Mechanical mass transfer, heating effect and cavitation effect are physical mechanism.
超声波作用的物理机制主要包括机械传质作用、加热作用和空化作用。
参考来源 - 超声波对蛋白质盐析的作用研究It is a complicated non-linearityacoustics problem. In the disassembly of electronic and PCB, the mainreasons of separation of electronics and base board and soldering tindesquamation are cavitation effect.
超声空化是功率超声在液体介质中引起的一种特有的物理过程，是一个复杂的非线性声学问题，在线路板拆卸中引起元器件与基板分离和焊锡脱落的主要是空化作用。
参考来源 - 废旧电路板元器件拆卸技术研究·2,447,543篇论文数据，部分数据来源于NoteExpress
对于声化学反应机理，现在统一的解释就是超声的声空化作用。
As for chemical reaction mechanism, unified explanation now is the act of ultrasound cavitation.
超声波作用的物理机制主要包括机械传质作用、加热作用和空化作用。
The physical mechanisms of ultrasound mainly include the effects of mass transfer, heating and cavitation.
发生在皮肤表面附近的惯性空化作用在低频超声增透效应中发挥主要作用。
The inertial cavitations near the surface of skin play important roles in the transdermal enhancement of low-frequency ultrasound.
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