Analysis of the promoted activity and molecular mechanism of hydrogen production over fine Au-Pt alloyed TiO₂ photocatalysts

Chemical Compounds

• Photocatalysts 100%
• Hydrogen production 72%
• methyl formate 68%
• Valence bands 58%
• Metals 56%
• Photocatalytic activity 55%
• Metal nanoparticles 55%
• Gold nanoparticles 51%
• Photocatalysis 51%
• Core levels 51%
• Electrons 51%
• Nuclear magnetic resonance spectroscopy 49%
• TiO2 nanoparticles 49%
• Photocurrents 47%
• formic acid 42%
• X ray photoelectron spectroscopy 39%
• Hydrolysis 39%
• Hydrogen 35%
• Nanocomposites 35%
• Methanol 33%
• Formaldehyde 30%
• Oxidation 28%
• Gases 27%
• Liquids 21%
• Monitoring 18%

Engineering & Materials Science

• Photocatalysts 100%
• Hydrogen production 72%
• Electrons 65%
• Valence bands 58%
• Photocatalytic activity 55%
• Metal nanoparticles 55%
• Gold nanoparticles 51%
• Photocatalysis 51%
• Core levels 51%
• Electronic properties 50%
• Nuclear magnetic resonance spectroscopy 49%
• TiO2 nanoparticles 49%
• Formic acid 48%
• Photocurrents 47%
• Metals 41%
• Formaldehyde 40%
• X ray photoelectron spectroscopy 39%
• Hydrolysis 39%
• Nanocomposites 35%
• Methanol 33%
• Oxidation 28%
• Hydrogen 25%
• Liquids 21%
• Gases 18%
• Monitoring 18%