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横向旋转磁场作用下的液固流态化
引用本文:吕雪松,赵昱,李洪钟. 横向旋转磁场作用下的液固流态化[J]. 过程工程学报, 1998, 0(4)
作者姓名:吕雪松  赵昱  李洪钟
作者单位:中国科学院化工冶金研究所多相反应开放实验室
摘    要:利用横向旋转磁场发生器研究了铁颗粒以及铁-不锈钢混合颗粒的流态化特征.在一定条件下,实现了铁颗粒成链自旋.研究表明,旋转频率、磁场强度和添加铁颗粒的比例是影响流化质量的主要因素.实验表明,横向旋转磁场的旋转频率和磁场强度对铁颗粒及铁-不锈钢混合颗粒的最小流化速度影响很小

关 键 词:流态化,横向旋转磁场,最小流态化速度

EXPERIMENTAL STUDY ON LIQUID-SOLID FLUIDIZATION IN HOMOGENEOUS TRANSVERSE ROTATING MAGNETIC FIELD
LU Xuesong ZHAO Yu LI Hongzhong. EXPERIMENTAL STUDY ON LIQUID-SOLID FLUIDIZATION IN HOMOGENEOUS TRANSVERSE ROTATING MAGNETIC FIELD[J]. Chinese Journal of Process Engineering, 1998, 0(4)
Authors:LU Xuesong ZHAO Yu LI Hongzhong
Abstract:Magnetic fluidization of iron particles and mixed iron-stainless steel particles has been studied in a transverse homogeneous rotating magnetic field. In low frequency, iron particle chains in mixed particle systems rotated with the rotation of the external magnetic field. The factors affecting the fluidization quality are identified. The experimental results show that the rotating frequency and field intensity of the magnetic field have little effect on minimum fluidization velocity.
Keywords:Fluidization   Transverse rotating magnetic field   Minimum fluidization velocity  
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