Sentence examples for propagation of flame from inspiring English sources

Laneway supports can promote the development of turbulence and explosion, and also inhibit the propagation of flame and shock wave.

The motion of the hot spot temperature is caused by axial heat transfer resembles propagation of flame during combustion.

The stabilization of lifted flames involves a complex competition between small-scale mixing and propagation of flame kernels at the base of the flame.

Propagation of flame into small (∼1 mm) vortices suggested that the amount of reactant carried by such a small vortex is not sufficient to feed the flame with fresh reactant during the entire vortex/flame interaction process.

Secondly, contrary to premixed gas flame propagation, the propagation of flames in dust/air mixtures is not limited only to the flammable dust concentration range of dynamic clouds.

Comparison of results assuming spherical and non-isotropic propagation of flames indicate non-isotropic flame propagation should be considered for the description of in-cylinder processes with higher accuracy.

In order to explore the propagation law of gas explosion in bend laneways, the propagation laws of flame and shock wave in bend duct are theoretically and experimentally investigated.

Thus, the propagation speed of flame can be obtained, and as time goes by, the transient speed of dust flame will reach its steady state value.

We examine the mechanism associated with the transition of the flame between different shapes and, ultimately, the propagation of the flame into the outer recirculation zone as the equivalence ratio is raised.

To characterize the propagation modes of flames, flame propagation speed must be accurately calculated.

It was found that very lean mixtures with hydrogen concentrations in air of less than 14% vol. H2 generate acoustic oscillations due to flame instabilities, which, in turn, significantly influence the propagation of the flame.