Combustion is a reactive oxidation process that releases energy bound in chemical
compounds used as fuels─ energy that is needed for power generation, transportation …

Low temperature combustion of n-heptane was investigated through an experimental and
numerical study of laminar cool flame structure and propagation speeds. Lean and …

Experimental flame characterization is necessary for the development and validation of
chemical kinetics models. Low temperature oxidation produces a cool flame, which is a …

Ozone (O 3) has been shown to accelerate low and high temperature chemistry and is a
promising strategy to effectively enhance and control combustion and ignition processes …

A recently developed experimental setup for the study of cool flames was employed to
investigate low temperature combustion of propane. Cool flames were stabilized though …

The partial oxidation of ethylene in a methane atmosphere by pure oxygen is the most
important industrial process for the synthesis of ethylene oxide. However, due to the high …

Low temperature combustion behavior is critical to understand for advanced combustor
design and safety, but cool flames are challenging to study under chemistry-transport …

Flat flame burners are valuable tools for studying complex combustion phenomena like
particle synthesis due to the well-controlled and well-behaved initial and boundary …

This study aims to investigate the feasibility of experimental determination of DME/O 2/O 3
cool flame propagation speeds using Particle Image Velocimetry (PIV) in a stagnation plate …

We have designed and constructed a Hencken-type burner that produces a 38-mm-long
linear laminar partially premixed co-flow diffusion flame. This burner was designed to …