We experimentally studied and kinetically modeled the effects of hydrogen addition on soot
formation in methane and ethylene counterflow diffusion flames (CDFs). To isolate the …

Soot particles and their precursor polycyclic aromatic hydrocarbon (PAH) species, formed
during combustion, are responsible for particulate emissions in gasoline direct injection …

Due to concerns over pollutant emissions and ever-increasing energy crisis, ammonia as a
fuel additive is being considered an effective alternative to control polycyclic aromatic …

A practical reaction model for the formation and oxidation of polycyclic aromatic
hydrocarbons (PAHs) up to coronene (A 7) was developed focusing on two diesel surrogate …

The sooting propensity of a fuel is closely coupled with the fuel composition and chemistry. A
detailed understanding of their effects is, therefore, needed to develop next-generation fuels …

Oxygenated fuels are usually employed as alternative or additive fuels to gasoline and
diesel fuels in order to reduce soot emissions. By involving the most recent reaction …

Blending diesel and gasoline is a promising way to stabilize combustion process and
reduce emissions of NOx and soot in the Homogeneous Charge Compression Ignition …

Understanding the formation of soot precursors requires properly taking into account their
diverse structure and chemistry. To study the extent of this variety in a realistic combustion …

This study reports experimental data regarding the effects of the addition of propene and
propane in the fuel stream on soot formation in acetylene counterflow diffusion flames …

The impact of OH• generation during the oxidative coupling of methane (OCM) is simulated
using state‐of‐the‐art gas‐phase chemistry and a comprehensive chemical kinetic model …