Sentence examples for combustion mixture from inspiring English sources

A variable absorption coefficient is taken into account for the gaseous combustion mixture based on temperature and composition of the mixture.

There is also the possibility of a shock wave in the liquid adjacent to a cavity in the combustion mixture of hydrogen and air during its combustion.

It is found that both, the char combustion mixture fraction and the enthalpy are not statistically independent from the volatile mixture fraction.

In the present application of the model to nonpremixed combustion, mixture fraction is considered as the scalar; extensions of the model may be envisaged for other combustion modes by considering a different scalar variable.

In order to consider both the fuel-to-metal cations molar ratio and the reducing power of each different fuel in the combustion mixture, a new parameter was introduced here.

Open image in new window Fig. 11 Correlation between log ASR (at 730 °C), the Co2+ in each sample calculated from XRD results and the fuels/metal cation ratio weighted for the reducing power of each fuel in the combustion mixture (WF/M).

Employing a relatively new method, in which carbon structures are grown from fuel rich combustion mixtures using palladium particles as catalyst, multi-scale diameter nanometer – micrometer filament structures were grown from ethylene/oxygen mixtures at 550 °C on commercial PAN micrometer carbon fibers.

Consideration of these properties is vital to understanding the processes whereby BDS and other ultrafine particulate combustion mixtures deliver and transfer potentially toxic components to target cells.

In line with HIA of outdoor air pollution, PM2.5 (particulate matter with an aerodynamic diameter of less than 2.5 μm) was used as the index of combustion mixtures for indoor sources.

Last, although the data presented are based on studies with complex atmospheres, the study design and analysis of results are relatively facile when considering the number of chemical components in the combustion mixtures.

These studies suggest that humans exposed to complex combustion mixtures will have higher DNA adduct levels in target cells (e.g., lung) as compared to nontarget cells (e.g., lymphocytes) and that the adduct levels will be dependent on the genotoxic and DNA adduct-forming potency of the mixture.