... 液体扩散电位：liquid boundary potential 液体可压缩性：liquid compressibility 液体金属燃料反应堆：LMFR ...
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Based on the compressibility of liquid, through the mechanical mean can translate the small linear displacement into higher pressure.
利用液体的可压缩性，通过机械方法，可以使微小的直线往复运动获得较大的压强。
The result shows that the delay effect of noise propagation and the effect of the compressibility of liquid on the noise can be obtained.
结果显示混合边界元方法在这类动边界声辐射问题上，能体现出声音传播的延迟效应，体现出液体压缩性对声压峰值的影响。
The effects of parameters such as the gas compressibility, the liquid viscosity, surface tension, density ratio , and velocity ratio, have been considered.
研究较全面分析了气体压缩性、液体粘性、表面张力效应、液气密度比以及滑移速度等重要因素对气体剪切流稳定性的影响。
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