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首页> 外文期刊>Journal of Chemical Engineering of Japan >Effect of Motion of Drying Materials in Fluidized Bed on Drying Characteristics
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Effect of Motion of Drying Materials in Fluidized Bed on Drying Characteristics

机译:流化床中干燥物料运动对干燥特性的影响

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References(10) Cited-By(11) The drying characteristics of porous materials immersed in a fluidized bed were examined. The glass bead (0.12 mm in diameter) was used as the fluidizing particle. A brick ball and a sintered glass ball were used as the samples, mainly. The sample was fixed or unfixed in the fluidized bed. The mass velocity and temperature of drying gas were changed.In the case of unfixing, the brick ball floats on the bed and the sintered glass ball sinks at the bottom of the bed. The drying time for unfixing is shorter than that for fixing in the fluidized bed when the sample exists on the bed surface. The fluidization behavior of bed has a large effect on the drying characteristics of the unfixed sample. There is the period when the temperature of sample center is constant, and the temperature becomes higher with an increase in the drying gas temperature.
机译:参考文献(10)引用(11)研究了浸入流化床中的多孔材料的干燥特性。玻璃珠(直径0.12mm)用作流化颗粒。主要使用砖球和玻璃烧结球作为样品。样品在流化床中固定或未固定。改变干燥气体的质量速度和温度。在不固定的情况下,砖球漂浮在床上,而烧结玻璃球则沉在床底。当样品存在于流化床表面时,用于固定的干燥时间比用于在流化床中固定的干燥时间短。床的流化行为对未固定样品的干燥特性影响很大。在一段时间内,样品中心温度恒定,并且随着干燥气体温度的升高,温度升高。

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