Sentence examples for soot behavior from inspiring English sources

Five blends, B00, B25, B50, B75, and B100, based on the volume fraction of n-butanol in the liquid fuel, were employed to explore the soot behavior when n-butanol is added to the fuel stream.

Using this unified sooting tendency database, we have developed a predictive model for sooting behavior applicable to a broad range of hydrocarbons and oxygenated hydrocarbons.

Databases of sooting indices, based on measuring some aspect of sooting behavior in a standardized combustion environment, are useful in providing information on the comparative sooting tendencies of different fuels or pure compounds.

Based on the numerical predictions, pressure and gravity were observed to significantly influence the sooting behavior and structure of the flames through their effects on buoyancy and temperature.

The effect of CO2 addition on sooting behavior in premixed ethylene/oxygen/argon flat flames at atmospheric pressure was investigated both experimentally and computationally.

These measurements show that initial addition of air to the fuel stream causes the overall soot emission to increase, meaning that addition of air can have adverse effects at high equivalence ratios on sooting behavior of partially premixed flames.

This observation implies the potentially high sooting tendency of DMF, and emphasizes the necessity to investigate the sooting behavior and soot formation mechanism in DMF combustion for the potential application of DMF as an alternative engine fuel.

Maximum computed pyrene mole fractions are used to study relative sooting behavior qualitatively as they correlate well with soot.

Fuel additive concentration was varied to investigate its effect on the soot oxidation behavior.

The various ash contents show good correlations to the soot oxidation behavior.

The soot combustion behavior and the textural and structural characteristics of CeO2 and a series of ceria-modified materials have been studied.