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首页> 外文期刊>Bulletin of the Korean Chemical Society >Acid Catalysis via Acid‐Promoted Electron Transfer
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Acid Catalysis via Acid‐Promoted Electron Transfer

机译:酸催化通过酸促进的电子转移

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This feature article focuses on acid catalysis in various redox reactions of not only organic compounds but also metal complexes, in particular metal‐oxygen complexes via acid‐promoted electron transfer (APET). On the other hand, proton‐coupled electron transfer (PCET) has been extensively studied in relation with important biological PCET reactions such as O2 reduction in respiration and water oxidation in photosynthesis. Because PCET is normally defined as simultaneous electron and proton transfer from the same substrate, acid‐promoted electron transfer using external acids is called APET in this article. Various types of chemical transformations exhibiting acid catalysis via APET discussed in this article include C?C bond formation, C?H bond oxidation, aromatic hydroxylation, and oxygen atom transfer reactions such as sulfoxidation and epoxidation reactions.
机译:该特征文章侧重于各种氧化还原反应的酸催化,不仅是有机化合物,还具有金属配合物,特别是金属配合物,特别是金属 - 氧配合物通过酸促进的电子转移(APET)。另一方面,经质子耦合电子转移(PCET)已经广泛地研究了与在光合作用中的呼吸和水氧化的重要生物学PCET反应(如O2)中的重要性。因为PCET通常定义为来自相同基板的同时电子和质子转移,所以使用外酸的酸促进的电子转移在本文中称为APET。本制品中讨论的各种类型的化学转化通过APET讨论的APET包括C-C键形成,C-H键氧化,芳族羟基化和氧原子转移反应,例如亚磺氧化和环氧化反应。

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