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首页> 外文期刊>Journal of Chemical Engineering of Japan >Intensification of Flow Characteristics in a Laminar Flow Stirred Tank Using Modified Impeller Designs
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Intensification of Flow Characteristics in a Laminar Flow Stirred Tank Using Modified Impeller Designs

机译:改进叶轮设计增强层流式搅拌槽内的流动特性

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In this experimental study, the effect of a modified 4-alternating pitched blade turbine (4-APBT) on isolated mixing regions (IMRs) was studied using a Newtonian fluid at low Reynolds numbers. The dimensionless mixing time, Nt_m, was measured using direct visualization of an acid-base reaction within the Newtonian fluid. The digital image analysis of the photographs revealed that the use of 4-APBT leads to smaller IMR structure volumes (less than 20% of total liquid volume) and reduced mixing time by 60% compared to those obtained with the 4-blade disc turbine (4-DT).
机译:在本实验研究中,使用低雷诺数的牛顿流体研究了改进的4交替变桨叶片涡轮(4-APBT)对孤立混合区域(IMR)的影响。使用牛顿流体中酸碱反应的直接可视化测量无量纲混合时间Nt_m。照片的数字图像分析表明,与使用4-叶片盘式涡轮机相比,使用4-APBT可使IMR结构体积更小(不到总液体体积的20%),并将混合时间减少60%( 4-DT)。

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