International audienceThis article highlights the most representative results on the use of coordination compounds in polymerization reactions, since the version of the Comprehensive Coordination Chemistry II by Gibson and Marshall (2003). Noteworthy developments of more efficient catalysts and related significant advancements in coordination polymerization of olefins, radical polymerization, lactide and related cyclic esters polymerization and CO2/epoxides polymerization are discussed therei
Abstract: Metal catalyzed polymerizations are chain reactions necessitating a constant valence of th...
The discovery by Brookhart and Gibson that late transition metals supported by diimine ligands could...
Chapter One introduces two classes of late-transition metal ethylene polymerization catalysts. The f...
International audienceThis article highlights the most representative results on the use of coordina...
peer reviewedThis bibliography-based review paper is concerned with mechanisms of coordination polym...
International audienceThis Perspective article summarizes efforts paid in our group to develop effic...
Phenolates represent versatile ligand scaffolds capable of stabilizing a large variety of both oxoph...
International audienceThis article is an account of work, mostly carried out in the authors' laborat...
For this Special Issue, which is part of the Organic and Polymer Chemistry Section, we would like to...
Economic pressure, environmental issues and ever increasing demand are driving the shift from oil-ba...
Organometallic chemistry has provided the foundation for the development of a wide range of new olef...
Color poster with text, charts, and images.The purpose of this study was to synthesize new families ...
The catalysis of organic reactions by soluble metal complexes has become a major tool in synthesis, ...
Summary: Neutral zinc alkoxide complexes show high activity toward the ring-opening polymerization o...
This article describes the synthesis and polymerization catalysis of rare earth metal bis(alkyl) com...
Abstract: Metal catalyzed polymerizations are chain reactions necessitating a constant valence of th...
The discovery by Brookhart and Gibson that late transition metals supported by diimine ligands could...
Chapter One introduces two classes of late-transition metal ethylene polymerization catalysts. The f...
International audienceThis article highlights the most representative results on the use of coordina...
peer reviewedThis bibliography-based review paper is concerned with mechanisms of coordination polym...
International audienceThis Perspective article summarizes efforts paid in our group to develop effic...
Phenolates represent versatile ligand scaffolds capable of stabilizing a large variety of both oxoph...
International audienceThis article is an account of work, mostly carried out in the authors' laborat...
For this Special Issue, which is part of the Organic and Polymer Chemistry Section, we would like to...
Economic pressure, environmental issues and ever increasing demand are driving the shift from oil-ba...
Organometallic chemistry has provided the foundation for the development of a wide range of new olef...
Color poster with text, charts, and images.The purpose of this study was to synthesize new families ...
The catalysis of organic reactions by soluble metal complexes has become a major tool in synthesis, ...
Summary: Neutral zinc alkoxide complexes show high activity toward the ring-opening polymerization o...
This article describes the synthesis and polymerization catalysis of rare earth metal bis(alkyl) com...
Abstract: Metal catalyzed polymerizations are chain reactions necessitating a constant valence of th...
The discovery by Brookhart and Gibson that late transition metals supported by diimine ligands could...
Chapter One introduces two classes of late-transition metal ethylene polymerization catalysts. The f...
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