How to make a major shift in a redox potential: ligand control of the oxidation state of dimolybdenum units

Authors :: Cotton, F. Albert
Daniels, Lee M.
Liu, Chun Y.
Murillo, Carlos A.
Schultz, Arthur J.
Wang, Xiaoping
Source :: Inorganic Chemistry. August 12, 2002, Vol. 41 Issue 16, p4232, 7 p.
Publication Year :: 2002
Abstract: Research has been conducted on the (Bu (super)n (sub)4 N) (sub)2 H (sub)2{Mo (sub)2[Mo(CO) (sub)4 (PhPO (sub)2) (sub)2](sub)2}. The study of this compound has been carried out and the results indicate that hydrogen atoms are not present in in this formula.

Subjects :: Chemistry, Inorganic -- Research
Molybdenum -- Physiological aspects
Ligands -- Physiological aspects
Oxidation-reduction reaction -- Physiological aspects
Chemical reactions -- Analysis
Phosphorus -- Physiological aspects
Nitrogen -- Physiological aspects
Carbon monoxide -- Physiological aspects
Chemistry

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