Sentence examples for flame propagation rate from inspiring English sources

The discrepancy in the flame propagation rate finally leads to the formation of the "distorted tulip" flame.

Flame propagation rates for nanometric particle composites of aluminum (Al) and molybdenum trioxide (MoO3) were examined.

We provide evidence that the enhancement of flame propagation rates by channeled porous silicon is mechanistically different from the convectively controlled burning of neat porous silicon.

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.

The flame channel closing and subsequent pocket burnout are mutual annihilation events that feature curvature, diffusion normal to the flame front, unsteady strain rate effects, and singularities in flame propagation and stretch rate.

Flame propagation and stretch rate are singular at this location.

The transition point is identified on the curve of flame propagation speed against stretch rate.

Flame propagation and overall burn rate was also influenced by Al particle size and physical properties.

The optimal addition of ≤2 wt% MWCNTs in the nEMs matrix enhanced the pressurization rate, flame propagation speed, and pressure wave speed of nEMs because the MWCNTs rapidly transferred heat energy from nEMs combustion.

For rich mixture combustion, the flame radius shows a slowly increasing rate at early stages of flame propagation and a quickly increasing rate at late stages of flame propagation for natural gas and for mixtures with low hydrogen fractions, and there also exists a linear correlation between flame radius and time for mixtures with high hydrogen fractions.

Flame propagation behavior and burn rates were also examined using high-speed diagnostics.