随着三空化泡初始半径的减小，三空化泡对刚性壁面的压强作用逐渐增强。
Along with radius of three cavitations bubbles reducing, the intensity of pressure to rigid wall is strengthened gradually.
最后本文总结了不同声参数下的空化泡半径变化规律和声空化优化的规律。
Finally, this article summarizes the law of acoustic cavitation bubble radius changes under the different parameters of sound and how to optimize acoustic cavitation.
空化泡内气体对空化泡的产生、生长、崩溃及其发光机理研究有重要意义。
The gas in the cavitation bubble has important significance for the producing, growing, collapsing, and lighting mechanism research of the bubble.
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