HUANG Lei-luo, ZHANG Ming-duo*, NIU Yong, REN Jin-lian, ZHU Xiu-li, HE Long, JIANG Hua-gang, DNEG Si-wen
(Applied Acoustics Institute, Shaanxi Normal University, Shaanxi Key Laboratory of Ultrasonics, Xi′an 710062, Shaanxi, China)
Abstract:
Using the simulator of circulating water, the effect of the ultrasonic power, the flow temperature and the flow rate on ultrasonic descaling are studied when the ultrasonic frequency is fixed. The experimental results indicate that the higher the ultrasonic wave power and the flow rate are, the more descaling effect is, and when the temperature is 60℃ the flow has an optimal descaling effect.
KeyWords:
ultrasonic wave power ; flow temperature; flow rate;