An experimental research on the turbulent flame accelelation and the shock induced by turbulent flame in the aluminum dust-air mixture has been made in a large horizontal dust combustion tube.

An analytic method was presented for the three-dimensional movement characteristics of turbulent flames based on a high-speed stereoscopic visualization.

To study the effects of formation rate and surface oxidation reaction on the size of nanoparticle in the turbulent diffusion flame, simulation was performed by using the commercial CFD-code Fluent.

To probe into the effects of the interaction of fluid mechanics and particle dynamics in the process of flame synthesis, the simulation of titania nanoparticle synthesis in the turbulent diffusion flame was performed by using the commercial CFD-code FLUENT.

Properties of vertical free jet turbulent diffusion flame are studied in a co-axial double channel burner.

Fractal Nature of Turbulent Premixed Flame;

The buoyancy-modified k-ε model and the eddy-dissipation-concept (EDC) turbulent combustion model are employed to numerically simulate the methane turbulent non-premixed flames with low fuel/air initial momentum in a swirl combustor.