However, during the later stages of processing, hydrodynamic conditions have a more pronounced effect on determining the final droplet size.
Comparisons of the measured and calculated final splat sizes show that the numerical model gives a good estimate of the final droplet spreading behavior.
The tiny cloud droplets have a very large surface compared with their mass, so the air slows them down even more than it slows the mouse and the final droplet speed is only about 3mm per second.
The final droplet size distribution is an exponential distribution.
Subsequently volumes and surface areas of the two initial droplets were compared by linear regression to those of the final droplet.
In addition to the mixing temperature, the quenching rate also affected the final droplet size.
The maximum final concentration of DMSO was 0.1% (v/v).
It appears that the droplets are initially formed by spinodal decomposition of the solution, and the final droplet size is determined by the interplay of the phase-separation dynamics, the coalescence kinetics, and the adsorption kinetics of Brij 97.
The droplets produced from the jet are not the final droplets that are inhaled, because they are usually too large for this purpose.
The maximum water droplet contact angle (WDCA) observed was 171°.
