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Voidage Measurement for a Moving Plug in Dense Phase Pneumatic Conveying Using Two Different Methods

机译:两种不同方法在密相气力输送中动塞的空隙率测量

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摘要

Two simple ways to measure voidage in a moving plug in dense phase pneumatic conveying have been explored, along with voidage behavior and other parameters. The first method (bulk solid method) determines the average voidage for a single plug, by measuring the length and the weight of the plug, while the second method (Ergun's method) determines the voidage along the plug length from plug head to tail by using the Ergun equation. The experiments were performed under different experimental conditions of plug lengths, gas velocities, and materials. The results from both methods showed varying degrees of agreement, depending on the material transported. The measurements also found that the voidage varied only slightly with the plug velocity. However, it did vary more within the plug (e.g., plug head, middle of plug, and plug tail).
机译:已经探索了两种在密相气力输送中测量活动塞中空隙的简单方法,以及空隙行为和其他参数。第一种方法(散装固体法)通过测量塞子的长度和重量来确定单个塞子的平均空隙率,而第二种方法(Ergun法)通过使用来确定从塞头到尾部沿着塞子长度的空隙率Ergun方程。实验是在不同的塞子长度,气体速度和材料实验条件下进行的。两种方法的结果都显示出不同程度的一致性,这取决于所运输的材料。测量还发现,空隙率仅随塞子速度而略有变化。但是,插塞内的变化确实更大(例如,插塞头,插塞中间和插塞尾部)。

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