On the existence of dioxygen adducts of ruthenium (II) tertiary-arsine and -phosphine complexes
β Scribed by B.R. James; L.D. Markham; A.D. Rattray; D.K.W. Wang
- Publisher
- Elsevier Science
- Year
- 1976
- Tongue
- English
- Weight
- 168 KB
- Volume
- 20
- Category
- Article
- ISSN
- 0020-1693
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β¦ Synopsis
The reported [3] I: 1 O2 absorption by RuC12-(AsPh& must be due to oxidation of 2 mol of coordinated arsine in complexes such as those listed above. The so-called 880 cm-' peroxide band is attributable to VA-, and the paramagnetism and esr signals (assigned to a Ru"'-O; moiety) are likely due to Ru(II1) arsine oxide complexes, which are known [ 121. Infrared data ascribed [3] to reaction (2) may be accounted for by the
π SIMILAR VOLUMES
Spectroscopic (i.r., far i.r., ESR, u.v.-vis) , magnetic, TGA, molar conductance and X-ray diffraction studies of new complexes of iron(III) halides with bis(tertiary phosphine/arsine oxides) Ph2E(O)(CH2),E(O)Phz(L-L ) have been reported. The complexes are of the types: (a) [Fe(L-L)2CI] [FeCI4]2 (n