温度场、压力场、能量场和应力场是流体动力场研究的主要内容。
Temperature field, pressure field, energy field and stress field are the main contents in the study of fluid dynamic field.
可用于考察压力、温度、液体流量和流体组成对水合物生成规律的影响，并研究水合物浆液的流体动力学性质。
It was designed to study the kinetics of hydrate formation and flow characteristics of hydrate slurries under pressure Max.
基于两相流体动力学的理论，建立空蚀射流切割装置中短管内的压力变化梯度的基本方程式；
Based on the theory of two-phase flow, the equation of the pressure gradient is found for the short pipe in cavitation jet cutting set.
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