1) bubble distribution
气泡分布
1.
Considering the effect of bubble size,bubble distribution and bubble lifecycle on the DO of aeration tank in micro-pore bubble aeration systems,there was an optimal bubble group which could maximize DO in aeration tank.
综合考虑气泡尺寸、气泡分布、气泡生命周期等对微孔曝气水体DO的影响效果,存在着使曝气效果达到最佳的最优气泡群。
2.
Physical and mathematical models are established in order to analyze and calculate the influence of seawater temperature and bubble distribution on conductivity characteristic of ship wake.
为了对水面舰船尾流的电导率特性受海水温度和气泡分布的综合影响进行理论分析和计算,在建立物理模型和数学模型时,对于具有垂直温度梯度的海水中水面舰船的气泡尾流,假设检测尾流的电导率探头极间的气泡分别呈任意分布和均匀分布,获得了海水温度、气泡半径、气泡数密度及气泡分布方式对非尾流区海水电导率与尾流电导率之差δK的综合影响规律。
2) bubble size distribution
气泡尺寸分布
1.
Experiment and CFD simulation of bubble size distribution in 2D gas-liquid bubble column;
二维鼓泡床内气泡尺寸分布的实验与CFD模拟
2.
Study on bubble size distribution and local gas holdup in bubble column;
鼓泡塔中气泡尺寸分布和局部气含率研究
3.
The bubble size distribution of distillation trays is the key parameter for calculating distillation tray efficiencies, designing and operating distillation towers.
精馏塔板上气泡尺寸分布是计算精馏塔板效率以及设计和操作精馏塔的关键参数,但对它的预测受到理论不完善、实验测试手段落后及求解计算困难等方面的限制。
3) bubble size distribution
气泡粒径分布
1.
The bubble size distribution in this novel unit was studied by using a CCD imagination through a microscope.
采用显微摄像系统 ,对该装置中气泡粒径分布进行了探讨 。
2.
This work is a study on the conditions of using ceramic microporous tube to produce microbubbles,the results of bubble formation compared with the metal microporous membrane tube,and the factors effecting on the initial bubble size distribution are also analyzed from the mechanism of bubble formation.
研究了陶瓷微孔膜管产生微气泡的条件,并对两种不同材质的微孔膜管产生微气泡的结果进行了比较,从气泡形成机理上分析了影响气泡粒径分布的因素。
3.
This condition of using ceramic microporous tube to produce microbubbles by high-speed cross-flow and the effect of Liquid properties on the initial bubble size distribution were studied.
研究了利用陶瓷微孔膜管在高速剪切流剪切作用下形成微气泡的条件,流体物性对气泡粒径分布的影响。
4) probability distribution of air bubbles
气泡概率分布
5) bubbles swarm shape
气泡分布形式
补充资料：表面气泡
表面气泡
skin hole
b iaomian qiPao表面气泡(skin hole)钢锭表面上一些开口的孔眼。是钢中气体析出于钢锭表皮而形成的;钢锭模壁潮湿，或使用的保护渣潮湿，在浇注时蒸发出气体，也会使钢锭形成表面气泡。它会使轧材出现深口、裂痕、甚至海绵面等缺陷。其防止措施主要是降低钢液气体含量，保持锭模和保护渣干操。 (汪建农)
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条