A comprehensive study of CO₂ addition on soot particle formation during ethylene pyrolysis in a flow reactor

Keyphrases

• Soot Particles 100%
• Soot Formation 100%
• Flow Reactor 100%
• Particle Formation 100%
• CO2 Addition 100%
• Ethylene Pyrolysis 100%
• Hydroxyl 66%
• Mole Fraction 66%
• Soot Precursors 66%
• Kinetic Model 33%
• Pyrene 33%
• Hydroxyl Radical 33%
• Soot 33%
• Growth Rate 33%
• Benzene 33%
• Reactor 33%
• CO2 Concentration 33%
• Delay Time 33%
• Soot nucleation 33%
• Soot Mass 33%
• CO2 Effect 33%
• Gas-phase Reactions 33%
• Laminar Flow Reactor 33%
• Reaction Path Analysis 33%
• Precursor Chemistry 33%
• Mass Growth 33%
• Nucleation Growth 33%
• Propargyl 33%
• CO2 Mole Fraction 33%
• Dilution Sampling 33%
• Soot Particle Size 33%

Engineering

• Pyrolysis 100%
• Flow Reactor 100%
• Mole Fraction 100%
• Dilution 33%
• Delay Time 33%
• Laminar Flows 33%
• Phase Reaction 33%
• Gas-Phase 33%

Chemical Engineering

• Ethylene 100%
• Pyrolysis 100%