, 271 Gas-Phase Polymerization. I. Geng, W. See Li, N., 1597
El-Hamshary, H. Reactor Modeling, 1042 Gerard, J.-F. See Colbeaux, A., 2237
—; Al-Sigeny, S.: Catalytic Activities —; Lona, L. M. F.: Multizone Ghaffarian, S. R. See Abbasian, A.,
of Amino Acid Modified, Starch- Circulating Reactor Modeling for 1972
Grafted Acrylamide for the Gas-Phase Polymerization. II. Ghim, H. D.V, 1638
Decomposition of Hydrogen Reactor Operating with Gas Gholap, S. G.
Peroxide, 630 Barrier in the Downer Section, —; Badiger, M. V.: Synthesis and
El-Hossamy, M. See Ibrahim, N. A., 1053 Characterization of
1825 Fink, H.-P. See Bledzki, A. K., 2150 Polyamphoteric Hydrogel
Ellul, M. D. See Jayaraman, K., 113 Flores, A. See Calleja, F. J. B., 1951 Membrane Based on Chitosan,
El-Mohdy, H. L. A. See El-Rehim, Fonseca, C. P. 1454
H. A. A., 1360 —; Guedes, C. G. F.; Rosa, D. S.; Gierlinger, N. See Gindl, W., 1900
El-Mossalamy, E. H. Neves, S.: Influence of LiC1O, on Gindl, W.
—; Synthesis and Characterization of the Thermal, Mechanical, and
—; Hansmann, C.; Gierlinger, N.;
Aspartate Polymer Complexes, Morphological Properties of
Schwanninger, M.; Hinterstoisser,
942 P(DMS-c/o P(-EPEI-Oco-)EO )
B.; Jeronimidis, G.: Using a
El-Rehim, H. A. A. Blends, 1230 Water-Soluble Melamine-
—; Hegazy, E.-S. A.; El-Mohdy, Foreman, D. W. See Chen, R., 2019 Formaldehyde Resin to Improve
H. L. A.: Radiation Synthsis of Forsythe, J. S. See Cook, W. D., 1348 the Hardness of Norway Spruce
Hydrogels to Enhance Sandy Fotheringham, A. F. See Yang, R., 568
Wood, 1900
Soils Water Retension and Founier, J.-E. See Debondue, E., 644 Giudici, R. See Reis, M. M., 1136
Increase Plant Performance, 1360 Franca, E. J. See de Queiroz, A. A. A.,
Glasser, W. G. See Rennecker, S.,
El Sayed, A. M. 1337
1484
—; Kawasaki, H.; Maeda, H.: Gel Fuchs, A. See Peng, S., 1240
Shrinking Resulting from Uneven Gnatowski, M. See Van Dyke, J. D.
Distribution of ionic Micelles Gahleitner, M. See Grein, C., 1854 (Jack), 1423
Between the Inside and the Gakh, A. See Thorat, S. D., 534 GGnoencgc,o ,F . JS. eSee eZ hRaeoy,e s,C .,P .6,7 61 602
Outside of the Polymer Gel Gao, G. See Liu, W., 956
Gong, J. See Zhang, J., 1089
Network, 2001 Gao, J.
Erhan, S. Z. See Liu, Z. S., 356 Gong, S.-L.
—,; Shao, X.; Feng, B.; Zhao, J.; Mao,
S.: Study on Temperature- —,; Yu, Z.-J.; Meng, L.-Z.; Hu, L.; He,
Y.-B.: Dye-Molecular-Imprinted
Fallahi, D. See Abbasian, A., 1972 Resistant Properties of Polymer-
Polysiloxanes. II. Preparation,
Fan, L. See Sun, Y., 513 Matrix Solid Film Lubricants,
Fan, Z.-Q. See Xu, J.-T., 1724 2180 Characterization, and
Recognition Behavior, 637
Fang, Q. —; Wang, D.; Yu, M.; Yao, Z.:
—; Li, G.-Z.; Zeng, X.; Jiang, L.-X.: Nonisothermal Crystallization, Gonzalez, L. See Valentin, J. L., 1756
Investigation on the Properties of Melting Behavior, and Gordillo, A. See SAnchez-Soto, M.,
1271
a Three-Component Copolymer Morphology of Polypropylene/
Govindaraj, B.
Consisting of Tris(Allylphenoxy) Metallocene-Catalyzed
Triazine Monomer and a Polyethylene Blends, 1203 —-; Sastry, N. V.; Venkataraman, A.:
Thermal and Morphological
Diamine-Chain-Extension Gao, L.-X. See Zhang, Q.-H., 669
Studies on y-Fe,O, Polystyrene
Bismaleimide, 475 Gao, Z.
Composites and the Affect of
Fang, Q. See Guan, R., 1698 —; Zhao, X.: Preparation and
Fang, Y. See Chen, P., 1748 Electrorheological Characteristics Additives, 778
Fasulo, P. D. See Eckel, D. F., 1110 of Grein, C.
Fateh-Alavi, K. B-Cyclodextrin-Epichlorohydrin- —,; Bernreitner, K.; Gahleitner, M.:
—; Karlsson, S.; Gedde, U. W.: A Starch Polymer Suspensions, 1681 Potential and Limits of Dynamic
Rapid Microwave-Assisted Garcia-Leiner, M. Mechanical Analysis as a Tool for
Solvent Extraction Method for —; Lesser, A. J.: CO,-Assisted Fracture Resistance Evaluation of
Assessment of Stabilizer Polymer Processing: A New Isotactic Polypropylenes and
Concentration in Crosslinked Alternative for Intractable Their Polyolefin Blends, 1854
Polydimethylsiloxane, 2185 Polymers, 1501 Grigorian, A. See Grunlan, J. C., 1102
Felisberti, M. I. See Cassu, S. N., Gawish, S. M. See Ramadan, A. M., Grundke, K. See Nagel, J., 1186
2297 1743 Grunlan, J. C.
