Predicting CH₄ dissociation kinetics on metals: Trends, sticking coefficients, h tunneling, and kinetic isotope effect

Physics & Astronomy

• isotope effect 88%
• dissociation 66%
• trends 61%
• methane 59%
• kinetics 48%
• coefficients 44%
• rhodium 42%
• metals 41%
• adsorption 24%
• iridium 20%
• ruthenium 20%
• steam 17%
• molecules 17%
• atoms 16%
• energy 14%
• fragments 13%
• silver 13%
• energy levels 13%
• degrees of freedom 13%
• nickel 13%
• gold 12%
• activation energy 11%
• continuums 11%
• temperature dependence 10%
• hydrogen 10%
• temperature 9%
• estimates 9%
• predictions 8%

Engineering & Materials Science

• Isotopes 100%
• Methane 60%
• Metals 52%
• Rhodium 50%
• Rate constants 40%
• Atoms 33%
• Molecules 31%
• Adsorption 31%
• Correlation theory 25%
• Ruthenium 24%
• Iridium 23%
• Steam reforming 19%
• Temperature 19%
• Electron energy levels 18%
• Reforming reactions 18%
• Silver 17%
• Gold 17%
• Activation energy 16%
• Nickel 15%
• Hydrogen 12%

Chemical Compounds

• Kinetic Isotope Effect 89%
• Tunneling 82%
• Dissociation 58%
• Methane 51%
• Metal 36%
• Adsorption Energy 33%
• Quantum Transition 28%
• Surface 25%
• Rate Constant 21%
• Vibrational Energy 20%
• Steam Reforming 18%
• Transition State 13%
• Molecule 11%
• Reaction Activation Energy 11%
• Catalysis 10%
• Hydrogen 8%
• Energy 7%
• Application 5%