Surface-Plasmon-Induced Ammonia Decomposition on Copper: Excited-State Reaction Pathways Revealed by Embedded Correlated Wavefunction Theory

Engineering & Materials Science

• Ammonia 64%
• Atoms 20%
• Catalysis 26%
• Copper 48%
• Decomposition 43%
• Density functional theory 59%
• Desorption 69%
• Electronic structure 29%
• Excited states 100%
• Hot Temperature 9%
• Hydrogen 15%
• Hydrogen storage 25%
• Nanoparticles 19%
• Nitrogen 18%
• Surface plasmons 96%
• Thermal energy 19%
• Wave functions 83%

Physics & Astronomy

• ammonia 60%
• catalysis 17%
• copper 42%
• decomposition 45%
• density functional theory 23%
• desorption 39%
• dissociation 12%
• electronic structure 11%
• estimates 8%
• excitation 29%
• functionals 14%
• hydrogen 9%
• hydrogen atoms 14%
• nanoparticles 10%
• nitrogen atoms 17%
• perturbation theory 12%
• plane waves 12%
• plasmons 49%
• thermal energy 15%

Chemical Compounds

• Ammonia 45%
• Amount 8%
• Associative Desorption 35%
• Catalysis 12%
• Decomposition 38%
• Density Functional Theory 12%
• Desorption 30%
• Dissociation 14%
• Electronic State 14%
• Energy 9%
• Excited State 47%
• Hydrogen 10%
• Hydrogen Atom 17%
• Nanoparticle 10%
• Nitrogen Atom 16%
• Perturbation Theory 23%
• Plane Wave 26%
• Reduction 9%
• Surface 6%
• Surface Plasmon 23%