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Synthetic High‐Valent M–O–X Oxidants
European Journal of Inorganic Chemistry ( IF 2.2 ) Pub Date : 2018-01-15 , DOI: 10.1002/ejic.201701072
Paolo Pirovano 1 , Aidan R. McDonald 1
Affiliation  

High‐valent metal–oxygen species (M–O–X species, as opposed to terminal metal‐oxo, M=O, species) have been found to constitute a large family of capable oxidants. Herein, synthetic high‐valent complexes with hydroxide, alkoxide and other anionic O‐atom ligands, as well as O–Lewis acid adducts, are reviewed with a focus on their reactivity. Mn, Fe and Ru complexes are described, as well as recent additions to the field containing late transition metals (Co, Ni, Cu). These species are competent in a range of oxidations, and in particular they are capable of hydrogen atom transfer from strong C–H bonds. We explore how their reaction mechanisms and oxidising potency are modulated by the O‐atom ligand.

中文翻译:

合成高价M–O–X氧化剂

已发现高价金属-氧物种(M-O-X物种,而不是末端金属-氧代,M = O,物种)构成了一大批有效的氧化剂。在此,对与氢氧化物,醇盐和其他阴离子O-原子配体以及O-路易斯酸加合物的合成高价络合物进行了综述,重点是它们的反应性。描述了Mn,Fe和Ru配合物,以及该领域最近添加的含有后期过渡金属(Co,Ni,Cu)的化合物。这些物质能胜任各种氧化反应,尤其是能够从强C–H键转移氢原子。我们探索O原子配体如何调节它们的反应机理和氧化能力。
更新日期:2018-01-15
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