The process of bubble motion changed by exploding wire parameter affecting the discharge power waveform is also viewed.
同时也得到了爆丝参数通过对能量波形的影响而改变气泡运动的过程。
The results show that the flow is driven by the temperature difference from the front to the back of the bubble resulting from the bubble motion.
结果显示：由汽泡前后表面的温度梯度引起的热射流很可能是流动的最主要原因。热射流能够推动汽泡前进。
Analysis of bubble motion in the flow field was used to develop relations for the viscous stresses, turbulent stresses, and interfacial momentum exchange to close...
通过对气泡在流场中的运动和受力分析，给出了用以封闭模型的粘性应力、脉动应力、相间动量交换项的表达式。
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