Abstract The core H 2/CO/NO x mechanism is important in understanding the mechanism of
NO x formation during combustion as it forms the base model in developing kinetic models …

In this study, we performed experiments in a closed cylinder vessel to investigate the
explosion behaviors of H 2/N 2 O and CH 4/N 2 O mixtures with various equivalence ratios …

Vitiation effect is vital in the combustion-heated wind-tunnel experiments. NO 2 is an active
vitiated species which can affect the combustion properties of hydrocarbons. Ignition delay …

A gasoline compression ignition (GCI) engine would cause difficulties of ignition stability or
even misfired phenomenon at low loads. Internal exhaust gas recirculation (IEGR) …

Explosions can occur in different oxidizer atmospheres in confined spaces, which should be
given attention in regard to the fire safety in process industries. In this study, experiments …

Oxygen content plays a crucial role in influencing the characteristics and formation
processes of soot particles. This study explores the effects of varying oxygen levels on the …

This Review examines the gas-phase oxidations of hydrogen and other fuels (ammonia,
hydrazine, hydrocarbons) with nitrous oxide, running as self-ignitions, deflagrations, or …

Unsaturated hydrocarbons are major components of transportation fuels, combustion
intermediates, and unburnt exhaust emissions. Conversely, NOx species are minor species …

A revision and upgrade of the ethylene (C 2 H 4) oxidation kinetic sub-mechanism were
carried as a next step in the optimization of the C< 3 chemistry, which is a base for the …

An experimental and kinetic modeling study of the influence of O 2 addition on the ignition
behaviors of Ar diluted nitrous oxide/ethylene blend was performed. Ignition delay time (IDT) …