Preface |
The Structure and Properties of Glassy Polymers / t Anita J. Hill ; Martin R. Tant |
An Overview |
Physics of Glassy Polymers |
The Use of Configurational Entropy to Derive the Kinetic Properties of Polymer Glasses / t Edmund A. DiMarzio2: |
Entropy, Landscapes, and Fragility in Liquids and Polymers, and the DetlaCp Problem / t C. A. Angell3: |
Dynamic Properties of Polymer Melts above the Glass Transition: Monte Simulation Carlo Results / Jorg Baschnagel4: |
The Thermal Glass Transition beyond the Time Trap / K.-P. Bohn ; J. K. Kruger5: |
Dynamic Monte Carlo Simulation and Dielectric Measurements of the Effect of Pore Size on Glass Transition Temperature and the State of the Glass / N. Haralampus et al6: |
Temperature-Modulated Calorimetry of the Frequency Dependence of the Glass Transition of Poly(ethylene terephthalate) and PolystyreneMolecular Mobility and Relaxations in the Glassy State / Bernhard Wunderlich ; Iwao Okazaki7: |
Polymer Glasses: Thermodynamic and Relaxational Aspects / Robert Simha8: |
Structural Relaxation and Fragility of Glass-Forming Miscible Blends Composed of Atactic Polystyrene and Poly(2,6-dimethyl-1,4-phenylene oxide) / Christopher G. Robertson ; Garth L. Wilkes9: |
Dielectric Spectroscopy of Bisphenol-A Polycarbonate and Some of Its Blends / G. J. Pratt ; M. J. A. Smith10: |
Physical Aging near the Beta Transition of a Poly(amide-imide) / George J. Dallas et al11: |
Low-Temperature Relaxation of Polymers Probed by Photochemical Hole BurningPhysical Aging / Shinjiro Machida et al12: |
Fitting Differential Scanning Calorimetry Heating Curves for Polyetherimide Using a Model of Structural Recovery / Sindee L. Simon13: |
The Physics of Glassy Polycarbonate: Superposability and Volume Recovery / Paul A. O'Connell ; Carl R. Schultheisz ; Gregory B. McKenna14: |
Polymer-Polymer Miscibility Investigated by Temperature Modulated Differential Scanning Calorimetry / G. O. R. Alberda van Ekenstein ; G. ten Brinke ; T. S. Ellis15: |
Physical Ageing in PMMA Investigated Using Positron Annihilation, Dielectric Relaxation, and Dynamic Mechanical Thermal AnalysisMechanical Properties / William J. Davis ; Richard A. Pethrick16: |
Craze Initiation and Failure in Glassy Poly(ethylene Terephthalate) the Effects of Physical Aging with and without Exposure to Chemical Environments / Martin R. Tant et al17: |
Transitions, Properties, and Molecular Mobility during Cure of Thermosetting Resins / Jakob Lange et al18: |
A Dynamic Probe of Tribological Processes at Metal-Polymer Interfaces: Transient Current Generation / J. T. Dickinson ; L. Scudiero ; S. C. Langford19: |
The Effect of Orientation by Solid State Processes on the Amorphous Regions in Poly(vinyl alcohol) and High Density Poly(ethylene)Transport Properties / Anita J. Hill ; T. J. Bastow ; R. M. Hodge20: |
Free Volume and Transport Properties of Barrier and Membrane Polymers / B. D. Freeman21: |
The Segmental Motion and Gas Permeability of Glassy Polymer Poly1-(trimethylsilyl-1-propyne) Membranes / T. Nakagawa ; T. Watanabe ; K. Nagai22: |
Vacancy Spectroscopy of Polymers Using Positronium / Yasuo Ito23: |
Subnanometer Hole Properties of Cellulose Studied by Positron Annihilation Lifetime Spectroscopy / H. Cao et al24: |
Ionic Conductivity in Glassy PVOH-Lithium Salt Systems / M. Forsyth et al25: |
Oxygen Transport through Electronically Conductive Polyanilines / Yong Soo Kang et al26: |
Xenon-129 NMR as a Probe of Polymer Sorption Sites: a New View of Structure and Transport / J. M. Koons et al27: |
Dissolution Mechanism of Glassy Polymers: a Molecular Analysis / B. Narasimhan ; N. A. Peppas28: |
Gas Barrier and Thermal Properties of (Alkylsulfonyl)methyl-Substituted Poly(oxyalkylene) / Jong-Chan Lee ; Morton H. Litt ; Charles E. Rogers29: |
Indexes |
Author Index |
Subject Index |
Preface |
The Structure and Properties of Glassy Polymers / t Anita J. Hill ; Martin R. Tant |
An Overview |
Physics of Glassy Polymers |
The Use of Configurational Entropy to Derive the Kinetic Properties of Polymer Glasses / t Edmund A. DiMarzio2: |
Entropy, Landscapes, and Fragility in Liquids and Polymers, and the DetlaCp Problem / t C. A. Angell3: |