Felzenszwalb, I. See Jandrey, A. C., Ge, X. C. —; Grigorian, A.; Hamilton, C. B.;
972 —,; Li, X. H.; Meng, Y. Z.: Tensile Mehrabi, A. R.: Effect of Clay
Feng, B. See Gao, J., 2180 Properties, Morphology, and Concentration on the Oxygen
Feng, M. See Zhao, C., 676 Thermal Behavior of PVC Permeability and Optical
AUTHOR INDEX
Properties of a Modified Hefny, Y. A. See Yehia, A. A., 30 Propranolol Extended Release
Poly(vinyl Alcohol), 1102 Hegazy, E.-S. A. See El-Rehim, Profile from HPMC Matrices
Gu, M. See Wang, J., 789 H. A. A., 1360 Tablets, 1886
Gu, Y. See Huang, Y., 1198 Hequet, E. See Abidi, N., 145 Huang, Y. See Zhou, X., 550
Gu, Y. See Zhu, X., 1539 Hernandez, M. J. See Dolz, M., 481 Hulin, V. See Shemper, B. S., 1252
Gu, Z. See Zhang, J., 1089 Hevus, O. I. See Kohut, A. M., 310 Hunag, G. Q. See Wang, M. L., 1326
Guan, R. Hibbs, M. R. See Min, B., 1793 Hundiwale, D. G. See Alkadasi,
—; Wang, B.; Lu, D.; Fang, Q.; Xiang, Hine, P. J. N. A. N., 1293
B.: Microcellular Thin PET Sheet —-; Astruc, A.; Ward, I. M.: Hot Hundiwale, D. G. See Alkadsi,
Foam Preparation by Compaction of Polyethylene N. A. N., 1299
Compression Molding, 1698 Naphthalate, 796 Hupfer, B. See Nagel, J., 1186
Guedes, C. G. F. See Fonseca, C. P., Hinterstoisser, B. See Gindl, W., 1900
1230 Hoffmann, H. See Ye, L., 1175
Iborra-Clar, A. See Vilaplana, F., 1384
Giiner, A. See Sen6z, H., 2262 Hon, M.-H. See Wang, J.-W., 809
Guo, T. Y. See Chen, G. X., 655 Hong, J.-W. See Cho, J.-D., 1473 Ibrahim, M. M. See El-Hady, B. A.,
271
Gupta, B. See Jain, R., 1224 Hong, X. See Li, E., 189
Giiven, O. See Kavakhi, P. A., 1705 Hormi, O. See Skrifvars, M., 1285 Ibrahim, N. A.
—,; El-Hossamy, M.; Morsy, M. S.;
Hu, C.-C.
Eid, B. M.: Developement of New
Ha, M. H. —; Tu, C.-Y.; Wang, Y.-C.; Li, C.-L.; Eco-Friendly Options for Cotton
—; Kim, B. K.; Kim, E. Y.: Effects of Lee, K.-R.; Lai, J.-Y.: Effects of
Wet Processing, 1825
Dispersed Phase Composition on Plasma Treatment on CO,
Thermoplastic Polyolefins, 179 Plasticization of Poly(mehtyl Ikeda, A. See Sakugawa, K., 1372
Im-Erbsin, S.
Halim, M. A. methacrylate) Gas-Separation
—,; Prasassarakich, P.; Rempel, G. L.:
—,; Abdel-Goad: Dynamic Mechanical Membranes, 395 Hydroformylation of High-
Properties of Agricultural Hu, G.-H. See Xia, H., 378 Molecular-Weight cis-1,4-
Residues-Filled Polystyrene, 37 Hu, L. See Gong, S.-L., 637 Polybutadiene Catalyzed by
Hamilton, C. B. See Grunlan, J. C., Hu, W. See Tse, M. F., 323 HRh(COQ)(PPH,)3, 854
1102 Hu, X.
Inagaki, N. See Park, Y. W., 1012
Hansmann, C. See Gindl, W., 1900 —-; Lesser, A. J.: Influence of
Inamura, I. See Sato, M., 1616
Hao, G. J. See Chen, G. X., 655 Interchain Forces and Intarakong, C. See Kovuttikulrangsie,
Hariharan, R. Supermolecular Structure on the S., 833
—; Bhuvana, S.; Malbi, M. A.; Drawing Behavior of Nylon 66 Irwan, G. S.
Sarojadevi, M.: Synthesis and Fibers in the Presence of
—; Kuroda, S.-i.; Kubota, H.; Konda,
Characterization of Polyimides Supercritical Carbon Dioxide,
T.: Effect of Mixed Solvent
Containing Pyridine Moiety, 1846 2282 Consisting of Water and Organic
Hasegawa, N. Hu, Y. See Li, Z., 314 Solvent on Photografting of
—; Okamoto, H.; Usuki, A:: Hua, Z. Glycidyl Methacrylate on
Preparation and Properties of —; Qi, G.; Chen, S.: Ring-Opening
Polyethylene Film, 994
Ethylene Propylene Rubber Copolymerization of Maleic
Isayev, A. I. See Oh, J. S., 1166
(EPR)-—Clay Nanocomposites Anhydride with Propylene Oxide
Ishisaka, A.
Based on Maleic Anyhydride- by Double-Metal Cyanide, 1788
—; Kawagoe, M.: Examination of the
Modified EPR and Organophilic Huang, J.
Time-—Water Content
Clay, 758 —; Zhang, L.; Wei, H.; Cao, X.: Soy Superposition on the Dynamic
—,; Usuki, A.: Silicate Layer Protein Isolate/Kraft Lignin Viscoelasticity of Moistened
Exfoliation in Poly/Clay Composites Compatibilized with
Polyamide 6 and ‘Epoxy, 560
Nanocomposites Based on Maleic Methylene Dipheny]
Ismail, M. N. See Yehia, A. A., 30
Anhydride Modified Polyolefins Diisocynanate, 624
Isono, Y. See Klinklai, W., 555
and Organohilic Clay, 464 Huang, J.-W.
Hashim, A. S. See Neoh, S. B., 1660 —; Kang, C.-C.: Effect of Imidization
Haukka, M. See Turunen, J. P. J., Conditions on the Morphology of Jacob, M.
