ChemInform Abstract: FORMATION AND DISSOCIATION MECHANISM OF AMIDE COMPLEXES. V. INTERCONVERSION OF DIMERIC AND MONOMERIC COPPER(2+) COMPLEXES WITH 1,8‐DIAMINO‐3,6‐DIAZA‐2,7‐OCTANEDIONE: COMPARISON BETWEEN THE REACTIVITY OF TERMINAL AND INTERNAL AMIDE GROUPS

Zuberbuehler, Andreas D.; Kaden, T. A.

doi:10.1002/chin.198236263

Chemischer Informationsdienst

1982

DOI: 10.1002/chin.198236263

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ChemInform Abstract: FORMATION AND DISSOCIATION MECHANISM OF AMIDE COMPLEXES. V. INTERCONVERSION OF DIMERIC AND MONOMERIC COPPER(2+) COMPLEXES WITH 1,8‐DIAMINO‐3,6‐DIAZA‐2,7‐OCTANEDIONE: COMPARISON BETWEEN THE REACTIVITY OF TERMINAL AND INTERNAL AMIDE GROUPS

Andreas D. Zuberbuehler¹,

T. A. Kaden²

Abstract: Die Geschwindigkeitskonstanten für die Deprotonierung und Protonierung der koordinierten Amidgruppen in den Cu‐Komplexen (I)‐(III) von 1,8‐Diamino‐3,6‐diaza‐2,7‐octandion werden mittels Spektrophotometrie ermittelt.

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ChemInform Abstract: FORMATION AND DISSOCIATION MECHANISM OF AMIDE COMPLEXES. V. INTERCONVERSION OF DIMERIC AND MONOMERIC COPPER(2+) COMPLEXES WITH 1,8‐DIAMINO‐3,6‐DIAZA‐2,7‐OCTANEDIONE: COMPARISON BETWEEN THE REACTIVITY OF TERMINAL AND INTERNAL AMIDE GROUPS

Abstract: Die Geschwindigkeitskonstanten für die Deprotonierung und Protonierung der koordinierten Amidgruppen in den Cu‐Komplexen (I)‐(III) von 1,8‐Diamino‐3,6‐diaza‐2,7‐octandion werden mittels Spektrophotometrie ermittelt.

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