The development of diagnostic methods suitable for the monitoring of practical flames is an
important objective, which is receiving a growing attention and significant research efforts …

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 …

Hydrocarbon fueled detonations are imaged in a narrow channel with simultaneous
schlieren and broadband chemiluminescence at 5 MHz. Mixtures of stoichiometric methane …

A reliable combustion monitoring system is essential to satisfy global carbon neutrality
trends. As the concentrations of emissions and flame stability are associated with the air …

Focusing on the chemiluminescent properties of the flame is an effective way to study the
flame structure and reaction mechanism. In this paper, based on the CCD camera imaging …

Sustainable thermochemical conversion processes require new monitoring and control
strategies relying on proper diagnostics methodologies capable of reconstructing the …

A deep learning strategy is developed for fast and accurate gas property measurements
using flame emission spectroscopy (FES). Particularly, the short-gated fast FES is essential …

Multiphase fuel combustion was carried out in a swirl-stabilised combustor with the aim of
expanding the fuel flexibility of the gas turbine for, at least, land-based applications …

In the present work, an experimental investigation was performed by varying the fuel/air ratio
of a liquid-fuel gas turbine derived burner in the non-premixed mode, until an ultra-lean …

The effect of swirl, premixedness and geometry has been investigated for hydrogen
enriched premixed flame using Large Eddy Simulation (LES) with a Thickened Flame (TF) …