1812 Polyimide, 1065 —; Thomas, S.; Varughese, K. T.:
Hayashi, K. See Matsuyama, H., 471 Huang, R. See Ye, L., 1175 Natural Rubber Composites
Haynes, S. D. Huang, Y. Reinforced with Sisal/Oil Palm
—; Mitchell, B. S.: Preparation and —; Qin, J.; Gu, Y.: Polyimide-Silica Hybrid Fibers: Tensile and Cure
Characterization of Ball-Milled Hybrid Films Made from Characteristics, 2305
Nafion® Powders fro Membrane Polyamic Acids Containing Jain, R.
Applications, 2275 Phenolic Hydroxyl Groups, 1198 —,; Gupta, B.; Anjum, N.; Revagade,
Hazer, B. See Macit, H., 219 Huang, Y.-B. N.; Singh, H.: Preparation of
He, B. See Zhang, Y., 1719 —,; Tsai, Y.-H.; Yang, W.-C.; Chang, Antimicrobial Sutures by
He, J. See Sun, X., 163 J.-S.; Wu, P.-C.: Influence of Preirradiation Grafting of
He, P. See Zhang, Y., 1719 Formulation Variables and Acrylonitrileonto Polypropylene
He, Y.-B. See Gong, S.-L., 637 Manufacturing Process on Monofiliament-II: Mechanical,
AUTHOR INDEX
Physical, and Thermal Kaluzyiiski, K. See Wodzki, R., 1436 Melamine and Ethylene
Characteristics, 1224 Kaneto, K. See Rajesh, 927 Carbonate, 294
Jakes, K. A. See Chen, R., 2019 Kang, C.-C. See Huang, J.-W., 1065 Kim, B. C. See Choi, D.-i., 2082
Jama, C. See Almeras, X., 402 Kang, J. See Kim, D. W., 1711 Kim, B. C. See Lyoo, W. S., 41
Jameel, H. See Lemeune, S., 1219 Kang, S.-Y. See Jayaraman, K., 113 Kim, B. K. See Ha, M. H., 179
Jana, G. K. See Chakraborty, S., 711 Kang, Y. See Kim, D. W., 1711 Kim, D. B.
Jandrey, A. C. Kapadi, U. R. See Alkadasi, N. A. N., —;Jo, S. M.; Lee, W. S.; Pak, J. J.:
—; de Santa Maria, L. C.; de Aguiar, 1293 Physical Agglomeration Behavior
A. P.; Aguiar, M. R. M. P.; Kapadi, U. R. See Alkadsi, N. A. N., in Preparation of Cellulose-N-
Mazzei, J. L.; Felzenszwalb, L: 1299 Methyl Morpholine N-oxide
lodine Bactericidal Action Kar, K. K. See Nigam, V., 2201 Hydrate Solutions by Simple
Adsorbed in 2-Vinylpyridine Karlsson, S. See Fateh-Alavi, K., 2185 Mixing, 1687
Copolymer Networks, 972 Karthikeyan, K. G. See Tshabalala, Kim, D.-H. See Park, J. S., 911
Jayaram, R. V. See Salgaonkar, L. P., M. A., 1577 Kim, D. S.
1981 Katime, I. A. See Diaz, E., 1512 —,; Park, H. B.; Lee, Y. M.; Park,
Jayaraman, K. Kavakhii, P. A. Y. H.: Preparation and
—; Kolli, V. G.; Kang, S.-Y.; Kumar, —; Giiven, O.: Removal of Characterization of PVDF/Silica
S.; Ellul, M. D.: Shear Flow Concentrated Heavy Metal Ions Hybrid Membranes Containing
Behavior and Oil Distribution from Aqueous Solutions Using Sulfonic Acid Groups, 209
Between Phases in Thermoplastic Polymers with Enriched Kim, D. See Yang, J.-H., 1762
Vulcanizates, 113 Amidoxime Groups, 1705 Kim, D. W.
Jeng, Y.-S. See Lin, D.-J., 2266 Kawagoe, M. See Ishisaka, A., 560 —; Kang, Y.; Jin, M. Y.; Seok, S.; Won,
Jeronimidis, G. See Gindl, W., 1900 Kawaguchi, Y. J. C.; Lee, C.; Yi, J.; Kim, J.; Kang,
Ji, B. C. See Lyoo, W. S., 41 —; Oishi, T.: Synthesis and Properties J.; Shin, J. S.: Porous Polyimide
Jia, D. See Lin, X. D., 1989 Films Prepared by Thermolysis
of Thermoplastic Expandable
Jia, Y.-G. of Porogens with Hyperbranched
Microspheres: The Relation
—; Zhang, B.-Y.; Tian, M.; Pan, W.:
Between Crosslinking Density Structure, 1711
Synthesis and Structure of Kim, E. Y. See Ha, M. H., 179
and Expandable Property, 505
Polysiloxane Liquid Crystalline Kim, H.-D. See Kwon, J.-Y., 700
Kawahara, S. See Klinklai, W., 555
Elastomers with a Mesogenic Kim, H. K. See Park, E.-S., 765
Kawasaki, H. See El Sayed, A. M.,
Crosslinking Agent, 1736
Kim, H. Y. See Lee, J. S., 1638
2001
Jiang, C. See Lei, J., 1584, 1591 Kim, J. H. See Lyoo, W. S., 41
Jiang, H. Kawase, T. See Sasazawa, K., 521
Ke, Y. See Li, Z., 314 Kim, J. K. See Choi, D.-i., 2082
—; Manolache, S.; Wong, A. C. L.; Kim, J. K. See Lee, S. M., 2114
Kerdjoudj, H. See Arous, O., 1401
Denes, F. S.: Plasma-Enhanced Kim, J. See Kim, D. W., 1711
Deposition of Silver Keskin, H. Kim, K.-J.
