Shock tube and modeling study of 2,7-dimethyloctane pyrolysis and oxidation

Engineering

• Delay Time 100%
• Ignition Delay 100%
• Modeling Study 100%
• Pyrolysis 100%
• Rate Constant 66%
• Temperature Range 66%
• Time History 66%
• Low-Temperature 33%
• Computer Simulation 33%
• Equivalence Ratio 33%
• Data Show 33%
• Reflected Shock 33%
• Intermediate Temperature 33%
• Iso 33%
• Mols 33%
• Removal Rate 33%
• Fischer-Tropsch 33%
• Kinetic Model 33%
• Pressure Range 33%
• Data Point 33%
• Fossil Fuel 33%
• Temperature Coefficient 33%
• Molecular Weight 33%

Keyphrases

• Pyrolysis Experiment 66%
• Fuel Removal 33%
• High Temperature Regime 33%
• Volume Method 33%
• Qualitative Trend 33%
• Temperature Span 33%
• Constrained Reaction Volume 33%