The effects on liquid surface profile and hydrostatic pressure distribution caused by the linear or centripetal acceleration of a liquid in a container can be calculated.
容器里的液体由于线性或向心加速度作用而对液体表面轮廓和流体静压分布产生的效果可以计算出来。
The profile of liquid surface is reconstructed by a function of the volume of fluid in each computational step on the basis of the volume of fluid method (VOF).
然后在舱底中间设置一道不同形式的防晃隔板，对液体晃荡进行了计算。
Precise measurement of surface profile of liquid is one of key problems for fabrication of aspherical lens liquid micro-lens.
对液滴透镜面形的精确测量是用液滴法制作非球面液滴透镜的关键问题之一。
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