The rapid formation of nitric oxide (NO) within the flame front of hydrocarbon flames,
occurring via the prompt-NO formation route, is strongly coupled to the concentration of the …

The influence of alkane and alcohol molecular structures on nitric oxide (NO) pollutant
formation trends is investigated through the study of C 1–C 3 alkanes and alcohols in …

This study provides fundamental experimental evidence for the influence of exhaust gas
recirculation (EGR) on the formation of NO x and reactivity of premixed flames at …

A comparative study of syngas and biogas fuel blends, comprising of CH 4, H 2, CO, and CO
2, is conducted to validate current natural gas kinetics models and to assess nitric oxide …

There exists interest in using alcohols as renewable, lower emission fuels. It has been
observed that alcohol flames generally produce lower concentrations of NO emissions and …

Burning velocity and probe sampling measurements of the concentrations of O2, CO2, CO
and NO in the post-flame zone of ethane+ air flames are reported. The heat flux method was …

Quantitative non-intrusive measurements of NO species using the Laser Induced
Fluorescence technique are reported in laminar counterflow syngas–air diffusion flames for …

Quantitative laser-induced fluorescence (LIF) measurements of nitric oxide concentrations
[NO] have been obtained along the centerline in atmospheric pressure methane–air and …

Abstract Laser-Induced Fluorescence (LIF) is an essential optical diagnostic technique for
the high-resolution and low-uncertainty measurement of combustion species concentration …

This article presents a combined experimental and modeling approach for the study of NO
formation in premixed stagnation flames. In the experiments, one-dimensional (1-D) Particle …