The flame ionization detector (FID) has been a commercial analyzer now for about 50 years.
It still finds significant use as a sensitive quantitative monitor of organic compounds in gas …

This paper reports on the chemiluminescence footprint of premixed ammonia-methane-air
flames. The chemiluminescence spectrum of laminar twin-flames stabilized with a …

This work presents results from detailed chemical kinetics calculations of electronically
excited OH (A2Σ, denoted as OH∗) and CH (A2Δ, denoted as CH∗) chemiluminescent …

CH∗ chemiluminescence is often employed in combustion diagnostics, for example as a
measure of heat release rate and for equivalence ratio sensing. However, most …

Prediction of combustion instability is essential in reducing development costs of large scale
rocket engines. Recently, high fidelity CFD models have shown some ability to represent the …

Modeling of OH*, CH* and CO2* chemiluminescence, using recently validated reaction
mechanisms, is used to examine chemiluminescence sensing of heat release and …

Moderate or intense low oxygen dilution (MILD) combustion has been established as a
combustion regime with improved thermal efficiency and decreased pollutant emissions …

Quantitative measurement of chemiluminescence is a challenging work that limits the
development of combustion diagnostics based on chemiluminescence. Here, we present a …

The detailed kinetic mechanism of the author was extended by reactions describing
formation and consumption of excited species which are formed in NH 3+ CH 4+ air flames …

The use of alternative fuels, as biodiesel and ethanol, for light duty CI engines to approach
the target of ultra low NO x and PM emissions without fuel economy penalty has been widely …