气液搅拌槽在工业生产中应用十分广泛。
Gas-liquid stirred tank have been widely used in industrial production.
以两种不同结构的空气搅拌式种分槽为研究对象，完成了晶种分解过程气—液两相流动的三维数值模拟。
The air-liquid two-phase flow of the seed precipitation process in two air-agitated tanks with different structures was numerical simulated in three dimensions.
流体搅拌是化工工业过程中重要的单元操作，在要求传热面较大、工作介质为高粘体系或某些气液两相体系等工业过程中，多层桨搅拌槽被广泛应用。
Stirred vessels are used in the process industries for a variety of applications. Multiple-impeller stirred tank is widely used in process such as gas-liquid dispersion, high viscous fluid mixing.
流体搅拌是化工工业过程中重要的单元操作，在要求传热面较大、工作介质为高粘体系或某些气液两相体系等工业过程中，多层桨搅拌槽被广泛应用。
Stirred vessels are used in the process industries for a variety of applications. Multiple-impeller stirred tank is widely used in process such as gas-liquid dispersion, high viscous fluid mixing.
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