为了评估超声对通量的影响，对有无超声作用下的CFF循环系统进行对比。通过计算通量恢复率与提高率，两者均与连续超声规律相近，且同样受到浓度影响。因此，可以判断本超声辅助CFF过程中的大部分能量都用于该CFF系统中的温升，这也造成了超声对渗透通量的有限影响。

In order to evaluate the influence of ultrasound on the flux, the CFF circulatory system with and without ultrasound was compared. By calculating the flux recovery rate and increase rate, both of them are similar to continuous ultrasound and are also affected by concentration. Therefore, it can be concluded that most of the energy in the ultrasound-assisted CFF process is used in the temperature rise of the CFF system, which also causes the limited influence of ultrasound on the permeability flux.