Litcius/Paper detail

Shock-tube study of the influence of oxygenated additives on benzene pyrolysis: Measurement of optical densities, soot inception times and comparison with simulations

Damien Nativel, Jürgen Herzler, Simon Krzywdziak, Sebastian Peukert, Mustapha Fikri, Christof Schulz

2022Combustion and Flame15 citationsDOI

Topics & Concepts

SootChemistryShock tubeBenzeneAnalytical Chemistry (journal)PyrolysisAbsorption (acoustics)FuranMethylcyclohexaneDimethyl etherExtinction (optical mineralogy)Isothermal processBar (unit)DimethoxymethaneMethanolShock waveThermodynamicsPhysical chemistryCombustionOrganic chemistryMaterials scienceTolueneComposite materialMeteorologyPhysicsMineralogyAdvanced Combustion Engine TechnologiesCombustion and flame dynamicsAtmospheric chemistry and aerosols
Shock-tube study of the influence of oxygenated additives on benzene pyrolysis: Measurement of optical densities, soot inception times and comparison with simulations | Litcius