1987 年 36 巻 7 号 p. 502-505
The dispersing behavior of (W/O) -droplets in a (W/O) /W emulsion was observed. The transient features of both diameter distribution and mean diameter of the (W/O) -droplets were measured until dynamic equilibrium of the dispersion was attained.
The following basic information, requisite for quantitatively clarifying dispersing behavior, was obtained.
The distribution of (W/O) -droplet diameter was lognormal and the mean diameter decreased exponentially. The (W/O) -droplets coaleased with and then broke up.
The mean diameter of (W/O) -droplet was found to be proportional to the -0.65 th power of the Weber number.