| 1 - 2 |
Professor Gillham,John,K. and Thermosetting Polymers - Preface
Kiran E |
| 3 - 14 |
Relationship Between the Glass-Transition Temperature (T-G) and Fractional Conversion for Thermosetting Systems
Venditti RA, Gillham JK |
| 15 - 25 |
Evolution of Properties of an Isocyanate/Epoxy Thermosetting System During Cure - Continuous Heating (Cht) and Isothermal Time-Temperature-Transformation (TTT) Cure Diagrams
Demeuse MT, Gillham JK, Parodi F |
| 27 - 38 |
Evolution of Properties of a Thermosetting Isocyanate/Epoxy/Glass Fiber Model Composite System with Increasing Cure
Demeuse MT, Gillham JK, Parodi F |
| 39 - 53 |
Conversion-Temperature-Property Relationships in Thermosetting Systems - Property Hysteresis Due to Microcracking of an Epoxy/Amine Thermoset-Class Fiber-Composite
Vallely AS, Gillham JK |
| 55 - 67 |
Isothermal Physical Aging of a Fully Cured Epoxy-Amine Thermosetting System
Maddox SL, Gillham JK |
| 69 - 75 |
Theoretical Prediction of Physical-Properties of Network Glasses Versus Extent of Cure
Wang XR |
| 77 - 93 |
Cooperative Relaxation Processes in Polymers
Matsuoka S, Hale A |
| 95 - 106 |
A New Chemorheological Analysis of Highly Filled Thermosets Used in Integrated-Circuit Packaging
Halley PJ |
| 107 - 113 |
Hydrolysis and Blistering of Cyanate Ester Networks
Kasehagen LJ, Haury I, Macosko CW, Shimp DA |
| 115 - 125 |
Effect of Diffusional Limitations on the Gelation of Cyanate Ester Resins
Deng Y, Martin GC |
| 127 - 131 |
Effect of Catalyst on the Thermal-Degradation of a Polycyanurate Thermosetting System
Zacharia RE, Simon SL |
| 133 - 145 |
Modeling of Unsaturated Polyester Prepolymer Structures .1. Chain Branches and Overall Chain-End Numbers
Yang YS, Pascault JP |
| 147 - 156 |
Modeling of Unsaturated Polyester Prepolymer Structures .2. Hydroxyl and Carboxyl Functionalities
Yang YS, Pascault JP |
| 157 - 166 |
Polymer Networks Derived from the Anhydride Curing of Tetraepoxides
Corcuera MA, Mondragon I, Riccardi CC, Williams RJ |
| 167 - 178 |
Amorphous Phenolphthalein-Based Poly(Arylene Ether)-Modified Cyanate Ester Networks - Effect of Thermal Cure Cycle on Morphology and Toughenability
Srinivasan SA, Mcgrath JE |
| 179 - 190 |
Amorphous Phenolphthalein-Based Poly(Arylene Ether)-Modified Cyanate Ester Networks - Microwave Processing
Srinivasan SA, Joardar SS, Kranbeuhl D, Ward TC, Mcgrath JE |
| 191 - 195 |
Comparison of Thermal Techniques for Glass-Transition Assignment .2. Commercial Polymers
Ferrillo RG, Achorn PJ |
| 197 - 202 |
End-Group Effect on Chain Conformation of Poly(Propylene Glycol) and Poly(Ethylene Glycol)
Yoon S, Macknight WJ, Hsu SL |
