Results 231 to 240 of about 229,924 (266)
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1975
Publisher Summary A very large number of stable copper(1) complexes exist in a variety of stoichiometries. In few of these complexes, does the formal coordination number of the metal atom exceed four. Indeed, along with silver(1) and gold(I), it is one of the few oxidation states to exhibit regularly the low coordination numbers two and three.
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Publisher Summary A very large number of stable copper(1) complexes exist in a variety of stoichiometries. In few of these complexes, does the formal coordination number of the metal atom exceed four. Indeed, along with silver(1) and gold(I), it is one of the few oxidation states to exhibit regularly the low coordination numbers two and three.
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Complexes of copper(II) with pyrrolidine
Australian Journal of Chemistry, 1961Broomhead, J. A. +2 more
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2013
The synthesized novel Siamese-twin porphyrin LH4 was designed as a chelating macrocyclic ligand to bind two metals in close proximity. The twin N4 pockets are negatively charged twice after deprotonation. Most first row transition metals exhibit a stable oxidation state of 2 + [1].
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The synthesized novel Siamese-twin porphyrin LH4 was designed as a chelating macrocyclic ligand to bind two metals in close proximity. The twin N4 pockets are negatively charged twice after deprotonation. Most first row transition metals exhibit a stable oxidation state of 2 + [1].
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Materials Science and Engineering B: Solid-State Materials for Advanced Technology, 2020
Akihiro Yabuki +2 more
exaly
Akihiro Yabuki +2 more
exaly
Rational Design of an Enneanuclear Copper(II) Complex with a Metallacyclophane Core
Angewandte Chemie - International Edition, 2004Rafael Ruiz-Garcia +2 more
exaly
A new trinuclear copper complex and its reactions with plasmid DNA
Inorganica Chimica Acta, 1996Kenneth Karlin +2 more
exaly