Sentence examples for pattern of combustion from inspiring English sources

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.

Open image in new window Fig. 2 XRD pattern of combustion synthesized nanocrystalline CeO2 and Pd ion-doped CeO2.

Consequently, this periodicity in the flow field within the fire resulted in a pattern of residual combustion where prolonged burning occurred in the up-wash zones separated by near-complete fuel depletion in the downwash zones.

The crystallites size (D) has been calculated using line broadening of most intense (311) peak using Scherrer's equation [30] as given in Eq. (1) D =,frac{0.89 times,lambda }{beta,cos theta } (1) Open image in new window Fig. 1 XRD pattern of solution combustion derived copper ferrite.

The characterization of acoustic radiation patterns of internal combustion engines is a challenging task required for the purpose of effective noise reduction.

For the stochastic simulating methods, travel patterns of internal combustion engine vehicles are used to simulate PEV charging behaviors and then to calculate NCBC-parameters [13].

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.

The size distribution of primary ash particles liberated upon complete carbon burnoff largely reflected the combustion pattern of each fuel.

Figure 2 shows the XRD pattern of nanocrystalline CeO2 by combustion method.

Open image in new window Figure 4 XRD pattern of some RHA samples with combustion temperature = 700°C and 2-h soaking time.

The pattern of ED distribution in the late combustion phase is similar to that in the late diffusion combustion phase, especially in the range of ED < 10 nm, suggesting that the particle size distribution changes little after the late diffusion combustion phase.