夹带液滴 entrained drip
By contrast it can be seen clearly that the drop entrainment in the pipe core decreases,liquid holdup in pipe bottom increases,however it is still of limitation to explain the multiphase drag-reducing mechanism in the aspect of interface friction.
通过对比可以直观地看出管道中心的液滴夹带减小,管道底部液膜的增多,但从界面摩擦力的角度来解释多相流减阻机理仍具有局限性。
参考来源 - 水平管气液两相高聚物减阻流动的研究·2,447,543篇论文数据,部分数据来源于NoteExpress
通过将旋流板和丝网除沫器组合在一起,本实用新型能有效地阻止液滴夹带现象,减少铑催化剂的损失。
Through combining rotational flow plate and silk net skimmer, the utility model can effectively prevent liquid droplets carrying phenomenon, thereby reducing loss of rhodium catalyst.
大小和速度的液滴不断变化的期间,夹带和加速度在炎热的气体燃烧流。
The size and velocity of the droplets change continuously during their entrainment and acceleration in the hot gas combustion flow.
结果表明:增大熔体中离散态分布的锍液滴直径是降低渣中铜夹带损失的重要措施;
The results indicate that firstly, increasing the diameters of discrete matte droplets in slag is an important means to reduce copper loss in slag;
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