Tuning the chemistry of metal surfaces: I. Adsorption and reaction of NO and N₂O on ultrathin Pd films on Ta(110)

Engineering & Materials Science

• Ultrathin films 100%
• Nitric oxide 85%
• Monolayers 72%
• Adsorption 60%
• Tuning 48%
• Metals 39%
• Desorption 23%
• Chemisorption 20%
• Electron energy loss spectroscopy 12%
• Chemical reactivity 10%
• Temperature programmed desorption 10%
• Electronic structure 10%
• Precious metals 9%
• Reaction rates 7%
• Chemical properties 7%
• Film thickness 7%
• Activation energy 7%
• Temperature 2%
• Experiments 2%

Physics & Astronomy

• nitric oxide 75%
• metal surfaces 60%
• chemistry 53%
• adsorption 47%
• tuning 46%
• reactivity 27%
• desorption 24%
• chemisorption 15%
• noble metals 7%
• chemical properties 7%
• reaction kinetics 6%
• film thickness 5%
• energy dissipation 5%
• interactions 5%
• electron energy 5%
• electronic structure 5%
• activation energy 5%
• saturation 4%
• products 4%
• high resolution 4%
• shift 4%
• probes 4%
• temperature 4%
• spectroscopy 3%

Chemical Compounds

• Nitric Oxide 59%
• Chemistry 36%
• Monolayer 36%
• Adsorption 30%
• Liquid Film 29%
• Metal 27%
• Desorption 21%
• Surface 19%
• Chemisorption 12%
• High Resolution Electron Energy Loss Spectroscopy 9%
• Electronic State 5%
• Reaction Activation Energy 4%
• Probe 4%