Size Effect of Atomic Gold Clusters for Carbon Monoxide Passivation at Ru_core-Pt_shell Nanocatalysts

Engineering & Materials Science

• Nanocatalysts 100%
• Passivation 69%
• Carbon monoxide 63%
• Gold 62%
• Core shell nanoparticles 35%
• Density functional theory 28%
• Intercalation 28%
• Polyols 27%
• Ligands 25%
• Chemical analysis 25%
• Relocation 23%
• Sorption 22%
• Shielding 19%
• Electrons 19%
• Molecules 18%
• Fuel cells 17%
• Oxidation 16%
• Catalysts 16%
• Durability 15%

Physics & Astronomy

• carbon monoxide 65%
• passivity 53%
• gold 45%
• relocation 16%
• poisoning 15%
• chemical analysis 13%
• fuel cells 13%
• intercalation 13%
• sorption 12%
• durability 12%
• ligands 11%
• catalysts 10%
• shielding 10%
• density functional theory 8%
• oxidation 8%
• nanoparticles 7%
• molecules 6%
• electrons 4%

Chemical Compounds

• Size Effect 65%
• Chemical Passivation 58%
• Carbon Monoxide 50%
• Molecular Cluster 37%
• Electron Localization 15%
• Polyol 12%
• Surface Structure 11%
• Intercalation Compound 10%
• Sorption 8%
• Surface 7%
• Density Functional Theory 7%
• Nanoparticle 5%
• Reduction 5%
• Oxidation Reaction 5%
• Ligand 5%
• Catalyst 4%
• Molecule 4%