Rules of these linear or nonlinear and dynamic phenomena were unveiled using graph.
并以图形化方式揭示了这些动态的、线性或非线性现象的规律。
The results show that the dynamic phenomena of the film of different substances are distinctively different.
这说明不同物质形成的油水界面剪切粘度的动态变化明显不同。
Pertaining to the sensing, control, information processing, and actuation functions performed through the use of fluid dynamic phenomena.
利用流体动力学现象实现传感、控制、信息处理、驱动等功能。
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