气体搅拌时，夹杂物去除速率快、效率高。
The gas stirring can speed up the removal of inclusion and get a good efficiency.
气体搅拌是有色金属冶金与钢铁冶金中常用的一种技术。
Gas stirring is a common technology used in both nonferrous metallurgy and ferrous metallurgy.
本文用数学模型法预报了中心底吹气体搅拌的液态伍德合金流场。
The flow field in liquid Wood's metal with centric gas bottom-blowing was predicted by a mathematical model.
在气体搅拌萃取塔中，研究了静态混合器对气含率、滞液率的影响。
The influence of motionless mixer on gas holdup and dispersed phase holdup in gas-agitating (extraction) tower was studied.
本文是通过准数方程对钢包顶吹惰性气体搅拌最佳工艺参数进行模型研究的结果。
This article is the result of the research for determining the optimum pro-cessing parameter of ladle top injection of inert gas, by using cold model imitation and criterion equation.
该发明结构简单，气体分配均匀，与物料接触面大，是一种科学实用的气体搅拌装。
The utility model has simple structure and can realize even distribution of gas with large contact area with material, thereby being a scientific and practical gas stirring device.
在萃取过程中使用气体搅拌可以增加液液之间的接触面积，促进液相内的湍动和循环。
The gas agitation can promote the mixing between continuance phase and dispersed phase. At the same times , droplets of dispersed phase can be broken up to a small one.
本文提出了一个数值模型用于研究底吹气体搅拌条件下钢液中夹杂物的长大和去除问题。
A numerical model has been proposed in this study to investigate the growth and removal of inclusions in molten steel in a bottom-blown gas-stirred container.
对于气体搅拌的萃取过程，静态混合器的型式和规格对传质性能和流体力学性能的影响很大。
So the type and specifications for motionless mixer have a great influence on the mass transfer and fluid mechanics properties.
借助于金相分析、SEM和EDX等方法，研究炼铜炉渣加炭粉、通惰性气体搅拌选择性还原贫化过程。
The selective reduction impoverishment of slag from copper smelting with addition of charcoal powder and stirring of inert gas is investigated by the aid of metallurgical analysis, SEM and EDX.
通过水模型实验，对同一容器内相同比搅拌功率条件下，超声搅拌和气体搅拌对去除夹杂物的影响进行了对比研究。
The effect of the ultrasonic stirring and gas stirring on the removal of inclusion was studied by the water modeling experiment under the condition of same unit stirring power in a container.
色球层在光球层气体的搅拌下是个多泡层。
The chromosphere is a frothy layer churned up by gases in the photosphere.
实验中，我们测定了不同搅拌速度下不同浓度氢氧化钙悬浮液吸收纯二氧化碳气体的速率。
In the experiment, we measured the absorption rate of carbon dioxide by slurry in different stirring rate.
针对污泥厌氧消化的工艺设计，探讨了消化方式、池容、池形、搅拌、加热与气体收集系统设计等几个典型问题。
Some topics such as digestion approach, reactor volume and dimension, agitation, heating and gas collection system are discussed in this paper concerning Process Design for Sludge Anaerobic Digestion.
如果是受到机械式的搅拌或者是密度梯度发生了变化而使得管中有大量的分层的气体，那么传递就主要通过强制对流或自然对流而发生。
If there is a bulk mixing of the layers of gas in the tube by mechanical stirring or because of a density gradient, mass transfer occurs primarily by the mechanism of forced or natural convection.
搅拌可在真空和惰性气体保护条件下进行。
Stirring can be done under vacuum and inert gases protected condition.
胶质气体泡沫（CGA）是高速搅拌表面活性剂时产生的一种微泡沫。
The colloid gas aphrons(CGA) are microfoams produced by high-speed agitated the surfactant.
实验结果表明：反应温度对微胶囊气体二氧化氯释放速率影响最大，芯壁比次之，搅拌时间影响最小。
The results of experiment showed that:the most affect factor was reaction temperature, core-wall ratio following, mixing time was the least one.
搅拌缸顶部设有糖料入口，气体进出口和压力表，搅拌缸外壁设有冷却水套。
The top of the mixing crock is provided with an inlet of sugar materials, a gas entrance, and a pressure gauge, and the outer wall of the mixing crock is provided with a water cooling jacket.
探讨了搅拌桨型、挡板和气体分布器等结构因素及气体流量、颗粒质量分数等工艺因素对下沉颗粒三相体系临界搅拌转速的影响。
The influences of impeller types, baffle configurations and gas sparger on critical speed of floating particle in an agitated vessel were investigated.
本实用新型具有功耗低、安全、使用寿命长、体积小、转速准确的特点，是一种较理想的液体(或气体)搅拌器。
The utility model has the characteristics of small power consumption, safety, long service life, small volume and accurate rotate speed and is an ideal liquid (or gas) stirrer.
研究发现：气体分散通道叶片角度、下层桨类型、桨叶间距对搅拌槽内宏观流动场有显著的影响。
It is found that the blade Angle of the gas dispersion channel, the type of the lower impeller and the impeller spacing have significant influence on the macro-flow field in the tank.
研究发现：气体分散通道叶片角度、下层桨类型、桨叶间距对搅拌槽内宏观流动场有显著的影响。
It is found that the blade Angle of the gas dispersion channel, the type of the lower impeller and the impeller spacing have significant influence on the macro-flow field in the tank.
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