Hydrogen is one of the most promising fuels for achieving zero carbon emissions in civil
aviation. However, the rapid flame speed would easily lead to flashback issues, and its ultra …

Improvement of the laminar flame speed and stability for ammonia combustion by using H 2
and DME has received significant attention. In this study, the characteristics of NH 3/H 2, NH …

Hydrogen fuel has significant importance in mitigating global climate change and protecting
the environment by achieving zero carbon emission in aviation engines, aerospace …

This manuscript presents a study of hydrogen-enhanced methane flames in a compact
mesoscale burner array, where even a minute addition of hydrogen can significantly …

Partial substitution of hydrocarbon fuel with hydrogen can effectively improve small-scale
combustion system stability and performance, potentially opening the way for novel compact …

A burner array produces a multi-modal flame temperature field and a compact combustion
region. A multi-light field imaging technique can retrieve the multi-modal flame temperature …

This paper reports on the new gas turbine combustion technology based on the mesoscale
coaxial swirling jet application. The results of numerical calculations show that this original …

An experimental study of combustion in diffusion and coaxial mesoscale burner arrays was
conducted. To that end, different linear and planar arrangements were tested, and blow-off …

The interaction mechanism of internally-staged-swirling stratified flame is complex, and the
pilot flame has a manifest influence on flame stability. To study this, a series of experimental …

Conventional burners having low combustion efficiency and high emissions are responsible
for global warming and harming local ecosystems. Inefficient conventional technology …