Based on the previous work, this paper presents a thorough review of the laboratory studies
of IDF (inverse diffusion flame), introducing its history, its current development and …

A novel diagnostic is proposed to characterize the maturity of soot particles in a laminar
axisymmetric coflow ethylene diffusion flame in terms of the spectral dependence of soot …

OH* chemiluminescence is one of the major spontaneous emission in flames, and often
applied in combustion diagnostics to indicate flame structure, strain rate, equivalence ratio …

Infrared thermography can be used to provide useful insights into the characteristics of flows
containing participating media (eg, CO 2, H 2 O vapor, CO, CH 4, etc.). What can make this …

This paper reports an experimental study of the effects of oxygen concentration (OC) in the
oxidant stream on the characteristics of laminar co-flow ethylene diffusion sooting flames …

A numerical study is conducted using the CoFlame code to investigate the sooting
characteristics of ethylene-fueled laminar coflow inverse diffusion flames (IDFs), aiming to …

Blending ammonia with hydrocarbon fuels is a promising pathway to expedite its use in
different industries, as it might offer a good compromise between energy output and …

Despite the extensive studies, accurate and reliable modeling of the soot inception process,
especially at high pressure conditions, amenable to multi-dimensional flame simulations …

The carbonaceous particulate matter (soot plus organic carbon) sampled downstream of an
ethylene inverse diffusion flame (IDF) was chemically and spectroscopically analyzed in …

Soot particles produced during the combustion of hydrocarbon fuels pose significant health
and environmental risks while also holding potential for various industrial applications …