Sentence examples for combustion front velocity from inspiring English sources

With increasing Al concentration, the combustion front velocity increases despite the decrease in the combustion temperature.

Thus, parallel fractures led to poorer ISC performance, resulting in lower combustion front velocity and oil production rate compared to perpendicular fractures.

In previous articles by us and others, banded structures and other residual instabilities have been thought to arise from variations in the combustion front velocity caused by a mismatch between the heat diffusion rate and the heat production rate from the product synthesis (i.e. by exceeding the critical Lewis number).

The fuel/core-shell particle geometry increased combustion front velocities for all Ni dilutions.

Moreover, due to the higher formation enthalpy for TaB than TaC, the combustion temperature and reaction front velocity increased with TaB content when the TaC TaB composites were synthesized.

The velocities of combustion front propagation exceed those obtained for mixtures of nano-Al powder with gelled water.

Experimental results showed that the reaction temperature and propagation velocity of the combustion front depended upon the phase and content of the boride formed in the composite.

We extend the analytical method used in smoldering combustion [7], to derive expressions for temperature and concentration profiles and the velocity of the combustion front, under both adiabatic and non-adiabatic conditions.

The occurrence of the composition heterogeneity is thought to result in local variations of the thermophysical/chemical reactant parameters, such as density, heat capacity, and thermal conductivity; thus change combustion temperature, propagation velocity, and propagation pattern of combustion front.

The mechanical activation was found to influence Self-propagation High-temperature Synthesis (SHS) parameters such as the propagation front velocity (>13 mm/s), the maximal combustion temperature and the local thermal gradient.

Heterogeneities in the initial composition and porosity are thought to result in local variations in reaction yield and such thermophysical/chemical parameters for the reactants as density, heat capacity, and thermal conductivity; further changing the average propagation velocity and the oscillatory pattern of an unstable combustion front.