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首页> 外文期刊>Atomization and Sprays: Journal of the International Institutes for Liquid Atomization and Spray Systems >Spraying Angle and Spray Polydispersity in Modeling of the Aerodynamic Characteristics of FGD Towers
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Spraying Angle and Spray Polydispersity in Modeling of the Aerodynamic Characteristics of FGD Towers

机译:烟气脱硫塔气动特性建模中的喷雾角度和喷雾多分散性

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摘要

A model predicting aerodynamic characteristics of a flue gas desulfurization (FGD) scrubber with polydispersed spray is developed on the basis of two-dimensional, nonstationary droplet motion. The model predicts drop caused by the spray, the concentration of the dispersed phase, and its residence time in the system. A comparison of the results with those obtained from models assuming either mondispersed spray or solution carried out for polydispersed spray and vertical droplet motion is performed. The effects of spray polydispersity and two-dimensional droplet motion are discussed and explained.
机译:基于二维非平稳液滴运动,建立了预测多分散喷雾烟气脱硫(FGD)洗涤塔空气动力学特性的模型。该模型可预测由喷雾引起的滴落,分散相的浓度及其在系统中的停留时间。将结果与从模型获得的结果进行比较,这些模型假定是单分散喷雾或对多分散喷雾进行溶液处理且垂直液滴运动。讨论并解释了喷雾多分散性和二维液滴运动的影响。

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