Nanoparticles onto Polymer and —; Atar, M.; Yavuzcan, H. G.: Impact —; White, J. L.; Shim, S. E.; Choe, S.:
of Impregnation and Bleaching
Metal Surfaces for the Generation Effects of Stearic Acid Coated
on the Surface Hardness of Oak
of Antimicrobial Characteristics, Talc, CaCO;, and Mixed Talc/
1411 (Quercus petraea L.) Wood, 498 CaCO, Particles on the
Jiang, L. See Lin, C., 1264 Khalil, M. I. Rheological Properties of
Jiang, L.-X. See Fang, Q., 475 —; Aly, A. A.: Use of Cationic Starch Polypropylene Compounds, 2105
Jin, M. Y. See Kim, D. W., 1711 Derivatives for the Removal of Kim, M.-N. See Park, E.-S., 765
Jo, S. M. See Kim, D. B., 1687 Anionic Dyes from Textile Kim, S. I. See Kim, S. J., 1097
Jollands, M. C. See Chaudhary, D. S., Effluents, 227 Kim, S. J.
l Khatua, B. B.
—; Lee, K. J.; Kim, S. L: Swelling
Jonnalagadda, S. —; Das, C. K.: Interchain Behavior of Polyelectrolyte
—; Robinson, D. H.: Effect of the Crosslinkable Polymer Blends of Complex Hydrogels Composed
Inclusion of PEG on the Solid- Polyurethane and Polyacrylic
of Chitosan and Hyaluronic Acid,
State Properties and Drug Elastomer (Sulfur Cure), 845 1097
Release from Polylactic Acid Khutoryanskiy, V. V.
Kim, S. S. See Lee, J. S., 1638
Films and Microcapsules, 2025 —; Nurkeeva, Z. S.; Mun, G. A.; Klinklai, W.
Jénsson, S. See Sangermano, M., 584 Dubolazov, A. V.: Effect of —; Saito, T.; Kawahara, S.; Tashiro,
Joseph, M. Temperature on Aggregation/ K.; Suzuki, Y.; Sakdapipanich,
—; Mathew, T.; Devipriya, S.; Dissociation Behavior of J. Y.; Isono, Y.:
Kuriakose, S.: Encapsulation and Interpolymer Complexes Hyperdeproteinized Natural
Controlled Release in Stabilized by Hydrogen Bonds, Rubber Prepared with Urea, 555
Polyacrylamide Hydrogels, 1816 1946 Klinpituksa, P. See
Joseph, R. See Sulekha, P. B., 437 Kijowska, D. Kovuttikulrangsie, S., 833
—; Wolowiec, S.; Lubczak, J.: Kinetics Ko, Y. G.
Kadla, J. F. See Lemeune, S., 1219 and Mechanism of Initial Steps of —; Choi, U. S.; Sung, B. H.: Chemical
Kajitani, Y. See Sato, M., 1616 Synthesis of Polyetherols from Structure Designing to Enhance
AUTHOR INDEX
the Yield Stress of Lagare, M. T. See Margoudar, P., Polyethylene Prepared by
Electrorheological Fluids Based 1157 Dynamic Packing Injection
on Modified Chitosan Lai, J.-Y. See Hu, C.-C., 395 Molding. II. Microstructure
Compounds, 1559 Lam, K. Y. See Li. H., 1928 Investigation, 1591
Kobayashi, M. See Togawa, J., 934 Laurienzo, P. See Laurino, C., 23 Lemeune, S.
Kohut, A. M. Laurino, C. —; Jameel, H.; Chang, H.-M.; Kadla,
—; Hevus, O. I.; Voronov, S. A.: —; Laurienzo, P.; Malinconico, M.; J. F.: Effects of Ozone and
Synthesis and Properties of Scoponi, M.; Sorrentino, A.; Chlorine Dioxide on the
4-(w-Methoxyoligodimethyl- Vacca, P.; Volpe, M. G.: Chemical Properties of Cellulose
siloxanyl)butyl Maleate: A New Innovative Polyamide-Based Fibers, 1219
Surfmer, 310 Packaging of Fresh Meat, 23 Lesser, A. J. See Garcia-Leiner, M.,
Kolli, V. G. See Jayaraman, K., 113 Le Bras, M. See Almeras, X., 402 1501
Kondo, T. See Irwan, G. S., 994 Le Digabel, F. Lesser, A. J. See Hu, X., 282
Koo, Y.-S. See Kwon, J.-Y., 700 —; Boquillon, N.; Dole, P.; Monties, Leung, F. K. P. See Lin, X. D., 1989
Koshino, T. See Sato, M., 1616 B.; Averous, L.: Properties of Levi, M. See Turri, S., 136
Koskinen, R. See Skrifvars, M., 1285 Thermoplastic Composites Based Li, C.-L. See Hu, C.-C., 395
Koutsandreas, A. See Van Dyke, J. D. on Wheat-Straw Lignocellulosic Li, E.
(Jack), 1423 Fillers, 428 —,; Shi, G.; Hong, X.; Wu, P.:
Kovuttikulrangsie, S. Lee, C. See Kim, D. W., 1711 Electrochemical Polymerization
—,; Sahakaro, K.; Intarakong, C.; Lee, D. H. See Park, J. S., 911 of Toluene in the Mixed
Klinpituksa, P.: PMMA Blended Lee, D.-S. See Park, Y.-W., 342 Electrolytes of Boron Trifluoride
and DPNR-¢g-PMMA Coated Lee, D. See Yang, J.-H., 1762 Diethyl Etherate and
DPNR and NR-LA for Dipping Lee, J.-H. See Lee, K.-G., 2174 Trifluoroacetic Acid, 189
Applications, 833 Lee, J. S. Li, G. See Sun, X., 163
Kowsari, E. See Mallkpour, S., 2218 —; Choi, K. H.; Ghim, H. D.; Kim, Li, G.-Z. See Fang, Q., 475
Kozlov, G. V. S. S.; Chen, D. H.; Kim, H. Y.; Li, H.
