Ultrasonically treated liquid interfaces for progress in cleaning and separation processes
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摘要
This perspective summarizes how ultrasound and acoustic cavitation enhance interfacial mixing, emulsification, mass transfer, phase‑transfer catalysis and ion exchange for cleaning and separation, and presents a physico‑chemical model plus an electrochemical method to quantify acoustic pressure dissipation inside droplets to predict ultrasonic outcomes [page::1][page::3][page::14].
