Sentence examples for flame front propagation from inspiring English sources

Analysis of the flame front propagation rates shows that flames ignited by transient plasma propagate essentially at the speed consistent with well accepted literature values for the stoichiometric methane air mixture.

Flame front propagation was monitored with thermocouples.

The flame front propagation velocity in the end gas region increases as hole size increases and porosity decreases.

Flame front propagation as a function of oxygen mole factor and pressure for certain particle sizes has been studied.

The results demonstrated that flame front propagation velocity and pressure oscillation strongly depend on the hole size and porosities of the perforated plate.

The flame front propagation intensity in the end region of a confined space is strongly relevant to two competing effects: the initial turbulent formation and turbulent flame development.

The study, originally devoted to the analysis of an oblique flame front propagating in a stratification gradient, explains the evolution from a parallel to a normal propagation.

The flame front propagated faster with oxygen than with air (Skafa 1960).

This was explained in terms of triple-flame propagation and flame-front propagation.

Extremely low-frequency (<0.1 Hz) self-excitation was caused by conductive heat loss from the premixed wings to the trailing diffusion flame and could be explained by a proposed mechanism for edge flame extinction during triple-flame propagation as well as flame-front propagation.

This induced an inhomogeneous charge with poorer flame-front propagation that is responsible for reduction in performance and higher HC emission than closed-valve injection.