| Contents |
|
| Preface |
|
| Some
simulations on elastomers and rubberlike elasticity |
1
|
| James
E. Mark |
|
| Critical
conversions in chain network polymerization |
11 |
| Vadim
I. Irzhak,* Tamara F. Irzhak, Gennadii V. Korolev |
|
| Formation,
structure and properties of polymer networks: gel-point prediction
in endlinking polymerisations |
19 |
| J.I.
Cail, R.F.T. Stepto,* D.J.R. Taylor |
|
|
Off-lattice
long-range percolation modelling of a network polymerisation
|
37 |
| Henryk
Galina,* Jaromir B. Lechowicz |
|
| The
structure of amorphous sulfur |
45 |
| Bruce
E. Eichinger,* Erich Wimmer, Jannie Pretorius |
|
| Motion
of star-branched chains in polymer networks: a Monte Carlo study |
57 |
| Andrzej
Sikorski |
|
| Monte
Carlo simulations of star-branched polymers in a network of obstacles |
63 |
| Piotr
Romiszowski,* Andrzej Sikorski |
|
| Unsolved
problems in the theory of dynamics in homogeneous and heterogeneous
polymer networks |
69 |
| Yuli
Ya. Gotlib,* Andrew A. Gurtovenko |
|
| Viscoelastic
properties at the sol-gel transition |
79 |
| Emanuela
Del Gado,* Lucilla de Arcangelis, Antonio Coniglio |
|
| The
polyaddition, chain, and polycondensation machanisms of formation
of networks based on bismaleimides |
87 |
| Boris
A. Rozenberg,* Emma A. Dzhavadyn, Roger J. Morgan, Eugene E. Shin |
|
| Designing
heterogeneity into bimodal elastomeric PDMS networks |
97 |
| Vassilios
Galiatsatos,* Pazam R. Subramanian, Lisa Klein-Castner |
|
| Formation,
structure and physical properties of ordered polyurethane networks |
105 |
| Michal
Ilavsky, Helena Valentová, Zdenka Sedláková,
Jan Nedbal |
|
| The
size of cryofracture figures in the network of segmented polyurethane
elastomers |
115 |
| Helena
Janik |
|
| The
role of tin(II) octoate - azobisisobutyronitrile complex in the
formation rate of the respective networks in
simultaneous interpenetrating polymer networks |
123 |
| Mohamed
Tahar Tabka, Jean-Michel Widmaier* |
|
| The
formation and properties of acrylic-polyurea interpenetrating
networks formed by reaction injection moulding
(RIM) |
139 |
| John
L. Stanford,* Anthony J. Ryan, Ying Yang |
|
| Dielectric
and dynamic mechanical studies on homogeneous PBA/PBMA interpenetrating
polymer networks |
151 |
| Polycarpos
Pissis,* Apostolos Kyritsis, José Maria Meseguer Dueñas,
Manuel Monleón Pradas, Débora
Torres Escuriola, Gloria Gallego Ferrer, José Luis Gómez
Ribelles |
|
| Reinforcement
of elastomeric networks by fillers |
163 |
| Liliane
Bokobza |
|
| Structure
of polymer solutions and gels containing fillers |
171 |
| Erik
Geissler,* Anne-Marie Hecht, Ferenc Horkay |
|
| Organic-inorganic
hybrid networks |
181 |
| Libor
Matejka,* Oksana Dukh |
|
| Crosslink
nature in Cr(III)-polyacrylamide gels |
189 |
| Klaas
te Nijenhuis |
|
| Ion-exchange
induced change in the structure and osmotic properties of sodium
polyacrylate hydrogels |
201 |
| Ferenc
Horkay,* Peter J. Basser, Anne-Marie Hecht, Erik Geissler |
|
| Characterization
of hydrophilic networks synthesized by group transfer polymerization |
209 |
| Maria
Vamvakaki, Edna N. Yamasaki, Stella C. Hadjiyannakou, Costas S.
Patrickios* |
|
| Hydrophobically
associating water-soluble polymers; a dramatic growth of solution
viscosity and the specificity of
physical gel formation |
225 |
| Lidiya
Z. Rogovina,* Victor G. Vasil'ev, Natalia A Churochkina, Tatiyana
I. Pryakhina |
|
| The
swelling behaviour of siloxane elastomers in relation to their
microscopic structure |
233 |
| Alain
Pouchelon,* Catherine George, Philippe Menez |
|
| Calorimetric
study of photopolymerisation of divinyl monomers |
243
|
| Ewa
Andrzejewska |
|
| Influence
of temperature, pressure and connectivity on the dynamics of a
glass-forming system investigated by dielectric
spectroscopy |
253 |
| Silvia
Corezzi,* Simone Capaccioli, Riccardo Casalini, Pierangelo Rolla,
Giuseppe Gallone |
|
