MS
Volumes IUPAC
Publications
|
Macromol.
Symp., Vol. 174, 2001, pp. 1-434
Polymerizarion
Processes and Polymer Materials
|
Science as a cultural activity |
1 |
Harold Kroto |
|
Supramolecular polymer chemistry |
5 |
Jean-Marie Lehn |
|
Biotechnology and polymer chemistry: a growing relationship |
7 |
Joseph A. Miller,* Parry M. Norling |
|
Rational design of polymer colloids |
13 |
David Lamb, James F. Anstey, Doug-Youn Lee, Christopher M. Fellows, Michael J. Monteiro Robert G. Gilbert* |
|
Olefin polymerizations using cationic Ni(II) and Pd(II) diimme complexes |
29 |
Brookhart,* L.K. Johnnson, C.M. Killian, S.A. Svejda, D. Gates, D.J. Tempel, R.L. Huff, M.D. Leatherman |
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De novo design of biomedical polymers: hybrids from synthetic macromolecules and genetically engineered protein domains |
31 |
Jindrich Kopecek,* Aijun Tang, Chun Wang, Russell J. Stewart |
|
Crystalline morphology and thermal properties for random copolyesters of (R)-3-hydroxybutyric acid with different hydroxyalkanoic groups |
43 |
Hideki Abe, Yoshiharu Doi* |
|
Macromolecular engineering by controlled/living ionic and radical polymerizations |
51 |
Krzysztof Matyjaszewski |
|
Phase transition and self-assembly in block copolymers |
69 |
Takeji Hashimoto |
|
A practical approach to the living polymerization offunctionalized monomers: application to block copolymers and 3-dimensional macromolecular architectures |
85 |
Eva Harth, Anton Bosman, Didier Benoit, Brett Helms, Jean M.J. Fréchet, Craig J. Hawker* |
|
Nano-scaled ordering in highly branched regular polymer structures |
93 |
Alexander Ozerin |
|
Industrial research on polymeric materials, today and in the future |
103 |
J.A. Put |
|
Multidimensional solid-state NMR of structure and dynamics of polymers |
111 |
Hans Wolfgang Spiess |
|
A view on future directions for macromolecular science |
121 |
Norbert M. Bikales, Andrew J. Lovinger |
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Polymers from non-homopolymerizable monomers |
127 |
Dietrich Braun |
|
Polycondensation vs. cyclization of divinylsubstituted silicon compounds catalyzed by transition metal complexes |
137 |
Bogdan Marciniec,* Ewa Malecka, Mariusz Majchrzak, Yujiro Itami |
|
Control of the stereochemical structure of silicon-containing polymers |
145 |
Yusuke Kawakami |
|
Recent developments in cellulose grafting chemistry utilizing Barton ester intermediates and nitroxide mediation |
155 |
William H. Daly,* Timothy S. Evenson , Scott T. Iacono, R. Walker Jones |
|
Semi-rigid polyesters analysed using the "strong-fragile" |
|
concept |
165 |
A. Saiter, M. Hess, J.M. Saiter,* J. Grenet | |
Miscibility and kinetic behaviour of cyanate resin/polysulfone blends |
175 |
Ileana B. Recalde, Agustín Campos, Iñaki Mondragon, Clara M. Gómez* |
|
The prediction of reactivity in radical polymerisation |
187 |
Aubrey Dennis Jenkins,* Jitka Jenkins |
|
Pulsed-laser radical polymerization and propagation kinetic parameters of some alkyl acrylates |
197 |
Laurence Couvreur, Gwenaelle Piteau, Patrice Castignolles,atthew Tonge, Bernard Coutin, Bernadette Charleux, Jean-Pierre Vairon* |
|
Tailored polymer architectures by reversible addition-fragmentation chain transfer |
209 |
Ezio Rizzardo,* John Chiefari, Roshan Mayadunne, Graeme Moad, San Thang |
|
Initiation, propagation and termination in fluid phase free-radical polymerization |
213 |
Michael Buback |
|
Historical perspectives on living anionic polymerization* |
229 |
Johannes Smid |
|
The persistent radical effect in living radical polymerization - borderline cases and side-reactions |
231 |
Hanns Fischer,* Marc Souaille |
|
Unusual features of ring-opening polymerisation |
241 |
Hartwig Höcker, Helmut Keul |
|
Polymerization of methyl methacrylate with the neutral zirconocene enolate Cp2ZrMe[OC(Me)=CMe2] |
247 |
Friedhelm Bandermann,* Michael Ferenz, Reiner Sustmann, Willi Sicking |
|
Structure and reactivity of addition fragmentation agents in photochemically and thermally induced cationic polymerization |
255 |
Yusuf Yagci,* Aysen Onen, Ivo Reetz |
|
New elastomers by metallocene catalysis |
269 |
Walter Kaminsky |
|
Metallocene polyolefins and their blends |
277 |
Michael Hess, Betty Lucy Lopez,* Carmina Gartner |
|
Recent progress in polyolefin materials and processing |
295 |
Masahiro Kakugo |
|
Linear, hyperbranched, and dendrimer-like polymers containing phosphorus: synthesis and properties |
301 |
Jean-Pierre Majoral,* Anne-Marie Caminade, Sonia Merino, Laurent Brauge, Daniel Taton, Yves Gnanou |
|
Modelling of hyper-branched and network polymerisation |
307 |
Henryk Galina,* Jaromir B. Lechowicz |
|
New types of multifunctional liquid crystalline photochromic copolymers for optical data recording and storage |
319 |
Valery P. Shibaev,* Alexey Yu. Bobrovsky, Natalia I. Boiko |
|
Stars and dendrimer-like architectures by the divergent method using controlled radical polymerization |
333 |
Yves Gnanou, Daniel Taton |
|
Understanding the elastomeric properties of polymer networks |
343 |
R.F.T. Stepto,* J.I. Cail, D.J.R. Taylor, I.M. Ward, R.A. Jones |
|
Novel supramolecular polymer networks based on melamine- and imide-containing oligomers |
357 |
Ton Loontjens,* Jos Put, Betty Coussens, Ronald Lange, Jo Palmen, Ton Sleijpen, Bart Plum |
|
New neutral and ionic poly(ethylene oxide) networks by radical polymerization |
373 |
Konstantin S. Kazanskii |
|
Thermodynamics of polymeric fluids - effect of volume on the configurational entropy of chain molecules |
383 |
Akihiro Abe,* Takanori Takeda, Toshihiro Hiejima, Hidemine Furuya |
|
Structure and properties of single complex macromolecules and of related bulk systems |
393 |
Tadeusz Pakula |
|
Analysis of complex polymers by multidimensional analytical techniques |
403 |
Harald Pasch |
|
Strategies in two-dimensional liquid chromatographic separation of complex polymer systems |
413 |
Dusan Berek |
* Corrresponding author
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