The combustion performance of a cylindrical burner accommodating up to six multiple pairs
of opposing methane–air mixtures with a cross-flow of hydrogen was addressed. The cross …

The injection of partially premixed, lean methane-hydrogen-air mixtures into a vitiated, high-
speed crossflow is investigated at system-relevant pressures in this study. The crossflow …

The effects of turbulence intensity of an ambient air flow on flame structure and NOx
formation were investigated experimentally in hydrogen/air nonpremixed flames. To identify …

An experimental study of the liftoff heights and visible flame lengths of hydrogen jet diffusion
flames in still air as well as the liftoff, blowout, and blowoff characteristics of pure and diluted …

Fundamental characteristics of hydrogen flame in diluted atmosphere may have important
guiding value for controlling the operation of argon-circulated hydrogen engines. In this …

The addition of hydrogen to natural gas promotes the reactivity of fuel and thus increases the
jet fire risk from pipeline leakage during the transport process of blended hydrogen-natural …

Experiments were performed in a 120-m3 vented combustion test facility to determine the
combustion behaviour of hydrogen-air mixtures in rectangular enclosures with the specific …

An experimental lean premixed hydrogen combustor has been made and tested to
demonstrate low NOx emissions. In this combustor, an air jet film which surrounds the …

In this study hydrogen flames have been attempted in a rapidly mixed tubular flame
combustor for the first time, in which fuel and oxidizer are individually and tangentially …

Experiments were carried out to study the profile of non-premixed hydrogen jet flames.
Different nozzle diameters (2–10 mm) and fuel flow rates (1–20 NL/min) were adopted to …