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首页> 外文期刊>Journal of Chemical Engineering of Japan >LENGTH OF PARTICLES BED IN BATCH SOLID-LIQUID SPOUTED AND FLUIDIZED SYSTEMS

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LENGTH OF PARTICLES BED IN BATCH SOLID-LIQUID SPOUTED AND FLUIDIZED SYSTEMS

机译：间歇式液体流态化系统中颗粒床的长度

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来源
《Journal of Chemical Engineering of Japan》 |1979年第4期|共页
作者
HISASHI SHINOHARA; ISAMU TANAKA; TOSHIFUMI ISHIKURA;
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中图分类冶金工业;
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专利

1. ELUTRIATJON OF PARTICLES FROM A BATCH SPOUTED BED IN SOLID-LIQUID SYSTEM [J] . HISASHI SHINOHARA, ISAMU TANAKA, TOSHIFUMI ISHIKURA Journal of Chemical Engineering of Japan . 1979,第2期

机译：固液系统中间歇出水床中颗粒的富集
2. Surface-to-bed heat transfer for high-density particles in conical spouted and spout-fluid beds [J] . Onur Yaman, Gorkem Kulah, Murat Koksal 颗粒学报（英文版） . 2019,第001期

机译：锥形喷嘴和喷嘴流化床中高密度颗粒的表面到床的传热
3. Numerical Investigation on Effect of Food Particle Mass on Spout Elevation of a Gas-Particle Spout Fluidized Bed in a Microwave-Vacuum Dryer [J] . Jin Guangyuan, Zhang Min, Fang Zhongxiang, Drying technology: An International Journal . 2015,第5a8期

机译：食品颗粒质量对微波真空干燥机气粒喷口流化床喷口高度影响的数值研究
4. DEM STUDY OF FLUIDIZED BED DYNAMICS DURING PARTICLE COATING IN A SPOUTED BED APPARATUS [C] . Sergiy Antonyuk, Stefan Heinrich, Anastasia Ershova International conference on circulating fluidized beds and fluidization technology . 2011

机译：流嘴床装置颗粒包覆过程中流化床动力学的DEM研究
5. EFFECT OF PARTICLE SHAPE ON PREDICTION OF VELOCITY-VOIDAGE RELATIONSHIP IN FLUIDIZED SOLID-LIQUID SYSTEMS [D] . DHARMARAJAH, ANTHONISAMY HERMAN 1982

机译：颗粒形状对流化固液系统中速度-空隙关系预测的影响
6. Hydrodynamic Behavior of Particlesin a 3D Integral Multi-Jet Spout-Fluidized Bed [O] . Chunling Yang, Feng Wu, *, 2020

机译：粒子的流体动力学行为在3D积分多喷射喷口流化床中
7. Length of particles bed in batch solid-liquid spouted and fluidized systems. Experimental study for the region of transport bed. [O] . TOSHIFUMI ISHIKURA, ISAMU TANAKA, HISASHI SHINOHARA 1979

机译：粒子床的长度在分批固液喷出和流化系统中。运输床区域的实验研究。
8. Materials Problems in Fluidized-Bed Combustion Systems: High-Temperature Erosion-Corrosion by High-Velocity (200MS/S) Particles [R] . Barkalow, R. H., Goebel, J. A., Pettit, F. S. 1980

机译：流化床燃烧系统中的材料问题：高速（200ms / s）颗粒的高温腐蚀

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