Chemical Engineering
通过将Ru纳米团簇异质化到NiCoP纳米阵列上，协调多位点协同吸附，实现高选择性生物质升级和高效析氢反应
Coordinating the multi-sites synergistic adsorptions by heterogenizing Ru nanoclusters onto NiCoP nanoarrays for concurrent highly-selective biomass upgrading and efficient hydrogeA composite catalyst consisting of Ru nanoclusters heterogenized onto NiCoP nanoarrays. It is designed to facilitate multi-site synergistic adsorption for concurrent biomass upgrading and hydrogen evolution reaction (HER) at large current densities. / 一种由Ru纳米团簇异质化到NiCoP纳米阵列上组成的复合催化剂。旨在促进多位点协同吸附，以在大电流密度下同时实现生物质升级和析氢反应。
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- 物理设备
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- 农场主
- Last updated
- 2026-10-23 10:02:22
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Main parameters and performance indicators
Ru nanoclusters: Active sites for catalysisNiCoP nanoarrays: Support matrix for high surface area and conductivityLarge current densities: Operational condition for HER
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Related literature
ranked by community starsCoordinating the multi-sites synergistic adsorptions by heterogenizing Ru nanoclusters onto NiCoP nanoarrays for concurrent highly-selective biomass upgrading and efficient hydrogen evolution at large current densitiesOpen source
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1 recordsRecord title: Coordinating the multi-sites synergistic adsorptions by heterogenizing Ru nanoclusters onto NiCoP nanoarrays for concurrent highly-selective biomass upgrading and efficient hydroge.
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