Sentence examples for aerosol combustion from inspiring English sources

A qualitative explanation for the lower values of Markstein length in aerosol combustion is given.

Aerosol combustion characteristics differ to those exhibited by gaseous combustion primarily due to the heterogeneity of the unburnt aerosol mixture.

However, burning velocity enhancement has not been validated to date, and hence understanding of aerosol combustion mechanisms is limited for conditions of considerable practical importance.

Aerosol combustion, especially for high-flash point materials, is a very complicated phenomenon inclusive of droplet evaporation, temperature increase, flame formation, flame propagation, and flame quench.

Aerosol combustion experiments showed a substantial increase in both the maximum pressure and rate of pressure rise for the MA powders as compared to the CA powders.

Here, we present a time-efficient and scalable aerosol combustion method with subsequent annealing, leading to nanoscale and carbon-coated Li2FeSiO4 and Li2Fe0.5Mn0.5SiO4.

Compared with mineral aerosols, aerosols from combustion processes contribute to high iron solubility observed over oceans (Sholkovitz et al. [2012]).

Aluminum aerosol particle combustion was better described by a D1-law and combustion times of fine (<80 μm) aluminum particles in the aerosol were somewhat longer than the reported earlier combustion times for single aluminum particles.

Simplified models of aerosol burning rate have identified possible laminar burning velocity enhancement for aerosol fuel/air systems comprising droplet sizes within the so-called combustion 'transition range' typically understood to be 5 15 μm for mono-disperse aerosols.

Nanoparticles (NPs) include carefully engineered structures developed for drug delivery and imaging, high production volume powders used as manufacturing ingredients, and incidentally produced aerosols from combustion and air pollution.

During the heating season, a particularly pronounced increase in mortality risk associated with exposure to secondary aerosols and combustion species has been documented in China (Huang et al. 2012).