The combustion characteristics of non-premixed methane micro-jet flame in coflow air were
investigated experimentally and numerically. A detailed reaction mechanism was employed …

Ammonia, a potential hydrogen energy carrier, offers high energy density as a carbon-free
fuel, yet its application in micro burners is limited by flame instability. To capitalize on this …

In this study, a comparison of flame base structures of hydrogen/methane–air diffusion
flames formed over a tiny-jet is made numerically for both isothermal and thermal conductive …

The effects of elevated reactant temperatures on soot formation in a laminar coflow ethylene
flame were experimentally and numerically investigated. Ethylene flames at the reference …

In this study, the flame structures of a fuel-rich premixed H 2–air mixture issued from a
divergent micronozzle were numerically studied and compared with their counterparts. The …

The thermal and chemical structure formed in the micro burner potentially leading to the
unique stability mechanism of miniaturized jet diffusion flame via excess heat recirculation …

In order to prove the existence of heat-recirculation (through burner wall) assisted flame
stabilization mechanism for miniaturized jet diffusion flames, a series of two-dimensional …

The combustion characteristics of non-premixed hydrogen micro-jet flames in co-flow air
were investigated in a wide fuel flow velocity range experimentally and numerically to …

This paper discusses the interaction between two identical micro-slot diffusion flames. First,
it is experimentally found that the burner pitch (distance between burners) influences the …

The present experiments focused on the response of burning gaseous fuel jets to prescribed
transverse acoustic excitation as a means of exploring the coupling of reactive, acoustic, and …