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Subnanometric Gold Clusters on CeO2 with Maximized Strong Metal–Support Interactions for Aerobic Oxidation of Carbon–Hydrogen Bonds

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We report the synthesis of subnanometric Au clusters with average diameters at 1.2 nm on a low-crystallinity CeO2 support (sub-Au/LC-CeO2), which exhibit high activities and selectivities in the aerobic oxidation… Click to show full abstract

We report the synthesis of subnanometric Au clusters with average diameters at 1.2 nm on a low-crystallinity CeO2 support (sub-Au/LC-CeO2), which exhibit high activities and selectivities in the aerobic oxidation of C–H bonds on a series of petroleum-derived hydrocarbons under solvent-free conditions. This phenomenon is strongly related to the maximized strong metal–support interactions between subnanometric Au and the LC-CeO2 support.

Keywords: metal support; maximized strong; aerobic oxidation; support interactions; strong metal; support

Journal Title: ACS Sustainable Chemistry & Engineering
Year Published: 2018

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