从图中可以看出，高速分散器制备的细乳液的液滴尺寸偏大，超声细胞破碎机和

As can be seen from the figure, a fine droplet size emulsions prepared a high speed disperser is too large, the preparation of the fine emulsion droplets and an ultrasonic cell crusher IS-RPB size or less, as measured by a DLS average droplet size was also as can be seen, respectively, as shown in table 54.6 nm and 56.6 nm 6.1. PdI dispersion coefficient is about 0.26, emulsifying apparatus described three kinds of good dispersibility can be prepared miniemulsion. In addition, the droplet size distribution, 10 nm, and there is a small peak around 500 nm, probably because of the dilution caused by coalescence of droplets.

As can be seen from the figure, the droplet size of the fine emulsion prepared by the high-speed disperser is too large, the size of the microlotteromy droplet prepared by the ultrasonic cell crusher and IS-RPB is not much different, and the average droplet size measured by DLS can also be seen, 54.6 nm and 56.6 nm, as shown in Table 6.1, respectively. The dispersion coefficient PdI is about 0.26, indicating that all three emulsified devices can prepare fine emulsion with good dispersion. In addition, in the distribution map of droplet size, there are small peaks around 10 nm and 500 nm, which may be caused by the concentration of droplets during dilution.

It can be seen from the graph that the droplet size of the miniemulsion prepared by high speed dispersing device is too large, the size of the droplet droplet prepared by Ultrasonic Cell Crusher and IS-RPB is not very different. The average droplet size measured by DLS can also be seen as 54.6 nm and 56.6 nm respectively, as shown in Table 6.1. The dispersion coefficient PdI is about 0.26, indicating that three kinds of emulsifying devices can prepare fine dispersible emulsion. In addition, there are small peaks at about 10 nm and 500 nm in the distribution of droplet size, which may be caused by the coalescence of droplets during dilution.