Advances in Polymer Technology 1995: Vol 14 Index

3 Pages·1995·1.1 MB·English

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The Polymer Processing Institute (PPI) is an
independent research corporation head-
quartered at Stevens Institute of Technology
with laboratories at Stevens and the NJ Insti-
Polymer
tute of Technology. Its mission is to serve
industry by advancing the scientific under-
pinnings of polymer technology through in-
dustry-sponsored research, development,
Technology and education, and to disseminate informa-
tion pertaining thereto via all appropriate
Journal of the Polymer Processing Institute mechanisms for technology transfer
Author Index to
Volume 14
Ait-Kadi, A. See Mekhilef, N., 315 Keshavaraj, R.
Ajji, A. See Mekjilef, N., 315 —; Tock, R. W.; Narayan, R. S.; Bartsch, R. A.:
Neural-Network-Based Model Approach for Density of
Barrell, M. See Tsiourvas, D., 227 High-Molecular-Weight Esters Used as Plasticizers, 215
Bartsch, R. A. See Keshavaraj, R., 215 Kestelman, V. N.
Bontemps, J. See Tsiourvas, D., 227 —; Technology for the Improvement of Polymer Properties, 243
Bourgin, P. See D’Oria, F., 291 Kohliman, W. G.
—; Petrie, S. P.: Mechanical Properties of Polycarbonate-Polysulfone
Chandramouli, K. and Polycarbonate-Polyetherimide Blends, 111
—; Jabarin, S. A.: Morphology and Property Relationships in Ternary Kuo, W.-F. See Wu, J.-Y., 47
Blends of Polyethylene/Polyamide-6/Compatibilizing Agents, 35 Kuo, J.-F. See Wu, C.-J., 129
Chen, M.-J.
—; Meister, J. J.; Gunnels, D. W.; Gardner, D. J.: A Process for Lee, W. C. See Wu, J.-Y., 47
Coupling Wood to Thermoplastic Using Graft Copolymers, 97 Lee, M.-S. See Wu, J.-Y., 47
Chen, C.-Y. See Wu, C.-J., 129 Liou, S. J. See Yang, S. Y., 197
Chin, K.-S.
—; Wong, T. N.: An Expert System for Injection Mold Cost
Estimation, 303 Mascia, L.
Coincento, L. See D’Oria, F., 291 —; Valenza, A.; Reactive Dual-Component Compatibilizers for
Polycarbonate/High-Density Polyethylene Blends, 327
D’Oria, F. Meddad, A. See Fellahi, S., 169
—; Bourgin, P.; Coincenot, L.: Progress in Numerical Modeling of the Meister, J. J. See Chen, M.-J., 97
Thermoforming Process, 291 Mekhilef, N.
—; Ait-Kadi, A.; Ajji, A.: Injection Molding Mechanical Properties,
Favis, B. D. See Fellahi, S., 169 and Morphology of a Compatibilized Polycarbonate Blend in the
Fellahi, S. Presence of Weld Lines, 315
—; Meddad, A.; Fisa, B.; Favis, B. D.: Weldlines in Injection-Molded Michaeli, W.
Parts: A Review, 169 —; Grefenstein, A.: Engineering Analysis and Design of Twin-Screw
Fisa, B. See Fellahi, S., 169 Extruders for Reactive Extrusion, 263
Gerdner, D. J. See Chen, M.-J., 97 Nando, G. B. See Santra, R. N., 59
Grefenstien, A. See Michaeli, W., 263 Narayan, R. S. See Keshavaraj, R., 215
Gunnels, D. W. See Chen, M.-J., 97
Hamada, H. See Tomari, K., 25 Papaspyrides, C. D. See Poulakis, J. G., 237
Hamielec, A. E. See Thompson, M. R., 87 Patel, S. H.
Hrymak, N. N. See Thompson, M. R., 87 —; Xanthos, M.: Volatile Emissions During Thermoplastics
Huang, J.-C. Processing~A Review, 67
—; EMI Shielding Plastics, 137 Patel, S. H. See Xanthos, M., 151
Petrie, S. P. See Kohlman, 111
Jabarin, S. A. See Chandramouli, K., 35 Poulakis, J. G.
—; Papaspyrides, C. D.: The Dissolution/Reprecipitation Technique
Kaminsky, W. Applied on High-Density Polyethylene: I. Model Recycling
—; Chemical Recycling of Mixed Plastics by Pyrolysis, 337 Experiments, 237
Kao, H.-C. See Wu, J.-Y., 47
Ke, M. Z. See Yang, M. Z., 15 Roy, S. See Santra, R. N., 59
Advances in Polymer Technology, Vol. 14, No. 4, 355-356 (1995)
© 1995 by John Wiley & Sons, Inc. CCC 0730-6679/95/040355-02
AUTHOR INDEX TO VOLUME 14
Sakai, T. Valenza, A. See Mascia, L.
—; The Development of On-Line Techniques and Novel Processing
Systems for the Monitoring and Handling of the Evolution of Wong, T. N. See Chin, K.-S., 303
Microstructure in Nonreactive and Reactive Polymer Systems, 277 Wu, C.-J.
Santra, R. N. —; Kuo, J.-F.; Chen, C.-Y.: The Role of the Compatibilizer on
—; Roy, S., Tikku, V. K.; Nando, G. B.: In-Situ Compatibilization of Morphologies and Mechanical Properties of Polyamide
Thermoplastic Polyurethane and Polydimethy] Siloxane Rubber by 6/(Styrene-[Ethylene-Butylene]-Styrene) Triblock Copolymer
Using Ethylene Methyl Acrylate Copolymer Compatibilizer, 59 Blends, 129
Stassinopouios, A. See Tsiourvas, D., 227 Wu, J.-Y.
—; Lee, W.-C.; Kuo, W.-F.; Kao, H.-C.; Lee, M.-S.; Lin, J.-L.: Effects
Takashima, H. See Tomari, K., 25 of Molecular Weights and Compatibilizing Agents on the
Thompson, M. R. Morphology and Properties of Blends Containing Polypropylene
—; Hrymak, A. N.; Hamielec, A. E.: Modeling the Reactive and Nylon-6, 47
Modification of HPDE in a Nonintermeshing Twin Screw
Extruder, 87
Tikku, V. K. See Santra, R. N., 59 Xanthos, M. See Patel, S. H., 67
Tock, R. W. See Keshavaraj, R., 215 Xanthos, M.
Tomari, K. —; Patel, S. H.: Recent Developments in In-Line
—; Takashima, H.; Hamada, H.: Improvement of Weldline Strength Spectroscopy/Microscopy for Monitoring Extrusion Processes, 151
of Fiber Reinforced Polycarbonate Injection Molded Articles Using Xanthos, M.
Simultaneous Composite Injection Molding, 25 —; Applications of On-Line Rheometry in Reactive Compounding,
Tsartolia, E. See Tsiourvas, D., 227 207
Tsiourvas, D.
—; Tsartolia, E.; Stassinopoulos, A.; Barrell, M.; Bontemps, J.: A New Yang, S. Y.
Approach to Reclaimed PET Utilization—Blends of Recycled PET —; Ke, M. Z.: Experimental Study on the Effects of Adding
Suitable for Extrusion Blow-Molding Technology, 227 Compression to Injection Molding Process, 15
Turng, L. S. Yang, S. Y.
—; Development and Application of CAE Technology for the —; Liou, S. J.: Development of Moldability Diagrams for Gas-Assisted
Gas-Assisted Injection Molding Process, 1 Injection Molding, 197.
VOL. 14, NO. 4