Volume 32, Issue 18
Isocyclic Compounds
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ChemInform Abstract: Rhodium-Catalyzed Hydroformylation of Styrene at Low Temperature Using Potentially Hemilabile Phosphite—Phosphonate Ligands.

Caroline Roch-Neirey

Caroline Roch-Neirey

Lab. Chim., Electrochim. Mol. Chim. Anal., Fac. Sci., CNRS, Univ. Bretagne Occident., F-29285 Brest, Fr.

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Nathalie Le Bris

Nathalie Le Bris

Lab. Chim., Electrochim. Mol. Chim. Anal., Fac. Sci., CNRS, Univ. Bretagne Occident., F-29285 Brest, Fr.

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Pascale Laurent

Pascale Laurent

Lab. Chim., Electrochim. Mol. Chim. Anal., Fac. Sci., CNRS, Univ. Bretagne Occident., F-29285 Brest, Fr.

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Jean-Claude Clement

Jean-Claude Clement

Lab. Chim., Electrochim. Mol. Chim. Anal., Fac. Sci., CNRS, Univ. Bretagne Occident., F-29285 Brest, Fr.

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Herve des Abbayes

Herve des Abbayes

Lab. Chim., Electrochim. Mol. Chim. Anal., Fac. Sci., CNRS, Univ. Bretagne Occident., F-29285 Brest, Fr.

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First published: 27 May 2010

Abstract

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ChemInform Abstract

Phosphite-phosphonate ligands with both bulky phosphite and phosphonate moieties provide increased selectivity of the Rh-catalyzed hydroformylation of styrene at low temperature (conditions A).

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