The results show that the distribution of slug units will largely influence the structure size...
结果表明，液塞单元的分布对捕集器的结构尺寸有很大影响。
By electrochemical method, characteristic parameters are investigated within the range of slug flow in vertical pipe.
本文采用电化学的方法研究了垂直上升管内弹状流的特性参数。
In petroleum industry, the steady-steady modeling of slug flow has always been a difficult point in multiphase pipeline calculation.
在石油工业中油气混输管道中的段塞流的水力计算一直是多相流管道稳态工艺计算中的难点。
So, this slug flow unit model could be used as the basis for further analyzing the flow property of slug flow under rolling condition.
因此，该弹状流单元物理模型是进一步分析摇摆状态下弹状流流动特性的基础。
Based on analysis of flow mechanism, a hydrodynamic model of slug flow in vertical pipes was developed considering the variable thickness of liquid film.
基于流动机理的分析建立了塞状流参数预测模型；模型中考虑了液膜的厚度变化。
Through the observation of the fluctuation of the liquid level and pressure in the slug catcher, the optimum size of slug catcher under certain conditions can be determined.
通过观察捕集器内的液位和压力波动情况，从而确定一定生产条件下捕集器的最优结构尺寸。
The conditions for process control of slug concentration and content of powder active matter were improved. The first-stage acceptability rate of powder detergent was upturned.
改善对料浆浓度及成品粉活性含量的工艺控制条件，提高洗衣粉的一次合格率。
Under the condition of slug injection, the breakthrough time of oil enrichment zone lies between the breakthrough time of polymer concentration front and polymer concentration peak.
在段塞注入情况下，原油富集区在出口端的突破是介于聚合物浓度前缘突破和聚合物浓度峰值突破之间。
OBJECTIVE to explore the toxicological effects of Slug capsule on teratogenicity and mutagenicity.
目的探讨蛞蝓胶囊是否具有致畸和致突变的毒理作用。
OBJECTIVE to explore the toxicological effects of Slug capsule on teratogenicity and mutagenicity.
目的探讨蛞蝓胶囊是否具有致畸和致突变的毒理作用。
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