首页> 外文会议>40th Annual Loss Prevention Symposium >LASER DIAGNOSTICS OF FLOW STRUCTURES AND GAS-MIXING INDUCED BYBUBBLE BURSTING AT THE SURFACE OF GAS-FLUIDIZED BEDS
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LASER DIAGNOSTICS OF FLOW STRUCTURES AND GAS-MIXING INDUCED BYBUBBLE BURSTING AT THE SURFACE OF GAS-FLUIDIZED BEDS

机译:气化床表面起泡引起的流动结构与气体混合的激光诊断

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Gas mixing and hydrodynamics in the splash zone of gas- fluidized beds are largely determinedby the interaction between bursting bubbles, the mainstream gas and the ejected bed solids. Thepresent paper investigates the flow structures associated with the eruption of single bubbles at thesurface of incipiently fluidized beds by a combination of non- intrusive optical diagnostic techniques,namely Planar Laser Light Scattering (PLLS) and Planar Laser Induced Fluorescence (PLIF). Theapplication of these techniques to the analysis of events associated with the eruption of isolatedbubbles proved to be successful.
机译:很大程度上决定了气化床飞溅区的气体混合和流体力学 通过破裂的气泡,主流气体和喷出的床固体之间的相互作用。这 本文研究了与单个气泡喷发相关的流动结构。 通过非侵入式光学诊断技术的组合,对初始流化床的表面进行了处理, 分别是平面激光散射(PLLS)和平面激光诱导荧光(PLIF)。这 这些技术在与孤立的爆发相关的事件分析中的应用 泡沫被证明是成功的。

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