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Gold-catalyzed oxidation in organic synthesis: a promise kept

机译:有机合成中的金催化氧化:保留的承诺

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摘要

An overview of Prof. Michele Rossi's recent research and related scientific context is presented, dealing with liquid and gas phase oxidation of some organic compounds by gold catalysis. The application of mono- and bimetallic gold nanoparticles as an aid for organic synthesis has been mainly devoted to the aerobic oxidation of alcohols and aldehydes, as well as to the new synthesis of conducting polymers, thus demonstrating the superior performance of gold in terms of activity, selectivity and durability in comparison with traditional Pd and Pt catalysts. Starting from the observation that oxygen activation towards organic compounds occurs mainly in the presence of nanometric gold clusters, the outstanding properties of colloidal "naked" particles are also discussed. Thorough kinetic studies suggest models for interpreting the aerobic oxidation of glucose, thereby shedding light on the molecular mechanism, whilst the perspective for industrial applications of supported gold catalysts shows how the "yellow metal" is more than a promise.
机译:介绍了米歇尔·罗西(Michele Rossi)最近的研究和相关科学环境的概述,涉及通过黄金催化对某些有机化合物的液体和气相氧化。单金属和双金纳米颗粒作为有机合成的辅助,主要致力于醇和醛的有氧氧化,以及用于导电聚合物的新合成,从而证明了在活性方面的优越性能与传统的PD和PT催化剂相比,选择性和耐用性。从观察到氧气向有机化合物的观察主要发生在纳米金簇的情况下,还讨论了胶体“裸”颗粒的出色特性。彻底的动力学研究提出了解释葡萄糖的有氧氧化的模型,从而散发出分子机制的灯光,而支持的金催化剂的工业应用观点则表明,“黄金金属”如何不仅仅是希望。

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