Supramolecular, Bifurcated N‐H⋅⋅⋅OC‐M Bonding Explains Unusually Low ν<sub>CO</sub> Frequencies in Metal Carbonyl Compounds: A Case Study

Braunstein, Pierre; Taquet, Jean‐philippe; Siri, Olivier; Welter, Richard

doi:10.1002/ange.200461175

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“…He also co-edited a multivolume handbook on metal clusters. [1] Braunstein has been a corresponding member of the French Academy of Science since 1993 and was a recipient of the Grignard-Wittig Award of the French and German Chemical Societies (SFC and GDCh).…”

Section: P Braunstein Electedmentioning

confidence: 99%

Organometallic Chemistry: P. Braunstein Elected / Surface Chemistry: Science Academy Membership for J.‐M. Basset / Organic Chemistry: P. Metrangolo Honored

2005

Angew Chem Int Ed

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Section: P Braunstein Electedmentioning

confidence: 99%

Organometallic Chemistry: P. Braunstein Elected / Surface Chemistry: Science Academy Membership for J.‐M. Basset / Organic Chemistry: P. Metrangolo Honored

2005

Angew Chem Int Ed

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Metallorganische Chemie: P. Braunstein gewählt / Grenzflächenchemie: J.‐M. Basset in der Wissenschaftsakademie / Organische Chemie: P. Metrangolo ausgezeichnet

2005

Angewandte Chemie

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Do ν(CO) Stretching Frequencies in Metal Carbonyl Complexes Unequivocally Correlate with the Intrinsic Electron‐Donicity of Ancillary Ligands?

Valyaev

Brousses

Lugan

et al. 2011

Chemistry A European J

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Schön bunt: Fluoreszenzsonden mit unterschiedlichen Farbstoffeinheiten, die auf der Grundlage einer Fluoreszenzlöschung durch eine Excitonenwechselwirkung funktionieren, fluoreszieren bei der Hybridisierung mit ihrer Zielnucleinsäure in unterschiedlichen Farben. Im Bild ist die simultane Fluoreszenz in drei Farben in einem Zellkern zu sehen, der drei unterschiedliche microRNA‐Stränge im Überschuss enthält. Links: Differenzinterferenzkontrastbild.

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Supramolecular, Bifurcated N‐H⋅⋅⋅OC‐M Bonding Explains Unusually Low ν_CO Frequencies in Metal Carbonyl Compounds: A Case Study

Abstract: Dedicated to Professor M. Veith on the occasion of his 60th birthday Infrared spectroscopy has played a central part in the identification and elucidation of the structures of metal carbonyl compounds, with the n CO spectral region being the

Cited by 3 publications

References 33 publications

Organometallic Chemistry: P. Braunstein Elected / Surface Chemistry: Science Academy Membership for J.‐M. Basset / Organic Chemistry: P. Metrangolo Honored

Organometallic Chemistry: P. Braunstein Elected / Surface Chemistry: Science Academy Membership for J.‐M. Basset / Organic Chemistry: P. Metrangolo Honored

Metallorganische Chemie: P. Braunstein gewählt / Grenzflächenchemie: J.‐M. Basset in der Wissenschaftsakademie / Organische Chemie: P. Metrangolo ausgezeichnet

Do ν(CO) Stretching Frequencies in Metal Carbonyl Complexes Unequivocally Correlate with the Intrinsic Electron‐Donicity of Ancillary Ligands?

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Supramolecular, Bifurcated N‐H⋅⋅⋅OC‐M Bonding Explains Unusually Low νCO Frequencies in Metal Carbonyl Compounds: A Case Study

Abstract: Dedicated to Professor M. Veith on the occasion of his 60th birthday Infrared spectroscopy has played a central part in the identification and elucidation of the structures of metal carbonyl compounds, with the n CO spectral region being the

Cited by 3 publications

References 33 publications

Organometallic Chemistry: P. Braunstein Elected / Surface Chemistry: Science Academy Membership for J.‐M. Basset / Organic Chemistry: P. Metrangolo Honored

Organometallic Chemistry: P. Braunstein Elected / Surface Chemistry: Science Academy Membership for J.‐M. Basset / Organic Chemistry: P. Metrangolo Honored

Metallorganische Chemie: P. Braunstein gewählt / Grenzflächenchemie: J.‐M. Basset in der Wissenschaftsakademie / Organische Chemie: P. Metrangolo ausgezeichnet

Do ν(CO) Stretching Frequencies in Metal Carbonyl Complexes Unequivocally Correlate with the Intrinsic Electron‐Donicity of Ancillary Ligands?

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Product

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Supramolecular, Bifurcated N‐H⋅⋅⋅OC‐M Bonding Explains Unusually Low ν_CO Frequencies in Metal Carbonyl Compounds: A Case Study