Kinetic and mechanistic investigations of F + H₂O/D₂O and F + H₂/D₂ over the temperature range 240-373 K

Engineering & Materials Science

• Molecules 95%
• Rate constants 90%
• Potential energy surfaces 81%
• Atoms 76%
• Isotopes 60%
• Activation energy 51%
• Temperature 39%
• Deuterium 35%
• Fluorine 33%
• Reaction rates 27%
• Scattering 23%

Chemical Compounds

• Tunneling 100%
• Kinetic Isotope Effect 71%
• Rate Constant 64%
• Potential Energy Surface 62%
• Reaction Activation Energy 45%
• Transition State Theory 38%
• Deuterium(.) 29%
• Fluorine Atom 28%
• Ab Initio Calculation 28%
• Resonance 26%
• Error 24%
• Flow 21%
• Pressure 18%

Physics & Astronomy

• kinetics 58%
• deuterium fluorides 38%
• isotope effect 30%
• molecules 29%
• temperature 29%
• potential energy 23%
• atoms 21%
• activation energy 20%
• resonance scattering 16%
• fluorine 14%
• confidence 13%
• deuterium 13%
• reaction kinetics 12%
• predictions 7%