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首页> 外文期刊>Chemical Engineering Research & Design: Transactions of the Institution of Chemical Engineers >Jet injection studies for partially baffled mixing reactors:A general correlation for the jet trajectory and jet penetration depth
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Jet injection studies for partially baffled mixing reactors:A general correlation for the jet trajectory and jet penetration depth

机译:喷射混合研究部分困惑反应堆:总体相关性的喷气机轨迹和射流穿透深度

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摘要

This paper is devoted to the analysis of the jet trajectories,obtained using computational fluid dynamics(GFD),at two different scales(laboratory and industrial)with application to quenching of runaway reactions.One of the goals was to describe how the jet penetrates the fluid in the stirred vessel and to build an easy to use correlation for research and industrial purposes.A model of the jet trajectory based on the analogy with a jet in a cross-flow has been used to predict the jet trajectory at the pilot and industrial scales.The correlation,built using a statistical analysis,has shown that the jet in a cross-flow model performs very well to describe the jet trajectories.A very interesting conclusion is that the correlation constants were found to be independent of scale.Finally,the authors proposed a definition of the penetration depth and use it in its dimensionless form to predict how the jet penetrates in the industrial vessel with the current injection conditions.
机译:本文致力于分析喷气机使用计算流体轨迹,获得动力学(GFD),在两个不同尺度(实验室和工业)与应用程序的淬火失控的反应。描述的流体射流穿透搅拌容器和建立一个易于使用相关研究和工业目的。在错流射流的类比用来预测飞机轨迹的飞行员和工业规模。统计分析,表明飞机错流模型来描述执行很好飞机轨迹。结论是,相关常量发现是独立的规模。作者提出了一个定义的渗透深度和无量纲的形式来使用它预测飞机工业的渗透船与当前注入条件。

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