We performed a combined experimental and numerical study of the flame uniformity for a
standard McKenna burner by investigating the spatially-resolved temperature and species …

In this study, five fuels including pure diesel (B0), pure palm oil biodiesel (B100), and their
blends (B10, B20, and B30) were investigated in relation to soot particle distribution and …

ABSTRACT Laser-Induced Incandescence (LII) has been widely acknowledged as a highly
effective method for measuring soot in co-flow laminar flames. Conversely, quantitative …

The method of adding exhaust gas to fuel to reduce soot and NO X is called Exhaust Gas
Recirculation (EGR). This paper was carried out to investigate the effect of adding N 2 and H …

We report the development of a multi-pass diode laser absorption spectroscopy system for
simultaneous measurements of soot volume fraction (SVF), temperature, and C_2H_2 …

Spectral soot emission (SSE) in the visible spectrum is a popular technique for non-intrusive
thermometry in sooting flames. However, its accuracy is restricted by uncertainties in the …

Gaseous potassium (K) species released from biomass during thermochemical conversion
pose challenges to reactors and human health. Photofragmentation tunable diode laser …

Light field tomography, an optical combustion diagnostic technology, has recently attracted
extensive attention due to its easy implementation and non-intrusion. However, the …

We demonstrate cavity-enhanced dual-comb spectroscopy for OH detection in a laminar
premixed CH 4/Air flame using a pair of electro-optic (EO) frequency combs in the near …

Multispectral infrared absorption spectroscopy was developed for in situ, non-intrusive and
quantitative measurements of temperature distributions in laminar premixed ethylene/air …