Sentence examples for evolution of the droplets from inspiring English sources

f Evolution of the droplets density and mean diameter as a function of process time.

Emulsion stability experiments were carried out by observing droplet coalescence and temporal evolution of the droplet size.

Numerical experiments are presented in order to highlight the effect of multiple coalescence behavior in the evolution of the droplet size distribution.

These results are experimentally validated and good qualitative agreement between model predictions and experimental observations of the evolution of the droplet size distribution is observed.

Based on the DoE, correlations for results from both experiments and simulations including the temporal evolution of the droplet surface area and the final particle size are derived and discussed.

This paper describes a procedure to acquire and process droplet data in a liquid gas two phase system in order to obtain the evolution of the droplet size distribution.

The two-compartment model was then applied to a non-homogeneous liquid liquid dispersion process to calculate the time evolution of the droplet size distribution in the mixing vessel.

That approach is utilized here in the development of a population balance model which predicts global coalescence rates and the evolution of the droplet size distribution under the influence of the ultrasonic field.

To capture the phase boundary evolution of the droplet and substrate interface with respect to the surrounding vacuum phase, the binary phase diagram is extended to a ternary model system at one particular temperature between the melting points of Al and Au.

Fig. 17 Temporal evolution of the droplet volume for impingement cooling on surfaces with different wettabilities.

The above results are summarized in Fig. 1f where the black squares show the evolution of the droplet density and the red circles show the evolution of the droplet mean diameter.