Hydrogen plays a key role in the transition to a carbon-free economy. Substitution of
hydrocarbon fuel with hydrogen in gas turbine engines and power plants is an area of …

In this paper, the flame structural parameters, OH* distribution characteristics, and dynamic
behavior of the global heat release rate of a novel multi-nozzle micromix model combustor …

In order to design a micro tube combustor with good thermal performance and flame stability
for thermophotovoltaic applications, in this work, thermal performance and flame stability of …

The utilization of hydrogen as a fuel in free jet burners faces particular challenges due to its
special combustion properties. The high laminar and turbulent flame velocities may lead to …

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 …

Premixed oxy‐combustion flames of methane, syngas (CH4: CO: H2 with the molar ratio of
2: 1: 1), and propane in CO2‐diluted environment (for carbon capture) are examined in a …

Flame stability is a well-known problem in the power industry where low quality fuel is fired
and combustion conditions change rapidly. Unstable flames often lead to lower combustion …

The effect of wall thickness on the combustion characteristics of nonpremixed hydrogen
micro-jet flames was studied by two-dimensional numerical computation with a detailed …

CO2 emissions from typical fossil fuel combustion process, such as heat supply, power
generation, engine-driven vehicles, aircraft and rockets et al., lead to the global warming …

A fundamental understanding of the stabilization mechanisms of a flame within very small
spaces by the cavity method is of both fundamental and practical significance. However, the …