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Based on models resulting from the merging of validated kinetic schemes, a reaction mechanism is developed and especially tailored to describe combustion of n-propanol/hydrogen blends in high temperature regimes. The proposed model, featuring 287 species and 2761 reactions, has been validated using stoichiometric, low-pressure, premixed n-propanol/oxygen/argon flames available in the literature. Reasonably...
Mole fractions and formation-depletion pathways of the first aromatic ring and its precursors, acetylene and propargyl radical as well as those of naphthalene are numerically investigated during the co-combustion of 1,3-butadiene/H2 mixtures in low pressure premixed laminar flames conditions. The molar fraction of H2 in the mixture is varied from 0 to 60% by adding 10% of hydrogen to the neat butadiene...
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