Flickering of laminar diffusion flames is known to be caused by the buoyancy-induced
toroidal vortices attached to the outer flame surface, making a classical model for …

Triple flickering buoyant diffusion flames in an isosceles triangle arrangement, as a
nonlinear dynamical system of coupled oscillators, were experimentally studied. The focus …

To further reduce the combustion instability behavior in high-altitude areas, a synergistic
suppression of buoyancy-driven methane laminar diffusion flame flicker was achieved by …

A high pressure combustion chamber, housing a co-flow burner and a novel thermophoretic
soot sampling system, was used to collect soot samples from methane-air diffusion flames at …

An experimental study is conducted on the buoyant jet diffusion flames to explore the
interaction between the fuel jet and the outer vortex and their impact on the flame structure …

The interactions of multiple flames are often encountered in real-world fire and industrial
burners. The distance between two jets has a strong influence on the instability mode …

In this study, the interaction of two adjacent diffusion flames (dual flame) were
experimentally investigated using the direct imaging method and particle image velocimetry …

In high-altitude areas, suppressing the flicker of methane laminar diffusion flame and
reducing carbon emissions simultaneously is a challenge. This paper proposes a …

The behavior of a diffusion flame under acoustic excitation was experimentally studied with
the aid of simultaneous flow visualizations of the flame combining Mie scattering and …

In order to understand the flow structure of a flickering flame, time-resolved observations are
carried out of the velocity and density fields in a diffusion flame in co-flow using particle …