Tri-Atomic Pt clusters induce effective pathways in a Co_core-Pd_shellnanocatalyst surface for a high-performance oxygen reduction reaction

Keyphrases

• High Performance 100%
• Oxygen Reduction Reaction 100%
• Pt Clusters 100%
• Cluster Size 40%
• High Efficiency 20%
• Size Reduction 20%
• Single Atom 20%
• Pt(111) 20%
• Adsorption Energy 20%
• Physicochemical Properties 20%
• Low-Pt 20%
• Density Functional Theory 20%
• Heteroatom 20%
• Fuel Cell 20%
• Reaction Performance 20%
• Bimetallic Nanocatalyst 20%
• Electronegativity Difference 20%
• Sub-nanometer 20%
• Core-shell 20%
• Petrochemicals 20%
• Cluster Structure 20%
• Lattice Strain 20%
• Nanometre 20%
• Synergetic Effect 20%
• Reaction Efficiency 20%
• Pt Atom 20%
• Local Domain 20%
• Heterogeneous Catalyst 20%
• Ensemble Size 20%
• Kinetic Performance 20%
• Experimental Synthesis 20%
• Size Regulation 20%
• Atom Utilization 20%
• Oxygen Adsorption Energy 20%
• Green Economy 20%

Material Science

• Density 100%
• Chemical Property 100%
• Surface (Surface Science) 100%

Chemistry

• Oxygen Reduction Reaction 100%
• Adsorption Energy 40%
• Density Functional Theory 20%
• Electronegativity 20%
• Fuel Cell 20%
• Statistical Ensemble 20%
• Heteroatom 20%
• Cluster Structure 20%
• Heterogeneous Catalyst 20%