Theoretical Investigation of the Radical-Radical Reaction of O(³P) + C₂H₃ and Comparison with Gas-Phase Crossed-Beam Experiments

Medicine & Life Sciences

• ketene 100%
• Density Functional Theory 84%
• Gases 82%
• Acetylene 78%
• Kinetics 70%
• Hydrocarbons 61%
• Population Dynamics 58%
• Oryza 58%
• Carbon Monoxide 49%
• Formaldehyde 45%
• Oxygen 34%
• Population 19%

Chemical Compounds

• Potential Energy Surface 92%
• Kinetic Energy 56%
• Ketene 53%
• Energy 45%
• Acetylene 44%
• Formaldehyde 41%
• Transition State 39%
• Ground State 38%
• Isomerization 38%
• Hydrocarbon 34%
• Cleavage 33%
• Rate Constant 31%
• Decomposition 31%
• Density Functional Theory 30%
• Dioxygen 23%
• Reaction Yield 19%

Physics & Astronomy

• vapor phases 77%
• products 62%
• energy distribution 42%
• vinyl radical 42%
• potential energy 41%
• ketenes 38%
• formaldehyde 29%
• rice 29%
• isomerization 28%
• acetylene 27%
• cleavage 24%
• atoms 24%
• methylidyne 24%
• dynamic characteristics 24%
• hydrocarbons 22%
• kinetic energy 19%
• density functional theory 18%
• decomposition 18%
• ground state 16%
• oxygen 14%
• kinetics 14%
• energy 7%