Merci à nos commanditaires Fondation Barré Thank you to our sponsors C O N F É R E N C E DE LA SEMAINE PROFESSEUR DIDIER BOURISSOU Laboratoire Hétérochimie Fondamentale et Appliquée Université Paul Sabatier (Toulouse, France) POLYFUNCTIONAL LIGANDS AND LATE TRANSITION METALS: FROM UNUSUAL COORDINATION MODES TO ORIGINAL REACTIVITY PATTERNS VENDREDI 25 NOVEMBRE 2011 Salle G-715, Pavillon Roger-Gaudry 11 h 30 FRIDAY, NOVEMBER 25, 2011 Room G-715, Roger Gaudry Building 11:30 a.m. Résumé : Over the last few years, our group has been studying the coordination properties of ambiphilic ligands. Our approach consists in using donor groups, typically phosphines, to support original metal / ligand interactions. This strategy was first used to investigate the coordination of Lewis acids as sigma-acceptor ligands (Z-type ligands). We are now extrapolating this approach to the coordination and activation of inert sigma-bonds. This presentation will sumarize our last results in these two projects. Particular attention will be devoted to the structure of the isolated complexes that will be discussed on the basis of spectroscopic, crystallographic and computational data.
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Merci à nos commanditaires
FondationBarré
Thank you to our sponsors
C O N F É R E N C E DE LA SEMAINE
PROFESSEUR DIDIER BOURISSOU Laboratoire Hétérochimie Fondamentale et Appliquée
Université Paul Sabatier (Toulouse, France)
POLYFUNCTIONAL LIGANDS AND LATE TRANSITION METALS: FROM UNUSUAL COORDINATION MODES
TO ORIGINAL REACTIVITY PATTERNS
VENDREDI 25 NOVEMBRE 2011 Salle G-715, Pavillon Roger-Gaudry
11 h 30
FRIDAY, NOVEMBER 25, 2011 Room G-715, Roger Gaudry Building
11:30 a.m.
Résumé : Over the last few years, our group has been studying the coordination properties of ambiphilic ligands. Our approach consists in using donor groups, typically phosphines, to support original metal / ligand interactions. This strategy was first used to investigate the coordination of Lewis acids as sigma-acceptor ligands (Z-type ligands). We are now extrapolating this approach to the coordination and activation of inert sigma-bonds. This presentation will sumarize our last results in these two projects. Particular attention will be devoted to the structure of the isolated complexes that will be discussed on the basis of spectroscopic, crystallographic and computational data.
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