Mechanistic Insights into Photocatalyzed Hydrogen Desorption from Palladium Surfaces Assisted by Localized Surface Plasmon Resonances

Engineering & Materials Science

• Surface plasmon resonance 100%
• Palladium 83%
• Desorption 72%
• Hydrogen 50%
• Excited states 41%
• Antennas 40%
• Acetylene 33%
• Hydrogenation 31%
• Plasmonic nanoparticles 24%
• Photocatalysis 19%
• Plasmonics 18%
• Carrier concentration 17%
• Negative ions 17%
• Metals 16%
• Charge transfer 16%
• Ethylene 13%
• Electrons 12%
• Chemical reactions 12%
• Nanoparticles 12%
• Molecules 12%
• Aluminum 9%

Physics & Astronomy

• palladium 67%
• surface plasmon resonance 62%
• desorption 55%
• antennas 54%
• hydrogen 38%
• reactors 28%
• acetylene 28%
• hydrogenation 27%
• valence 18%
• excitation 18%
• nanoparticles 16%
• negative ions 13%
• embedding 12%
• metals 12%
• self consistent fields 12%
• ethylene 12%
• chemical reactions 11%
• charge transfer 10%
• assembly 10%
• perturbation theory 10%
• aluminum 8%
• oscillations 7%
• molecules 6%
• electronics 6%
• electrons 5%
• energy 3%

Chemical Compounds

• Acetylene 57%
• Valence Electron Density 54%
• Desorption 48%
• Palladium 47%
• Hydrogenation 46%
• CASSCF Calculation 42%
• Excited Electronic State 38%
• Perturbation Theory 36%
• Hydrogen 31%
• Nanoparticle 31%
• Valence 27%
• Excited State 25%
• Charge Transfer 21%
• Surface 20%
• Metal 14%