A Bimetallic Phosphide@Hydroxide Interface for High-Performance 5-Hydroxymethylfurfural Electro-Valorization

Physics & Astronomy

• phosphides 100%
• hydroxides 82%
• catalysts 40%
• performance 32%
• oxidation 26%
• metal oxides 13%
• birds 9%
• low conductivity 9%
• water splitting 9%
• cells 7%
• rocks 7%
• acids 6%
• anodes 6%
• transition metals 6%
• cathodes 5%
• engineering 5%
• conductivity 4%
• products 4%
• hydrogen 4%
• oxygen 4%
• electric potential 3%
• electronics 3%
• metals 3%

Chemical Compounds

• 5-Hydroxymethylfurfural 91%
• Hydroxide 59%
• Catalyst 30%
• Oxidation Reaction 27%
• Conductivity 16%
• Metal Oxide 10%
• Anode 8%
• Cathode 8%
• Voltage 8%
• Green 8%
• Hydrogen 6%
• Dioxygen 5%
• Metal 5%
• Acid 4%

Engineering & Materials Science

• Catalysts 61%
• Oxidation 42%
• Oxygen evolution reaction 23%
• Transition metal oxides 20%
• Anodic oxidation 17%
• Metals 15%
• Catalyst activity 15%
• Birds 14%
• Cathodes 12%
• Anodes 11%
• Acids 11%
• Oxides 10%
• Hydrogen 9%
• Substrates 8%
• Water 6%
• Electric potential 6%