In the sixth chapter, the nonlinear phenomena in liquid surface waves are introduced.
第六章讨论了液体表面波向非线性研究的拓展。
In this paper, the other question we discuss is nonlinear acoustic-optical effect from liquid surface waves at low-frequency.
本文另一部分内容研究了液体表面低频声波的非线性声光效应。
Laser diffraction from liquid surface waves at low-frequency was experimentally realized, a laser diffraction technique for measuring surface tension and surface pressure was designed.
实验上实现了低频液体表面波的激光衍射，提出了激光衍射法测量液体表面张力和表面压。
Highly visible stationary laser diffraction patterns from liquid surface waves at a few tens Hertz were obtained experimentally, and the disappearance of zero order diffraction spot was also observed.
对于频率为几十赫兹的液体表面波，实验上观察到稳定、清晰、反衬度非常高的衍射图样，并发现了零级缺级现象。
When laser falls on the liquid film surface waves, in the experiment steady and visible diffraction patterns are obtained. Subsequently, by experiment proves it.
实验上实现了液体薄膜表面波的激光衍射，观察到稳定、清晰的衍射图样，并利用激光衍射法验证了液体薄膜的色散关系。
In this paper the experiment on uplift of a aluminium-model liquid storage tank is studied under the excitations of different seismic waves, liquid surface cases on the vibration table.
本文介绍了铝制储液罐模型在不同激励波作用下和不同液面状态下的提离振动实验研究。
The flow stability of stationary waves, a kind of surface wave on a thin-liquid film, is subject to the influence of thermal non-equilibrium effect at a vapor-liquid interface.
驻波作为薄液膜表面波中的一种波，其流动稳定性受界面热不平衡效应的影响。
The flow stability of stationary waves, a kind of surface wave on a thin-liquid film, is subject to the influence of thermal non-equilibrium effect at a vapor-liquid interface.
驻波作为薄液膜表面波中的一种波，其流动稳定性受界面热不平衡效应的影响。
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