—; Malkanduev, Y. A.; Zaikov, G. E.: Lyoo, W. S.: Role of Molecular —; Yan, G.; Wu, S.; Wang, Z.; Lam,
Gelatin in the Radical Weight of Atactic Poly(vinyl K. Y.: Numerical Simulation of
Polymerization of Dimethy] alcohol) (PVA) in the Structure Controlled Nifedipine Release
Diallyl Ammonium Chloride, and Properties of PVA from Chitosan Microgels, 1928
1394 Nanofabric Prepared by Li, H. See Liu, X., 1546
Kratochvil, J. Electrospinning, 1638 Li, H. See Pan, G., 577
—; Sikora, A.: Crystallization Lee, K.-G. Li, K. See Xia, H., 378
Behavior of Poly(N- —; Kweon, H. Y.; Yeo, J.-H.; Woo, Li, N.
methyldodecano-12-lactam). III.
S.-O.; Lee, J.-H.; Park, Y. H.: —-; Li, X.; Geng, W.; Zhang, T.; Zuo,
Kinetics of Isothermal Structural and Physical Y.; Qiu, S.: Synthesis and
Crystallization, 279 Properties of Silk Humidity Sensitivity of
Krawczak, P. See Debondue, E., 644 Fibroin/alginate Blend Sponges, Conducting Polyaniline in SBA-
Krupa, I. See Novak, I., 662 2174 15, 1597
Kubo, Y. See Sato, M., 1616 Lee, K. J. See Kim, S. J., 1097 Li, P.
Kubota, H. See Irwan, G. S., 994 Lee, K.-R. See Hu, C.-C., 395 —; Yu, B.; Wei, X.: Synthesis and
Kubota, N. See Matsuyama, H., 471 Lee, S. J. See Lyoo, W. S., 41 Characterization of a High Oil-
Kiiciikyavuz, S. See Cakamk, G., 736 Lee, S. M. Absorbing Magnetic Composite
Kiiciikyavuz, Z. See Cakamk, G., 736 —; Chung, W. Y.; Kim, J. K.; Suh, Material, 894
Kumar, S. See Jayaraman, K., 113 D. H.: A Novel Fluorescence Li, X. H. See Ge, X. C., 1804
Kumar, S. See Min, B., 1793 Temperature Sensor Based on a Li, X. See Li, N., 1597
Kumar, S. See Singh, M., 47 Surfactant-free PVA/Borax/2- Li, Y. See Pothukuchi, S., 1531
Kuriakose, S. See Joseph, M., 1816 Naphthol Hydrogel Network EEA.
Kuroda, S.-i. See Irwan, G. S., 994 System, 2114 —; Ke, Y.; Hu, Y.: Study on a New
Kute, V. See Banerjee, S., 821 Lee, W. S. See Kim, D. B., 1687 Kind of
Kweon, H. Y. See Lee, K.-G., 2174 Lee, Y. M. See Kim, D. S., 209 Polypropylene-graft-polystyrene:
Kwon, J.-Y. Lehmann, D. See Nagel, J., 1186 Preparation and Application, 314
—; Koo, Y.-S.; Kim, H.-D.: Preparation Lei, J. Li, Z. See Liang, H., 681
and Properties of Waterborne —-; Jiang, C.; Shen, K.: Biaxially Self- Liang, G. See Ma, X., 608
Polyurethane/Polyaniline Reinforced High-Density Liang, H.
Codoped with Dodecyl Benzene Polyethylene Prepared by —; Zheng, Z.; Li, Z.; Xu, J.; Chen, B.;
Sulfonic Acid and Hydrochloric Dynamic Packing injection Zhao, H.; Zhang, Q.; Ming, H.:
Acid Blends, 700 Molding. I. Processing Fabrication and Amplification of
Parameters and Mechanical Rhodamine B-Doped Step-Index
Properties, 1584 Polymer Optical Fiber, 681
Lacrampe, M.-F. See Debondue, E., —-; Jiang, C.; Shen, K.: Biaxially Self- Liao, X. See Sun, X., 163
644 Reinforced High-Density Liau, J.-Y. See Liau, L. C.-K. L., 2142
AUTHOR INDEX
Liau, L. C.-K. L. Liu, X. Lyoo, W. S.
—; Liau, J.-Y.; Chen, Y.-T.: Study of —>; Li, H.: Effect of —; Lee, S. J.; Kim, J. H.; Noh, S. K.; Ji,
the Composition Effect of Glass Diatomite/Polyethylene Glycol B. C.; Kim, B. C.: Effect of
Ceramic and Silver on Poly(vinyl Binary Processing Aids on the Molecular Weight on the
butyral) Thermal Degradation Rheology of a Metallocene Linear Rheological Properties of Atactic
Low-Density Polyethylene, 1546 Poly(vinyl
with Thermogravimetric
Analysis, 2142 Liu, Y. See Sun, C. (Qin), 2090 alcohol) /Dimethylsulfox/Wi adteer
Liu, Y. See Zhou, G., 131 Solution, 41
Liddell, K. C. See Tamirisa, P. A.,
1317 Liu, Z. S. Lyoo, W. S. See Lee, J. S., 1638
Lims, E. L. See Silva, F. M., 1077 —,; Erhan, S. Z.; Calvert, P. D.: Solid
Lin, C. B. Freeform Fabrication of Ma, H. See Min, B., 1793
Epoxidized Soybean Oil/Epoxy
—; Chen, C. S.; Chen, Z.-H.; Su, N.-C.: Ma, X.
