461 - 470 |
Kinetics Modeling and Time-Temperature-Transformation Diagram of Microwave and Thermal Cure of Epoxy-Resins Wei JH, Hawley MC, Demeuse MT |
471 - 476 |
Enhanced Polycarbonate Toughness .1. Measurement Methodology Kim SW, Mcgarry FJ, Riew CK |
477 - 482 |
Enhanced Polycarbonate Toughness .2. Mechanisms Kim SW, Mcgarry FJ, Riew CK |
483 - 492 |
A Process Model for Nonisothermal Photopolymerization with a Laser-Light Source .1. Basic Model Development Flach L, Chartoff RP |
493 - 498 |
A Process Model for Nonisothermal Photopolymerization with a Laser-Light Source .2. Behavior in the Vicinity of a Moving Exposed Region Flach L, Chartoff RP |
499 - 505 |
The Relationship Between Structure and Deformation-Behavior of Sulfone Polymers Chiu HT, Hwung DS |
506 - 512 |
Low-Temperature Melting Behavior of CO2 Crystallized Modified Pets Mensitieri G, Del Nobile MA, Guerra G, Apicella A, Ghatta HA |
513 - 517 |
Correlations Between Relaxation-Time Spectrum and Melt-Spinning Behavior of Polypropylene .1. Calculation of the Relaxation Spectrum as a Log-Normal Distribution and Influence of the Molecular-Parameters Fulchiron R, Verney V, Michel A, Roustant JC |
518 - 527 |
Correlations Between Relaxation-Time Spectrum and Melt-Spinning Behavior of Polypropylene .2. Melt-Spinning Simulation from Relaxation-Time Spectrum Fulchiron R, Verney V, Michel A, Roustant JC |
528 - 532 |
Morphology and Mechanical-Properties of Liquid-Crystalline Copolyester and Polyester Elastomer Blends Jang SH, Kim BS |
538 - 545 |
Morphology and Mechanical-Properties of Liquid-Crystalline Copolyester and Poly(Ethylene 2,6-Naphthalate) Blends Jang SH, Kim BS |
546 - 554 |
A Study of Creep and Creep-Rupture of Polycarbonate Challa SR, Progelhof RC |