Diffusion flame streets, observed in non-premixed micro-combustion devices, align parallel
to a shear flow. They are observed to occur in mixtures with high Lewis number (Le) fuels …

Intrinsic combustion instabilities that onset in NH 3–H 2 and NH 3–CH 4 non-premixed
flames are experimentally characterized. A unique research burner capable of creating a …

A new version of the unstrained diffusion flame burner that can be operated with gaseous
fuels containing high vapor content is introduced. Being a good approximation of the …

The combustion of multi-fuel mixtures is experimentally studied for the first time in unstrained
diffusion flames, where the parasitic hydrodynamic effects present in common research …

The paper examines the existence and stability of axisymmetric flame balls in a non-uniform
reactive mixture corresponding to a mixing layer taking into account preferential diffusion …

This work has been aimed at developing and applying laser-induced incandescence (LII) for
flame soot characterization. The basic principle of LII is rapid heating of the soot particles to …

The formation of soot particles has been investigated in CH4/O2 diffusion flames using a
unique burner design, which allows the creation of a nearly unstrained planar reaction …

In this paper we examine the effects of temperature-dependent transport and thermal
diffusion on the structure and characteristics of a diffusion flame. The configuration adopted …

Two combustion systems that are extensively studied for chemical reaction processes are
premixed flames and non-premixed flames. A premixed flame has oxidizer mixed with fuel …

A closely spaced jet array penetrating into a counterflow is investigated numerically to
identify the location of the stagnation points and the conditions in their vicinity. Of special …