A model for liquid drainage was developed based on average velocity to get the macroporosity distribution of aluminum foam in liquid state.
为得到液态泡沫铝的宏观孔隙率分布，提出基于平均速度的泡沫析液模型。
By statistical means, the liquid slug length distribution was studied along the (vertical) pipe at different gas and liquid superficial velocities.
利用统计方法研究了在垂直上升管内不同位置以及不同气液表观速度下的液弹长度分布。
The new type liquid baffle can improve liquid distribution form at higher liquid load, providing better liquid distribution performance in the practical design and manufacture course.
新型双侧挡液板能够克服传统挡液板在大流量下的缺陷，并且能够改善液体分布形式，在实际设计、生产过程中具有更优良的分布性能。
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