Experimental and kinetic modeling investigation on pyrolysis and combustion of n-butane and i-butane at various pressures

Keyphrases

• Combustion 100%
• Kinetic Model 100%
• Butane 100%
• Pyrolysis 100%
• Experimental Modeling 100%
• Laminar Burning Velocity 20%
• Flow Reactor Pyrolysis 20%
• Butane Isomers 20%
• Species Profiles 13%
• Air Mixture 13%
• Fuel Structure 13%
• High Concentration 6%
• Alkanes 6%
• Benzene 6%
• Ignition Delay 6%
• Sensitivity Analysis 6%
• Combustion Conditions 6%
• Shock Tube 6%
• Combustion Chemistry 6%
• Rate of Production Analysis 6%
• H Atoms 6%
• Reaction Pathway 6%
• Laminar Premixed Flame 6%
• Synchrotron Vacuum Ultraviolet Photoionization Mass Spectrometry 6%
• Pressure Dependence 6%
• Fuel Pressure 6%
• Combustion Behavior 6%
• Jet-stirred Reactor 6%
• High-temperature Combustion 6%
• Detailed Kinetic Model 6%
• Pyrolysis Conditions 6%
• Time Profile 6%
• Pyrolysis Experiment 6%
• Heating Temperature 6%
• Initial Decomposition Temperature 6%
• Pyrolysis Behavior 6%
• Species Pool 6%
• C2 Species 6%
• C3 Species 6%
• Branched Isomer 6%
• Spherically Expanding Flame 6%

Engineering

• Pyrolysis 100%
• Flow Reactor 42%
• Pyrolysis Reactor 42%
• Air Mixture 28%
• Delay Time 14%
• Alkane 14%
• Ignition Delay 14%
• Premixed Flame 14%
• Kinetic Model 14%
• Heating Temperature 14%
• Obtains 14%

Chemical Engineering

• Pyrolysis 100%
• Pyrolysis Reactor 42%
• Paraffin 14%
• Mass Spectrometry 14%