The numerical simulations primarily concentrate on penetration depth, span expansion area, angle of shock wave and sauter mean diameter distribution of the kerosene droplets with/without evaporation.
The numerical predictions are focused on penetration depth, span expansion area, angle of shock wave and sauter mean diameter distribution of the kerosene droplets with or without evaporation.
b Histogram of the mean diameter distribution of nanoparticles obtained from the SEM images, where the solid line represents the fitting curve, assuming a log-normal distribution function.
Figure 2 shows TEM micrographs and histograms with mean diameter distribution for the different PtAu/C electrocatalysts in study and also for Pt/C.
In fact, size measurements can detect the mean diameter distribution variation along time and therefore the nanoparticles have the tendency to settle down.
The analyses of droplet size spatial distribution, Sauter mean diameter, and distribution index with pressure differential clearly show the presence of droplets collision and its adverse effects on droplet size uniformity.
Prediction of the Sauter mean bubble diameter distributions by the population balance approach at different axial locations confirmed the dominance of breakage due to the high turbulent intensity below the ventilated cavity which led to the generation of small gas bubbles at high void fraction.
The acquired suspension was examined for mean diameter, size distribution, polydispersity and zeta potential.
The mean diameter and distribution were obtained using the commercial software package, SPSS.
Both types of liposomes were prepared by the dry phospholipids film hydration method and characterized by their phospholipid and ganglioside content, mean diameter, size distribution, morphology, membrane packing, lamellar structure and phase transition behavior.
