1) entrainment mechanism
雾沫机理
1.
The results show that the entrainment mechanism is a more dominant fibre loss mechanism than bubble-fibre adhesion mechanism during flotation.
结果表明:浮选时纸浆中纤维和细小纤维流失的雾沫机理较粘附机理更有说服力,更能了解浮选时纤维和细小纤维流失的原因和防止流失应采取的措施。
3) atomization mechanism
雾化机理
1.
In order to turn nanocrystalline powder produce by centrifugal spraying drying into industrialization, three atomization mechanisms of centrifugal spraying drying were detailed through its procedure characteristic, that were: directly dividing into liquid drop, threadlike dissevering into liquid drop and filmlike splitting into liquid drop from solution.
本文结合离心式喷雾干燥法的工艺特点 ,论述了离心式喷雾干燥法的三种雾化机理 :料液直接分裂成液滴、丝状割裂成液滴和膜状分裂成液滴三种情况 ;考察了制备复合氧化物粉末的影响因素 ,其制粉效果与分散盘的形状、直径、转子转速、进料量、进出口温度、料液浓度、料液表面张力和粘度等因素密切相关 ;给出了喷雾干燥法制备超细粉末的应用前景。
2.
Charged atomization mechanism of the oiler is analy.
在静电涂油机结构和雾化过程研究基础上,依据静电学原理,对静电涂油机的荷电雾化机理进行了理论分析,建立了油液荷电量和油液破碎临界场强的数学模型。
3.
Researches about atomization mechanism are basically based on the experience an.
长期以来,人们对燃油喷雾场进行了大量的研究,但由于计算机性能和测试手段的限制,这方面的研究历来偏重于雾化的几何特性和物理特性,而对控制雾化过程、决定雾化质量优劣的关键,即雾化机理的研究由于难度较大,存在着较多的推测和经验的成分。
4) Atomizing mechanism
雾化机理
1.
With the atomizing properties of two fluid atomizer analysed, the atomizing mechanism of CWP (coal water paste) nozzle is described in this paper.
通过对气力式雾化喷嘴特性的分析 ,提出了水煤膏喷嘴雾化机理 ,分析了诸因素对水煤膏雾化性能的影响 ,确定了影响其雾化性能的主要因素 ,提出了可供工程应用参考的数
5) entrainment
[in'treinmənt]
雾沫夹带
1.
Research of entrainment and tray pressure drop of new directed bridge valve trays;
新型导向桥阀塔板的雾沫夹带和塔板压降
2.
Equations of hydraulic parameters such as pressure drop,weeping and entrainment were regressed.
采用空气-富氧水体系,在φ1200 mm不锈钢塔内,对百叶窗式喷射塔板的流体力学与传质性能进行了测试,回归了压降、泄漏、雾沫夹带等计算关联式,并与新垂直筛板进行了对比实验。
3.
The results show that HEFV tray possesses a little higher pressure drop,less entrainment,lower weeping and higher efficiency than sieve tray as well as lower pressure drop,less entrainment,higher weeping and higher.
结果表明,HEFV固阀塔板的压降介于筛孔塔板与F1浮阀塔板之间,雾沫夹带率低于筛孔塔板和F1浮阀塔板,泄漏率比筛孔塔板低,比F1浮阀塔板高,传质效率优于筛孔塔板和F1浮阀塔板。
6) entrainment rate
雾沫夹带
1.
In the experiment,hydraulic properties,such as tray pressure drop,entrainment rate,and weeping rate were measured,and mass transfer efficiency was determined through the method of oxygen–absorptions.
在1000mm×350mm规格的实验塔中,应用典型的水—空气冷模实验系统对浮阀鼓泡器塔盘进行了实验研究,测定了多种气液负荷下的塔板压降、雾沫夹带和泄漏量等流体力学性能。
2.
From the experiment,many hydraulic properties,such as tray pressure drop,entrainment rate,weeping rate and tray efficiency, were measured and mass transfer efficiency wa.
在1000 mm×350 mm规格的实验塔中,以典型的水-空气冷模实验系统,对锯齿边窄条阀STV75塔盘和F1圆形浮阀塔盘进行了对比实验,测定了多种气液负荷下的压降、雾沫夹带、泄漏量等流体力学性能。
3.
The hydraulic properties,such as tray pressure drop,entrainment rate,and weeping rate were measured,and the mass transfer efficiency was determined through the method of oxygen-absorptions.
应用典型的水-空气冷模实验系统对3D条阀、STV条阀和F1型浮阀3种条阀进行了对比实验研究,测定了多种气液负荷下3种浮阀塔板的板压降、雾沫夹带和漏液量等流体力学性能,利用氧解吸法测定了3种浮阀塔板的传质效率。
补充资料：腐沫
【通用名称】
腐沫
【其他名称】
腐沫 (《纲目拾遗》)
【来源】
即豆腐泔水上所集结之浮沫。
【功用主治】
《纲目拾遗》："治鹅掌癣生手掌及足掌，层层剥皮，血肉外露。此沫热洗。"
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