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High oxidation state organometallic chemistry in aqueous media: New opportunities for catalysis and electrocatalysis

机译:水性介质中的高氧化态有机金属化学:催化和电催化的新机会

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摘要

Molybdenum has been used as a case study for the rational development of a new domain of organometallic chemistry, combining oxo-stabilized high oxidation state metals and aqueous media. The pH-dependent conversion of oxo, hydroxo, and aqua ligands allows the opening of free coordination sites, while the use of a redox active metal opens possible pathways for coupled proton and electron transfer to and from activated substrates. While our work has so far only concentrated on synthesis and analytical investigations, the development of catalytic and electrocatalytic processes in water or aqueous media is a promising application of this new research area. [References: 39]
机译:钼已被用作案例研究,以合理开发有机氧化学的新领域,结合了氧稳定的高氧化态金属和水性介质。氧,氧和水配体的pH依赖型转化允许打开自由配位点,而氧化还原活性金属的使用则打开了质子和电子耦合进出活化基质的可能途径。虽然到目前为止我们的工作仅集中在合成和分析研究上,但是在水或水性介质中催化和电催化方法的发展是这一新研究领域的有希望的应用。 [参考:39]

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