Iron(IV
Modelling the of interaction between the oxo-molybdenum and iron porphyrin centers of sulfite oxidase.
β Scribed by Partha Basu; Arnold Raitsimring; Michael J. LaBarre; John H. Enemark
- Book ID
- 103569620
- Publisher
- Elsevier Science
- Year
- 1993
- Tongue
- English
- Weight
- 65 KB
- Volume
- 51
- Category
- Article
- ISSN
- 0162-0134
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## Abstract Combined CEPT (coupled electronβproton transfer)/OAT (oxygen atom transfer) reactions were accomplished in (Bu~4~N)~2~[Mo^IV^O(bdtCl~2~)~2~] (1) and (Bu~4~N)~2~[Mo^VI^O~2~(bdtCl~2~)~2~] (2) complexes in aqueous media. The reaction mechanism of the CEPT reaction was analyzed electrochemi
CAS SCF (complete active space SCF) calculations have been carried out on the ion-oxo-porphine A radical cation, which is a model for peroxidase compound I and catalase compound II. It is found that the electronic structure of the Fe-0 bond is unchanged by removal of an electron from a porphine II:
Three iron(III)-metal-free porphyrin dimers linked covalently with a flexible butoxy chain at the paru position of the two phenyl rings have been prepared and characterized. The hydroxylation of cyclohexane catalyzed by these dimers with molecular oxygen under mild condition has been studied prelimi