As a new water treatment method, ultrasound technology is mainly based on high temperature pyrogenation and free radical oxidation contaminant during ultrasound process.
超声技术作为一种新型水处理方法，主要是利用超声过程中的高温热解和自由基氧化污染物。
Results the more volume hyperthermal distilled water was injected, the bigger coagulative necrosis area in pork liver, the stronger cloudiness echo in its ultrasound examination.
结果离体猪肝凝固性坏死面积随注射高温水剂量增加而增大，超声显示云雾状强回声随注射量的增加而增大。
To prevent water bloom, a new method of inhibiting cyanobacteria's growth was presented based on the bio-effect of ultrasound.
为防治蓝藻水华，从超声的生物效应出发提出了新的抑藻思路。
Under proper operative conditions, ultrasound can quickly alter the sludge structure, release water in the floc, and improve sludge dewaterability and stabilization.
在适当的操作条件下，超声波可以迅速改变污泥结构，释放菌胶团包含水，从而促进污泥减量化和稳定化。
Effects of water flow rate, time of ultrasound and electric power input on total removal efficiency and floatation efficiency were presented and analyzed.
探索了超声波输入电功率液体流量以及超声波作用时间对微粒分离效果的影响。
Low power ultrasound can modify sludge bulking characteristics, improve sludge settling and dewatering properties, so decrease sludge water content and sludge volume.
小功率超声波能够改善污泥的膨胀特性、提高污泥沉淀特性和脱水能力、降低污泥的含水率，达到减量的目的。
The interactions of water-precoated paper and coating-precoated paper were analyzed by using three methods, which were ultrasound dynamic penetration, AA-GWR water retention and Cobb test.
采用超声波动态渗透、AA-GWR保水和表面吸收重量法研究了预涂纸与水及涂料间的相互作用。
Measuring the speed, range and the actual speed of the ship, the range of error was mainly due to the spread of ultrasound in the water caused by the change in speed, the error is relatively small.
测量的航速、航程与船舶实际的航速、航程存在的误差，主要是由于超声波在水中的传播速度发生变化引起的，误差相对较小。
Ultrasound used for oxidizing organic pollutants in water is now arousing more and more interest.
超声降解水体中有机污染物技术正受到越来越多的关注。
Real time tissue temperature control algorithm, ultrasound applicator water temperature control and pulse width modulation (PWM) signal generation are described.
阐述了组织温度控制算法、治疗头水温控制以及脉宽调制信号产生三个系统核心子模块的设计。
The ultrasound could promote the extraction of Mn with distilled water, however, it was not beneficial to the extraction of NH3-N.
超声波作用能促进蒸馏水对锰的提取，但不利于蒸馏水对氨氮的提取。
Therefore, ultrasound-assisted extraction was a rapid and highly effective method for extracting total flavonoids from the peel of water chestnut.
因此，超声辅助提取马蹄皮总黄酮是一种快速高效的新方法。
Therefore, ultrasound-assisted extraction was a rapid and highly effective method for extracting total flavonoids from the peel of water chestnut.
因此，超声辅助提取马蹄皮总黄酮是一种快速高效的新方法。
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