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Metal vapor synthesis of ultrasmall Pd nanoparticles functionalized with N-heterocyclic carbenes

机译:用N-杂环碳化物官能化超大PD纳米粒子的金属蒸气合成

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摘要

The synthesis of N-heterocyclic carbene (NHC)-stabilized palladium nanoparticles (PdNPs) by an entirely new strategy comprising the NHC functionalization of ligand-free PdNPs obtained by metal vapor synthesis is described. Detailed characterization confirms the formation of very small monodisperse PdNPs (2.3 nm) and the presence of the NHC ligand on the Pd surface. The stable NHC-functionalized PdNPs dispersed onto a carbon support showed high activity in the hydrogenation of limonene with enhanced regiosetectivity in comparison to bare PdNPs on carbon.
机译:描述了通过包含金属蒸汽合成获得的无键式的无配体PDNP的NHC官能化的全新策略来合成N-杂环脱氧钯(NHC) - 钯纳米颗粒(PDNP)。 详细表征证实了非常小的单分散PDNPS(2.3nm)的形成以及Pd表面上的NHC配体的存在。 分散在碳载体上的稳定的NHC官能化PDNPS在含有碳的裸PDNPS上具有增强的区域,在柠檬烯的氢化中显示出高活性。

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