The effect of ozone additive on the enhancement of the burning velocity for premixed
methane–air flames is investigated by both experimental measurements and kinetic …

New experimental results were obtained to better assess the effect of ozone on the burning
velocity of premixed methane–air flames at atmospheric pressure and room temperature …

The enhancement effect of ozone addition for H2/CO/N2/Air premixed flames at ambient
condition is investigated both experimentally and computationally. Adiabatic laminar …

The effect of ozone (O 3) addition on laminar flame speeds (SL) across a wide pressure
range was investigated experimentally and numerically using three fuels, CH 4, C 2 H 4 and …

Ammonia (NH 3) is regarded as a promising future carbon-free fuel but needs to overcome
drawbacks including extremely low burning velocity in practical combustion apparatus. In …

This study reports experimental and kinetic modeling results on the effects of CO2 dilution
on laminar premixed methane/air flames, based on spherically propagating flames and one …

The ozone (O 3) decomposition in the pre-heat zone of flames can initiate and accelerate
the chain-branching reactions. In the present study, formaldehyde (CH 2 O) was investigated …

Control of emissions such as nitrogen oxides and carbon monoxide, was analytically
investigated by using hydrogen and carbon monoxide as an additive to methane–air flames …

The effects of steam addition on the laminar burning velocity of premixed oxygen-enriched
methane flames are investigated at atmospheric pressure. Experiments are carried out with …

Laminar burning velocities and Markstein lengths of CH 4/O 2/N 2 mixtures were measured
in a constant volume combustion chamber over a wide range of O 2 contents and …