The phrase "aromatic fuel" is correct and usable in written English.
It can be used in contexts related to chemistry, fuel types, or discussions about energy sources that have a distinct smell or fragrance.
Example: "The research focused on the efficiency of aromatic fuel in comparison to traditional gasoline."
Alternatives: "fragrant fuel" or "scented fuel".
But once low aromatic fuel did not exist.
A published aromatic fuel chemical mechanism is used to understand the differences in the pathways to soot precursors among the aromatic fuels.
The aromatic fuel chemistry effect is stronger along the flame centerline than along the wing, which is consistent with the experimental results.
Smoke is rising from behind the two large-scale teepees in the farmyard where a new clay oven is being fired up, and a dozen fresh-faced employees at RCHQ are standing in a circle apparently hand-sifting its aromatic fuel, while talking about the weekend's parties.
For the non-aromatic fuels, reactions related to C2H4, C2H3 and C2H2 show the highest sensitivity for PAH formation, while with the aromatic fuel, PAH formation depends highly on reactions related to the ring structure.
The experimental data revealed that the aromatic fuel structure plays a critical role on flame propagation, with the laminar flame speed decreasing with an increase in methylation of benzene.
Three recently developed kinetic models of aromatic fuels were used to simulate the experimental data.
Benzene (A1) is mainly produced through the combination of C4 + C2 and two C3 radicals for non-aromatic fuels, and for aromatic fuels A1 mostly comes from the fuel molecule (toluene).
Sensitivity analysis was performed to investigate the kinetic effects on LBVs of the three aromatic fuels under various conditions.
Sensitivity and reaction pathway analyses were used to identify the important reactions and reaction pathways for PAH formation for both non-aromatic and aromatic fuels.
The results will be of use in the simulation of engine combustion utilizing fuel blends with substantial aromatic contents, and the modeling of the flame kinetics of aromatic fuels.
