A computational chemistry methodology for developing an oxygen-silica finite rate catalytic model for hypersonic flows

Physics & Astronomy

• computational chemistry 100%
• hypersonic flow 80%
• methodology 49%
• silicon dioxide 46%
• oxygen 36%
• defects 25%
• molecular dynamics 22%
• recombination coefficient 20%
• hypersonics 18%
• oxygen atoms 15%
• vehicles 15%
• simulation 11%
• activation energy 11%
• heating 9%
• interactions 6%
• temperature 4%

Engineering & Materials Science

• Computational chemistry 94%
• Hypersonic flow 82%
• Oxygen 49%
• Molecular dynamics 34%
• Defect structures 24%
• Defects 20%
• Hypersonic aerodynamics 17%
• Computer simulation 16%
• Activation energy 15%
• Atoms 15%
• Heating 10%
• Temperature 6%
• Experiments 5%