首页> 外文会议>International conference on fluidization >HYDRODYNAMICS OF UNCONVENTIONAL FLUIDIZED BEDS: SOLIDS FLOW PATTERNS AND THEIR INFLUENCE ON MIXING/SEGREGATION OF A LARGE FLOTSAM PARTICLE IN A BED OF FINER SOLIDS
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HYDRODYNAMICS OF UNCONVENTIONAL FLUIDIZED BEDS: SOLIDS FLOW PATTERNS AND THEIR INFLUENCE ON MIXING/SEGREGATION OF A LARGE FLOTSAM PARTICLE IN A BED OF FINER SOLIDS

机译:非常规流化床的流体动力学:固体流动模式及其对细粉床中大絮状颗粒混合/偏析的影响

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Gross solids circulation of solid phase and its influence on mixing/segregation of a large flotsam particle in beds of finer solids in unconventional fluidized beds has been investigated. A tapered two-dimensional fluidization column and a fluidization column equipped with a diverging cone as gas distributor have been adopted. The hydrodynamics of the gas-solid suspension in the two apparatus has been qualitatively assessed by visual observation and the trajectories of the centre-of-gravity of large flotsam particles have been evaluated to assess the extent of mixing/segregation.
机译:研究了非常规流化床中固相的总固体循环及其对大浮选颗粒在较细固体床中混合/离析的影响。采用锥形的二维流化塔和装备有发散锥的流化塔作为气体分配器。通过视觉观察定性地评估了两种装置中气固悬浮液的流体力学,并评估了大浮选颗粒重心的轨迹以评估混合/分离的程度。

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