Sentence examples for analysis of the soot from inspiring English sources

Flame lift-off lengths were also measured and used in the interpretation and analysis of the soot measurements.

A careful analysis of the soot volume fraction profiles showed that this finding was linked to the measurement method usually adopted.

Soot concentration profiles and full Mie analysis of the soot volume fraction/scattering results reveal significant differences in the structure of the soot fields and in the roles of soot inception, growth, and oxidation for the different hydrocarbon fuels.

Analysis of the soot aggregate structure from the electron-microscope images reveals a 1.8 fractal dimension at micron scales, comparable with commonly reported soot aggregate sizes from hydrocarbon flames.

Thermogravimetric analysis of the soot samples collected from the diffusion flames showed that M2B soot exhibited only slightly higher oxidative reactivity than PEN soot, indicating that the fuel-bound oxygen in M2B may not enhance soot oxidative reactivity to any significant extent under well-defined diffusion flame tests.

Patterns of polycyclic aromatic hydrocarbon (PAH) content were observed from GC/MS analysis of the extracts of soots at various air/fuel combustion ratios of three commonly used fuels: n-hexane, JP-8 (Jet fuel), and diesel.

The relevance of the optical band analysis to the study of the soot formation mechanism was also highlighted.

The TEM analysis of the agglomerates showed that soot primary particles obtained with biodiesel fuel were significantly smaller and had higher specific active surface than those of diesel soot.

Since the accurate elemental analysis of SWCNT soot is a requisite for exacting assessments of product quality and environmental health and safety (EH&S) risk, the purpose of this work was to develop a routine laboratory procedure for an extensive elemental analysis of SWCNT soot using bulk methods of analyses.

We explain how the proposed approach to scaling pressurized flames facilitates the analysis of the effect of pressure on soot formation.

Here we continue our physico-chemical analysis of butadiene soot and report effects of exposure to this soot on putative targets, normal human bronchial epithelial (NHBE) cells.