Table Of Content

The Polymer Processing Institute VOLUME 22 ISSUES 1-4 Spring 2003—Winter 2003 © 2003 Wiley Periodicals, Inc. The Polymer Processing Institute (PPI) is an independent research corporation headquar- tered at NJ Institute of Technology with strong links to the Institute of Polymer Technology and materials engineering of Loughborough University (UK). Its mission is to assist indus- try by advancing knowledge in the field of Polymer Technology and related areas through sponsored research, development, and education, and to disseminate information via all appropriate mechanisms for technology transfer. Vv The Polymer Processing Institute Author Index Diez, F. V., see Horta, A. Volume 22, 2003 Emir, S., see Say, R. Eslami, H., see Morshedian, J. Erdogan, M., see Pekcan, O. Failla, S., see Frigione, M. Baek, S.-Y., see Park, C.-S. Favis, B. D., see Rodriguez-Gonzalez, F. J. Balaji, P. J., see Rajulu, A. V. Finocchiaro, P., see Frigione, M. Can, H. K., Kavlak, S., Kirci, B., and Giiner, Forsman, K., see Sekula, R. A.: Swelling Behavior of Poly(N-vinyl- Frigione, M., Maffezzoli, A., Finocchiaro, P., 2-pyrrolidone) and Poly(N-vinyl-2-pyrro- and Failla, S.: Cure Kinetics and Properties lidone)/K252Og Hydrogels in a-Lactose of Epoxy Resins Containing a Phosphorous- Solutions, 252 Based Flame Retardant, 329 Caneba, G. T., see Tirumala, V. R. Garipcan, B., see Say, R. Capanescu, C., and Cincu, C.: Evaluation of UV Gogos, C. G., see Qian, B. Inhibitors in Polyester Gelcoats, 365 Gogos, C. G., see Yamaguchi, M. Chang, J.-H., see Yang, S.-Y. Greco, A., Maffezzoli, A., and Vlachopoulos, Chang, K.-H., see Liu, S.-J. J.: Simulation of Heat Transfer During Rota- Chen, S.-C., Liaw, W.-L., Su, P.-L., and Chung, tional Molding, 271 M.-H.: Investigation of Mold Plate Separation Grindling, J., see Sekula, R. in Thin-Wall Injection Molding, 306 Giiner, A., see Can, H. K. Chung, M.-H., see Chen, S.-C. Cincu, C., see Capanescu, C. He, J., see Rajulu, A. V. Coca, J., see Horta, A. Hinrichsen, G., Hoffmann, A., Schleeh, T., and Connelly, R. K., and Kokini, J. L.: 2-D Numerical Macht, C.: Continuous Production of Ultra- Simulation of Differential Viscoelastic Fluids thin Polymeric Nanofilms Using the Sponta- ina Single-Screw Continuous Mixer: Applica- neous Film Formation Technique, 120 tion of Viscoelastic Finite Element Methods, Hoffmann, A., see Hinrichsen, G. 22 Horta, A., Coca, J., and Diez, F. V.: Degra- dation Kinetics of Meta- and Para-Aromatic Dar, Y., see Tirumaia, V. R. Polyamides, 15 Denizli, A., see Say, R. Huang, L. C., see Kontopoulou, M. de Graaf, R. A., and Janssen, L. P. B. M.: The Hy- droxypropylation of Starch in a Self-Wiping Isik, B.: Thermoresponsive Poly(N-isopropyl- Twin Screw Extruder, 56 acrylamide-co-N-vinylimidazole) Hydrogels Devi, L. G., see Rajulu, A. V. by Redox Polymerization, 246 Advances in Polymer Technology, Vol. 22, No. 4, 390-392 (2003) © 2003 Wiley Periodicals, Inc. AUTHOR INDEX TO VOLUME 22 Jabarin, S. A., see Tharmapuram, S. R. Park, C. B., see Pop-lliev, R. Jabarin, S. A., see Tharmapuram, S. R. Park, C.-S., Baek, S.-Y., Lee, K.-J., and Kim, S. W.: Jabarin, S. A., see Tharmapuram, S. R. Two-Phase Flow in a Gas-Injected Capillary Janssen, L. P. B. M., see de Graaf, R. A. Tube, 320 Patir, S., see Say, R. Kaczmarek, K., see Sekula, R. Pekcan, O., Kaya, D., and Erdogan, M.: Ex- Kavlak, S., see Can, H. K. perimental Determination of Gelation and Kaya, D., see Pekcan, O. Swelling Parameters Using Time-Resolved Keyvani, M.: Improved Polyurethane Disper- Fluorescence Technique, 238 sion Stability via Continuous Process, 218 Pop-lliev, R., Liu, F., Liu, G., and Park, C. B.: Khonakdar, H. A., see Morshedian, J. Rotational Foam Molding of Polypropylene Kim, S. W., see Park, C.