Atomic Pt-clusters decoration triggers a high-rate performance on Ni@Pd bimetallic nanocatalyst for hydrogen evolution reaction in both alkaline and acidic medium

Keyphrases

• Hydrogen Evolution Reaction 100%
• Bimetallic Nanocatalyst 100%
• Acidic Medium 100%
• Ni-Pd 100%
• Pt Clusters 100%
• High-rate Performance 100%
• Alkaline Media 100%
• Nanocatalyst 50%
• Pt Nanocatalyst 30%
• Design Strategy 10%
• Carbon Black 10%
• Sulfuric Acid 10%
• Current Density 10%
• Electrocatalytic Hydrogen Evolution 10%
• Hydrogen Evolution Reaction Activity 10%
• Electrochemical Analysis 10%
• Pt Catalyst 10%
• Crystal Growth 10%
• Lattice Mismatch 10%
• Tafel Slope 10%
• Catalytic Performance 10%
• Heterogeneous nucleation 10%
• Nanoarchitecture 10%
• Hierarchical Structure 10%
• Electron Localization 10%
• Energy Applications 10%
• Electronegative 10%
• Sustainable Energy Technologies 10%
• Reduced Competition 10%
• Character Analysis 10%
• Self-aligned 10%
• C-26 10%
• Cathodic Current Density 10%
• Green Energy 10%
• Ultralow Overpotential 10%
• Facile Design 10%
• Enhanced Selectivity 10%
• Pt Content 10%
• Physical Characterization 10%

Material Science

• Hydrogen Evolution 100%
• Density 28%
• Surface (Surface Science) 28%
• Nucleation 14%
• Electrochemical Reaction 14%
• Lattice Mismatch 14%
• Crystal Growth 14%