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Effect of magnetic field orientation on fluidized beds of magnetic particles:Theory and experiment
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作者 Miguel ángel Sánchez Quintanilla manuel Jesús Espin josé manuel valverde 《Particuology》 SCIE EI CAS CSCD 2014年第1期54-63,共10页
Geldart-A fluidized beds of fine particles experience a jamming transition between a fluid-like state and a solid-like state at a certain superficial gas velocity, that depends on the relative strength of interparticl... Geldart-A fluidized beds of fine particles experience a jamming transition between a fluid-like state and a solid-like state at a certain superficial gas velocity, that depends on the relative strength of interparticle attractive forces with respect to particle weight, lnterparticle forces provide the bed with a certain tensile strength in the jammed state. In the work presented here we analyze the behavior of a fluidized bed of magnetic particles subjected to an externally applied magnetic field, which contributes to enhance interparticle forces. The importance of the magnetic contribution to interparticle forces is measured by the changes in the tensile strength and the superficial gas velocity at the jamming transition. The link of the field orientation with the microstructure of the bed is discussed, 展开更多
关键词 Magneto-fluidization Jamming transition FLUIDIZATION Fine powders COHESION MAGNETIZATION
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