Methanol- and Ethanol-Induced Composites with Di-, Tri-, and —; Lu, H.; Liang, G.; Yan, H.:
Polyethylene Amine Curing Rectorite/Thermoplastic
Convex Deformation and
Agents, 356 Polyurethane Nanocomposites:
Macrovoid Formation of
Poly(Methy! Methacrylate), 2254 Lizymol, P. P. Preparation, Characterization,
—; Thermal Studies: A Comparison of and Properties, 608
Lin, D.-J. the Thermal Prperties of
—,; Yu, J.: Formamide as the
—; Chang, C.-L.; Shaw, H.-Y.; Jeng, Different Oligomers by Plasticizedr for Thermoplastic
Y.-S.; Cheng, L.-P.: Formation of
Thermogravimetric Techniques, Starch, 1769
Multilayer Poly(acrylic acid)/
977 Macit, H.
Poly(vinylidene fluoride) Lona, L. M. F. See Fernandes, —; Hazer, B.: Synthesis of PMMA-
Composite Membranes for F. A. N., 1042, 1053 PTHF-PMMA and PMMA-PTHF-
Pervaporation, 2266
Lozano, K. PST Linear and Star Block
Lin, J. See Wang, X., 2230 —; Yang, S.; Zeng, Q.: Rheological Copolymers, 219
Lin, S.-M. See Lu, K.-T., 1923 Analysis of Vapor-Grown Carbon Madhra, M. K.
im, XD. Nanofiber Reinforced —; Sharma, M.,; Banerjee, S.:
—; Jia, D.; Leung, F. K. P.; Cheung, Polyethylene Composites, 155 Polyimides. IV. Synthesis and
W. L.: Study on Poly(ethylene —,; Yang, S.; Zeng, Q.: Rheological Characterization of Fluorinated
terephth/P aollyparotpyele)n e Analysis of Vapor-Grown Carbon Copolyimides, 235
Microfibrillar Composites. II. Nanofiber-Reinforced Madhra, M. K. See Banerjee, S., 821
Solid-State Drawing Behavior, Polyethylene Composites, 1500 Madras, G. See Sivalingam, G., 1378
1989 Lu, D. See Guan, R., 1698 Maeda, H. See El Sayed, A. M., 2001
Lin, Y.-S. Lu, H. See Ma, X., 608 Mahdavian, A.-R.
—; Chiu, S.-S.: Electrical Properties of Lu, J. See Zhu, X., 1539 —; Abdollahi, M.; Bijanzadeh, H. R.:
Conductive Adhesives as Lu, K.-T. Kinetic Study of Radical
Affected by Particle —-; Liu, C.-T.; Lin, S.-M.: the Effect of Polymerization. III. Solution
Compositions, Particle Shapes, Alkyd Resins on the Properties of Polymerization of Acrylamide by
and Oxidizing Temperatures of AA-NC Semi-IPNs as Binders in ‘H-NMR, 2007
Copper Powders in a Polymer Wood Finish, 1923 Mai, S.-M. See Xu, J.-T., 870
Matrix, 2045 Lu, M. Mai, Y.-W. See Yu, Z.-Z., 1462
Lin, Z. —; Zhang, S.; Yu, D.: Study on Maillard, B. See Anbarasan, R., 75
—; Peng, M.; Zheng, Q.: Isothermal Poly(propylene)/ Ammonium Maji, T. K. See Devi, R. R., 1938
Crystallization Behavior of Polyphosphate Composites Maki, T. See Matsuyama, H., 471
Polypropylene Catalloys, 877 Modified by Ethylene-1-octene Malbi, M. A. See Hariharan, R., 1846
Copolymer Grafted with Glycidyl Malinconico, M. See Laurino, C., 23
Liu, C.
Methacrylate, 412 Malkanduev, Y. A. See Kozlov, G. V.,
—; Xiao, C.: Characterization of
Lu, S. 1394
Konjac
—,; Zhang, Z.; Nawaby, A. V.; Day, Mallakpour, S.
Glucomannan-Quaternized M.: A Kinetic Investigation of the —; Kowsari, E.: Application of
Poly(4-vinyl-N-butyl) Pyridine
In Situ Polymerization of Methyl Microwave Irradiation for
Blend Films and Their
Methacrylate Under Supercritical Synthesis of Novel Optically
Preservation Effect, 1868
Fluid CO, Consitions Using Active Poly(Amide Imides)
Liu, C.-T. See Lu, K.-T., 1923 High-Pressure DSC, 1236 Derived from Diacid Chloride
Liu, H. See Sun, X., 163 Lubczak, J. See Kijowska, D., 294 Containing Epiclon and L-
Liu, P. See Chen, Y., 2014 Luo, W. See Chen, P., 1748 Isoleucine with Aromatic
Liu, W. Luukko, P. Diamines, 2218
—; Gao, G.: Preparation of
—; Nystrém, M.; Raino, J.: —; Rafiemanzelat, F.: Microwave-
Conductive Polyaniline Fibers by Comparison of Different Foaming Assisted and Classical Heating
a Continuous Forming-Drawn Agents in Making Plywood Glue, Polycondensation Reaction of
Processing Routine, 956 1060 bis(p-Amido benzooic acid)-N-
Liu, W. See Tian, N., 696 Luyt, A. S. See Novak, I., 662 trimellitylimido-L-leucine with
AUTHOR INDEX
Diisocyanates as a New Method Meksawat, D. See Sirisinha, K., 901, Cr(VI) Ions by Strong Base Anion
for Preparation of Optically 1179 Exchangers with Pyridine
Active Poly(amide imides)s, 1647 Meng, L.-Z. See Gong, S.-L., 637 Structures, 1957
Mallikarjuna, N. N. See Colbeaux, Meng, Y. Z. See Ge, X. C., 1804 Neagu, V. See Barsanescu, A., 803
A., 2245 Michaud, V. See Teil, H., 1774 Neoh, S. B.
Mallikarjuna, N. N. See Margoudar, Michler, G. H. See Calleja, F. J. B., —; Hashim, A. S.: Highly Grafted
P2157 1951 Polystyrene-Modified Natural
Malucelli, G. See Sangermano, M., Min, B. Rubber as Toughener for
584 —; Kumar, S.; Hibbs, M. R.; Ma, H.; Polystyrene, 1660
Mamy, P. R. Collard, D. M.; Schiraldi, D. A.: Neves, S. See Fonseca, C. P., 1230
—,; Martinez-Vega, J.; Dupre, J. C.; Sequence Analysis and Fiber Niemela, P. See Skrifvars, M., 1285
Bretagne, N.: Quantification of Properties of a Blend of Nigam, V.
