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Improved selectivity by stabilizing and exposing active phases on supported Pd nanoparticles in acetylene-selective hydrogenation

机译:通过在乙炔选择性加氢中稳定和暴露负载的Pd纳米颗粒上的活性相来提高选择性

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摘要

Palladium dynamics: Under hydrogenation conditions, saturating over-active palladium by carbon diffusion leads to a stable and selective particle surface. By choosing supports with suitable geometric structures and establishing a strong interaction between supports and metal particles, accumulated species can be regularly rearranged and reaction-selective phases can be exposed (see figure).
机译:钯动力学:在氢化条件下,通过碳扩散使活性过剩的钯饱和会导致稳定且选择性的颗粒表面。通过选择具有合适几何结构的载体,并在载体和金属颗粒之间建立牢固的相互作用,可以定期重新排列累积的物质,并可以暴露出反应选择相(见图)。

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