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Chelation-assisted intermolecular hydroacylation: direct synthesis of ketone from aldehyde and 1-alkene

机译:螯合辅助分子间加氢酰化:由醛和1-烯烃直接合成酮

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摘要

Activation of the aldehydic carbon-hydrogen bond by transition-metal complexes has especially received inter- est because of its relevance to organic synthesis through conversion of aldehyde into ketone (i.e., hydroacylation). A negative consequence in the synthesis of ketone from Aldehyde is decarbonylation in the acylmental intemedi- Ate, formed by cleavage of the aldehydic carbon- Hydrogen bond.
机译:过渡金属络合物对醛碳氢键的活化特别受到关注,因为它与通过醛转化成酮(即加氢酰化)的有机合成有关。由醛合成酮的不利结果是在酰基间中间体中的羰基脱羰,该醛由醛碳-氢键的裂解形成。

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