Experimental investigation of flow regimes identification and their transition in WFGD absorbing tower

Yu Hou; Qu Lan Zhou; Shi En Hui; Tong Mo Xu

Experimental investigation of flow regimes identification and their transition in WFGD absorbing tower

Yu Hou
, Qu Lan Zhou
, Shi En Hui
, Tong Mo Xu

能源与动力工程学院

Xi'an Jiaotong University

科研成果: 期刊稿件 › 文章 › 同行评审

6 引用（Scopus）

摘要

Using the direct observation method, PDF and the bed expand method to research the macroscopical character and pressure fluctuation of different flow regimes of gas-liquid two-phase flow in WFGD tower. Three regimes are detected in tower, which are liquid-column flow, gasping flow, and bubbly flow. Offer a flow regimes map of liquid-gas ratio (L/g) versus gas Reynolds number (Re_g) and hydromechanical parameters of flow regimes transition.

源语言	英语
页（从-至）	799-801
页数	3
期刊	Kung Cheng Je Wu Li Hsueh Pao/Journal of Engineering Thermophysics
卷	27
期	5
出版状态	已出版 - 9月 2006

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引用此

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abstract = "Using the direct observation method, PDF and the bed expand method to research the macroscopical character and pressure fluctuation of different flow regimes of gas-liquid two-phase flow in WFGD tower. Three regimes are detected in tower, which are liquid-column flow, gasping flow, and bubbly flow. Offer a flow regimes map of liquid-gas ratio (L/g) versus gas Reynolds number (Reg) and hydromechanical parameters of flow regimes transition.",

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AU - Hui, Shi En

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N2 - Using the direct observation method, PDF and the bed expand method to research the macroscopical character and pressure fluctuation of different flow regimes of gas-liquid two-phase flow in WFGD tower. Three regimes are detected in tower, which are liquid-column flow, gasping flow, and bubbly flow. Offer a flow regimes map of liquid-gas ratio (L/g) versus gas Reynolds number (Reg) and hydromechanical parameters of flow regimes transition.

AB - Using the direct observation method, PDF and the bed expand method to research the macroscopical character and pressure fluctuation of different flow regimes of gas-liquid two-phase flow in WFGD tower. Three regimes are detected in tower, which are liquid-column flow, gasping flow, and bubbly flow. Offer a flow regimes map of liquid-gas ratio (L/g) versus gas Reynolds number (Reg) and hydromechanical parameters of flow regimes transition.

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KW - Gas-liquid two-phase flow

KW - PDF

KW - WFGD absorbing tower

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Experimental investigation of flow regimes identification and their transition in WFGD absorbing tower

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