1) bubble diameter
气泡粒径
1.
The effect of bubble diameter on entrainment concentration forecast result in two-fluid model;
两流体模型中气泡粒径对掺气浓度预测结果的影响
2) 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。
3) bubbles size distribution
气泡粒径边缘检测方法
4) bubble diameter
气泡直径
1.
Research on the bubble diameters in static mixer;
静态混合器内气泡直径研究
2.
The bubbly flow parameters,such as phase fraction and bubble diameter in the bubble column of a new type scrubbing-cooling chamber were measured by a double-sensor probe.
采用双头电导探针法对新型洗涤冷却室环隙鼓泡床内气液两相的局部气含率、气泡直径等分布规律进行了实验研究,并用Fluent商业软件对床层内气含率分布进行了模拟计算,模拟结果与实验结果吻合较好。
5) bubble size
气泡直径
1.
Axial bubble size distribution and gas holdup profiles were determined under the ambient temperature and pressure using the dual electrical conductivity probes technology in a gas-liquid bubble column, and the effects of the gas distributor on the performance of the bubble column were researched.
采用电导探针测定了冷态鼓泡塔中不同气速下的气泡直径及气含率的轴向分布,考察了分布板对鼓泡塔操作性能的影响。
2.
The experimental results show that the Sauter mean diameter of the bubbles just formed on the membrane decreases with the increase of gas flow rate; the addition of alcohol or salt causes a significant decrease of bubble size.
实验结果表明，在微孔介质上所形成气泡的 Ｓａｕｔｅｒ平均直径随通气量的增大而减小；液相中盐或醇的引入使形成的气泡直径明显减小。
6) bubble radius
气泡半径
1.
Study of variation law of bubble radius in surface ship wake;
水面舰船尾流气泡半径变化规律的研究
2.
The order with respect to the bubble radius is 0 during the kinetics controlled process, while the order with respect to the bubble radius is -1 during the diffusion controlled process.
实验结果表明反应速度与气泡半径有关。
补充资料：调和平均粒径
分子式：
CAS号：
性质：在混合颗粒中，直径为d1、d2、…dn的颗粒的质量分率，分别为x1、x2、…xn，则混合颗粒的调和平均直径可按下式计算：
CAS号：
性质：在混合颗粒中，直径为d1、d2、…dn的颗粒的质量分率，分别为x1、x2、…xn，则混合颗粒的调和平均直径可按下式计算：
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