-S. with Control of Melt Strength, 280 King, J. A., see Krueger, Q. J. Qian, B., Todd, D. B., and Gogos, C. G.: Plas- Kirci, B., see Can, H. K. tic Energy Dissipation and Its Role on Heat- Kokini, J. L., see Connelly, R. K. ing/Melting of Single-Component Polymers Kontopoulou, M., Huang, L. C., and Lee, J. and Multi-Component Polymer Blends, 85 A.: Binary Blends of EVA and Metallocene- Catalyzed Ethylene-a-Olefin Copolymers Rajulu, A. V., Rao, G. B., Devi, L. G., Balaji, P. and Their Film Properties, 209 J., He, J., and Zhang, J.: Interlaminar Shear Krueger, Q. J., and King, J. A.: Synergistic Effects Strength of Polycarbonate-Toughened Epoxy of Carbon Fillers on Shielding Effectiveness Composites Reinforced With Glass Rovings, in Conductive Nylon 6,6- and Polycarbonate- 373 Based Resins, 96 Ramsay, B. A., see Rodriguez-Gonzalez, F. J. Rao, G. B., see Rajulu, A. V. Lee, J. A., see Kontopoulou, M. Rautiainen, A., see Sekula, R. Lee, J. W., see Lee, S. M. Rodriguez-Gonzalez, F. J., Virgilio, N., Ramsay, Lee, K.-]., see Park, C.-S. B. A., and Favis, B. D.: Influence of Melt Draw- Lee, S. M., Nam, G. J., and Lee, J. W.: The Effect ing on the Morphology of One- and Two- of Boron Nitride Particles and Hot-Pressed Step Processed LDPE/Thermoplastic Starch Boron Nitride Die on the Capillary Melt Flow Blends, 297 Processing of Polyethylene, 343 Saj, P., see Sekula, R. Liaw, W.-L., see Chen, S.-C. Say, R., Emir, S., Garipcan, B., Patir, S., and Lin, C.-T., see Yang, S.-Y. Denizli, A.: Novel Methacryloylamidopheny- Liu, F., see Pop-lliev, R. lalanine Functionalized Porous Chelating Liu, G., see Pop-lliev, R. Beads for Adsorption of Heavy Metal Ions, Liu, S.-J., and Chang, K.-H.: Parameters Affect- 355 ing the Full-Shot Molding of Gas-Assisted Schleeh, T., see Hinrichsen, G. Injection-Molded Parts, 1 Sekula, R., Saj, P., Nowak, T., Kaczmarek, K., Forsman, K., Rautiainen, A., and Grindling, Macht, C., see Hinrichsen, G. J.: 3-D Modeling Reactive Molding Processes: Maffezzoli, A., see Frigione, M. From Tool Development to Industrial Appli- Maffezzoli, A., see Greco, A. cation, 42 Mancini, D. C., see Tirumala, V. R. Su, P.-L. see Chen, S.-C. Mehrabzadeh, M., see Morshedian, J. Morshedian, * Khonakdar, Hi. A., Tharmapuram, S. R., and Jabarin, S. A.: Process- Mehrabzadeh, M., and Eslami, H.: Prepa- ing Characteristics of PET/PEN Blends, Part ration and Properties of Heat-Shrinkable 1: Extrusion and Transesterification Reaction Cross-Linked Low-Density Polyethylene, Kinetics, 137 112 Tharmapuram, S. R., and Jabarin, S. A.: Pro- cessing Characteristics of PET/PEN Blends, Nam, G. J., see Lee, S. M. Part 2: Rheology and Degradation Kinetics, Nowak, T., see Sekula, R. 147 ADVANCES IN POLYMER TECHNOLOGY 391 AUTHOR INDEX TO VOLUME 22 Tharmapuram, S. R., and Jabarin, S. A.: Process- Wang, H.-H., see Tirumala, V. R. ing Characteristics of PET/PEN Blends, Part Xanthos, M., see Zarkadas, D. M. 3: Injection Molding and Free Blow Studies, 155 Yamaguchi, M., Todd, D. B., and Gogos, C. G.: Tirumala, V. R., Caneba, G. T., Dar, Y., Wang, Rheological Properties of LDPE Processed by H.-H.,and Mancini, D. C.: Nanoparticles from Conventional Processing Machines, 179 a Controlled Polymerization Process, 126 Yang, S.-Y., Lin, C.-T., and Chang, J.-H.: Sec- Todd, D. B.: Heat Transfer Issues in Foam Extru- ondary Gas Penetrations in Ribs During Full- sion, 69 Shot Gas-Assisted Injection Molding, 225 Todd, D. B., see Qian, B. Todd, D. B., see Yamaguchi, M. Zarkadas, D. M., and Xanthos, M.: Prediction of Cooling Time in Injection Molding by Means Virgilio, N., see Rodriguez-Gonzalez, F. J. of a Simplified Semianalytical Equation, 188 Vlachopoulos, J., see Greco, A. Zhang, J., see Rajulu, A. V. VOL. 22, NO. 4