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1·The engineering magnification principle and methods for agitated tank (kettle) are introduced.

介绍了搅拌罐（釜）的工程放大原理和方法，并通过实例进行了经济分析。

2·There exists serious scaling in the air-agitated tank used in the process of seed precipitation.

晶种分解过程中采用的空气搅拌式种分槽存在结疤严重的缺点。

3·The results showed that the mixing process of material in agitated tank was controlled by velocity field;

结果表明，拌槽内物料的混合过程主要由槽内的流体流动所控制；

4·Liquid crystal technique was used to measure the glycerin temperature distributions in an agitated tank heated by vertical tubes.

利用液晶测温技术测量了垂直列管加热的搅拌槽内甘油的温度场分布。

5·The commercial code of CFD (Computational Fluid Dynamics), FLUENT-5, has been used to numerically simulate the flow field in the draft-tube agitated tank.

利用计算流体力学软件FLUENT-5，对带导流筒搅拌槽内的流场进行了数值模拟。

6·Velocity and concentration field in single turbine agitated tank were calculated by means of CFD and the influences of detecting position on mixed times were discussed specially.

利用C FD方法计算了单层涡轮搅拌槽内流体混合过程的流动场和浓度场，研究了物料在搅拌槽内的混合过程以及不同监测点位置对混合时间的影响。

7·Any area in the paint tank that is not properly agitated will permit pigment settling.

在漆槽中搅拌不彻底的任何区域都会引起颜料沉淀。