Mechanical Deformations Poly(ehtylene terephthalate) and —; Setua, D. K.; Mathur, G. N.; Kar,
Induced by an Electric Field in a Poly(ehtylene terephthalate-co- K. K.: Epoxy-Montmorillonite
Semicrytalline Organic Insulator, 4,4'-bibenzoate), 1793 Clay Nanocomposites: Synthesis
2313 Ming, H. See Liang, H., 681 and Characterization, 2201
Manjooran, K. B. See Sulekha, P. B., Miranda, S. P. See Cardenas, G., 1876 Noh, S. K. See Lyoo, W. S., 41
437 Mishra, A. See Bajpai, A. K., 2054 Novak, I.
Manolache, S. See Jiang, H., 1411 Mitchell, B. S. See Haynes, S. D., —; Krupa, I.; Luyt, A. S.: Modification
Manson, J.-A. E. See Teil, H., 1774 2275 of a Fischer-Tropsch Wax by
Mao, S. See Gao, J., 2180 Mo, S. B. See Wang, M. L., 1326 Grafting with Maleic Anhydride,
Marcos-Fernandez, A. See Valentin, Modak, J. M. See Chanda, M., 883 662
J. By 1756 Mohammadi, N. See Abbasian, A., Nunes, R. C. R. See Visconte, L. L. Y.,
Marigoudar, P. 1972 483
—,; Lagare, M. T.; Mallikarjuna, N. N.; Mohan, Y. M. Nurkeeva, Z. S. See Khutoryanskiy,
Aminabhavi, T. M.: Laser Dye —; Raju, M. P.; Raju, K. M.: Synthesis, V. V., 1946
Diffusion in Polymer Solutions Spectral and DSC Analysis of Nystrém, M. See Luukko, P., 1060
Studied by Spectrophotometry, Glycidyl Azide Polymers
P157 Containing Different Initiating Odabasii, M.
Markpin, T. See Sombatsompop, N., Diol Units, 2157 —; Denizli, A.: Cibacron Biue F3GA
2119 Monties, B. See Le Digabel, F., 428 Incorporated Magnetic Poly(2-
Marosi, Gy. See Almeras, X., 402 Morizur, J.-F. See Shemper, B. S., hydroxyethyl methacrylate)
Martinez, A. B. See Sdnchez-Soto, M., 1252 Beads for Lysozyme Adsorption,
1271 Morsy, M. S. See Ibrahim, N. A., 1825 719
Martinez-Vega, J. See Mamy P. R., Mosleh, S. See Ramadan, A. M., 1743 Ogawa, T. See Bucio, E., 172
2313 Muftuoglu, A. E. Ogunniyi, D. S. See Dare, E. O., 907
Martins, A. F. See Visconte, L. L. Y., —,; Cianga, I.; Yurteri, S.; Yagci, Y.: Oh, J. S.
483 Use of N,N-Dimethylaniline End- —; Isayev, A. I.: Continuous
Mather, R. R. See Yang, R., 568 Funtional Polymers in Ultrasonic Devulcanization of
Mathew, J. See Al-Adwani, H., 1118 Photoinduced Block Unfilled Butadiene Rubber, 1166
Mathew, T. See Joseph, M., 1816 Copolymerization, 387 Ohishi, H.
Mathias, L. J. See Shemper, B. S., Mull, M. A. See Yehia, A. A., 30 —; Phase Morphology and
1252 Mun, G. A. See Khutoryanskiy, V. V., Compatibilization Mechanism in
Mathur, G. N. See Nigam, V., 2201 1946 Ternary Polymer Blend Systems
Matsuyama, H. of Polyethylene Terephthalate,
—,; Hayashi, K.; Maki, T.; Teramoto, Nagel, J. Polyolefin Rubber, and lonomer,
M.; Kubota, N.: Effect of Polymer —,; Brauer, M.; Hupfer, B.; Grundke, 1567
Density on Polyethylene Hollow K.; Schwwartz, S.; Lehmann, D.; Oishi, T. Se2 Kawaguchi, Y., 505
Fiber Membrane Formation Via Investigations on the Reactive Okamoto, H. See Hasegawa, N., 758
Thermally Induced Phase Suface Modification of Okitsu, I. See Sasazawa, K., 521
Separation, 471 Polycarbonate by Surface- Olatunji, G. A. See Dare, E. O., 907
Matuana, L. M. See Rachtanapun, P., Reactive Injection Molding, 1186 Olayo, M. G. See Cruz, G. J., 1031
364 Nakafuku, C. Olayo, R. See Cruz, G. J., 1031
Matuana, L. M. See Stark, N. M., —,; Takehisa, S.-y.: Glass Transition Ono, H. See Sakugawa, K., 1372
1021 and Mechanical Properties of Orbeci, C. See Neagu, V., 1957
Mazzei, J. L. See Jandrey, A. C., 972 PLLA and PDLLA-PGA Osman, M. A. See Tamirisa, P. A.,
Mehdipour-Ataei, S. Copolymer Blends, 2164 1317
—; Sarrafi, Y.; Pirjel, M. A.: Synthesis, Nawaby, A. V. See Lu, S., 1236 Osorio-Galindo, M. See Vilaplana, F.,
Characterization, and Properties Nazabal, J. See Retolaza, A., 2193 1384
of Novel Poly(ether urea)s, 961 Neagu, V.
Mehrabi, A. R. See Grunlan, J. C., —; Untea, |.; Tudorache, E.; Orbeci, Page, S. A. See Teil, H., 1774
1102 C.: Sorption Equilibrium of Pages, P. See Carrasco, F., 1913
AUTHOR INDEX
Pak, J. J. See Kim, D. B., 1687 Peng, S. Rajan, M. A. J.
Pakkanen, T. T. See Turunen, J. P. J., —; Fuchs, A.; Wirtz, R. A.: Polymeric —; Vivekanandam, T. S.;
1812 Phase Change Composites for Ramakrishnan, S. K.;
Palacios, J. C. See Cruz, G. J., 1031 Thermal Energy Storage, 1240 Ramachandran, K.; Umapathy, S.:
Palanisamy, A. Penlidis, A. See Cheong, S. I., 261 Heat Transfer in Poly(methyl
—; Sundar, S.; Radhakrishnan, G.: Peroni, I. See Bignotti, F., 1964 acrylate) by Photoacoustic
Photosensitive Poly(urethane Phillips, P. J. See Thorat, S. D., 534 Measurements, 1071
Ping, Z. See Duxin, L., 420 Rajendran, V. See
acylsemicarbazide)s with
Azobenzene Chromophores in Pinto, J. C. See Silva, F. M., 1077 Thayumanaswamy, S. M., 1305
Pirjel, M. A. See Mehdipour-Ataei, S., Rajesh
the Main Chain, 444
961 —; Pandey, S. S.; Takashima, W.,;
Pan, G.
