ultrasonic cavitation field 超声空化场
ultrasonic cavitation bubbles 超声空化泡
ultrasonic cavitation treatment 超声空化处理
In order to research the dynamics of ultrasonic cavitation and ultrasonic effects on the thermodynamics and kinetics properties of crystallization, four–step Runge–Kutta is used for numerical analysis.
本论文采用四阶龙格库塔法对超声空化气泡动力学过程进行模拟,分析超声波对溶液结晶热力学和动力学的影响。
参考来源 - 超声波对硫酸钠溶液结晶影响的研究Aerating gas to the black liquor increase the effect of ultrasonic cavitation, the order of degradation rate of different saturated gas is as follow: O2>Air>N2>degassed.
向反应液中曝入气体可以提高超声空化效果,饱和气体对黑液的超声降解效果影响顺序依次为:O2>Air>N2>未曝气。
参考来源 - 造纸废水的超声降解研究·2,447,543篇论文数据，部分数据来源于NoteExpress
And a lot of ultrasonic cavitation is an important mechanism of ultrasound.
而超声空化是很多超声应用的重要机理。
The content of water in wet material mainly affected the quantity of ultrasonic cavitation.
物料含水量主要影响声空化的量。
The mechanism of ultrasonic bleaching is attributed to ultrasonic cavitation, mechanical effect and thermal effect of the sound wave.
超声波漂白机理基于它的空穴效应、机械运动以及热效应。
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