Piszczek, K. See Tomaszewska, J., 966 Kaneto, K.: Developement of an
—; Li, H.; Cao, Y.: "H-NMR
Player, J. See Roylance M., 1609 Amperometric Biosensor Based
Investigation of the
Pollicino, A. See Carfagna, C., 2031 on a Redox-Mediator-Doped
Thermooxidation Degradation of
Pollicino, A. See Sangermano, M., 584 Polypyrrole Film, 927
Poly(oxymethylene) Copolymers,
Pothukuchi, S. Raju, K. M. See Mohan, Y. M., 2157
577
—; Li, Y.; Wong, C. P.: Developement Raju, M. P. See Mohan, Y. M., 2157
Pan, W. See Jia, Y.-G., 1736 of a Novel Polymer—Metal Ramachandran, K. See Rajan,
Panayiotou, C. See Bikiaris, D., 726 Nanocomposite Obtained M. A. J., 1071
Pandey, S. S. See Rajesh, 927 Through the Route of In Situ Ramadan, A. M.
Papadokostaki, K. G. See Reduction for Integral Capacitor —; Mosleh, S.; Gawish, S. M.:
Stavropoulou, A., 1151 Application, 1531 Weighting and Improvement of
Papadopoulos, G. A. See Sideriis, E.,
Poutch, F. See Almeras, X., 402 Silk Properties, 1743
63 Prasassarakich, P. See Arayapranee, Ramakrishnan, S. K. See Rajan,
Park, E.-S. W., 1666 M. A. J., 1071
—; Kim, H. K.; Shim, J. H.; Kim, M.- Prasassarakich, P. See Im-Erbsin, S., Ramorino, G. See Bignotti, F., 1964
N.; Yoon, J.-S.: Synthesis and 854 Rana, P. K.
Properties of Polymeric Biocides Pretula, J. See Wodzki, R., 1436 —; Swain, S. K.; Sahoo, P. K.:
Based on Poly(Ethylene-co-viny] Prinos, J. See Bikiaris, D., 726 Synthesis, Characterization, and
Alcohol), 765 Priola, A. See Sangermano, M., 584 Properties of Intercalated Poly(2-
Park, H. B. See Kim, D. S., 209 Pu, Q.-L. See Xie, H.-Q., 2211 Ethyl Hexylacrylate) /Silicate
Park, J. S. Nanocomposites: XRD, TEM, IR,
—,; Yang, J.-H.; Kim, D.-H.,; Lee, Qi, G. See Hua, Z., 1788 TGA, Superabsorbency, Pressure-
D. H.: Degradability of Expanded Qian, S. H. See Wang, M. L., 1326 Sensitive Adhesion, and
Starch/PVA Blends Prepared Qin, H. See Zhao, C., 676 Biodegradation, 1007
Using Calcium Carbonate as the Qin, J. See Huang, Y., 1198 Rathore, K.
Expanding Inhibitor, 911 Qiu, S. See Li, N., 1597 —; Raghunatha Reddy, K.; Tomer,
Park, J. See Yang, J.-H., 1762 Quay-Thevenon, S. See Cook, W. D., N. S.; Desai, S. M.; Singh, R. P.:
1348 Visible-Light-Induced
Park, M. See Choi, D.-i., 2082
Park, Y. H. See Kim, D. S., 209 Controlled/Living Radical
Rachtanapun, P. Polymerization of Styrene with a
Park, Y. H. See Lee, K.-G., 2174
Park, Y. W. —-; Selke, S. E. M.; Matuana, L. M.: Phenyl Seleno Group at One
—; Inagaki, N.: A new Approach for Effect of the High-Density Terminal Chain End: 1-
Selective Surface Modification of Polyethylene Melt Index on the (Phenylseleno)ethyl Benzene as a
Fluoropolymers by Remote Microcellular Foaming of High- Photoiniferter, 348
Density Ray, P. See Bhattacharya, A., 122
Plasmas, 1012
Polyethylene/Polypropylene Recca, A. See Carfagna, C., 2031
Park, Y.-W.
Blends, 364 Recca, A. See Sangermano, M., 584
—; Lee, D.-S.: Surface and Electrical
Radhakrishnan, G. See Palanisamy, Reis, M. M.
Characteristics of Poly(amide
A., 444 —; Araujo, P. H. H.; Sayer, C.;
imide)—Poly(dimethylsiloxane)
Radhakrishnan, S. Giudici, R.: Developement of
Nanocomposites, 342
—,; Sonawane, P.; Pawaskar, N.: Effect Calibration Models for
Pattanawanidchai, S. See Sirisinha, of Thermal Conductivity and Estimation of Monomer
OB |b a
Heat Transfer on Crystallization, Concentration by Raman
Pawaskar, N. See Radhakrishnan, S., Structure, and Morphology of Spectroscopy During Emulsion
615 Polypropylene Containing Polymerization: Facing the
Peak, J. See Sun, Y., 513 Different Fillers, 615 Medium Heterogeneity, 1136
Pedrow, P. D. See Tamirisa, P. A., Rafiemanzelat, F. See Mallakpour, S., Rempel, G. L. See Arayapranee, W.,
1317 1647 455, 1666
Pekmez, K. See Sahin, Y., 526 Raghunatha Reddy, K. See Rathore, Rempel, G. L. See Im-Erbsin, S., 854
Penco, M. See Bignotti, F., 1964 K., 348 Ren, X. See Zhu, Y., 1731
Peng, M. See Lin, Z., 877 Rainio, J. See Luukko, P., 1060 Renaut, N. See Almeras, X., 402