首页> 外文会议>International Thermal Science Seminar >MAGNETIC FIELD EFFECT ON HEAT TRANSFER BETWEEN GAS-FLUIDIZED FERROMAGNETIC PARTICLE BEDS AND IMMERSED SURFACES: RE-EXAMINATION OF THE RESULTS
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MAGNETIC FIELD EFFECT ON HEAT TRANSFER BETWEEN GAS-FLUIDIZED FERROMAGNETIC PARTICLE BEDS AND IMMERSED SURFACES: RE-EXAMINATION OF THE RESULTS

机译:磁场对气体流化铁磁性颗粒床和浸渍表面之间的热传递的影响:重新检查结果

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摘要

In the last two decades a considerable number of communications have been appeared in the field of magnetic stabilization of gas-fluidized ferromagnetic particles. In contrast to the hydrodynamic problems the heat transfer problems (gas-to-particles and bed-to immersed surface) have paid little attention. The present communication made an attempt to rearrange the data concerning the heat transfer between a fluidized bed of ferromagnetic particles controlled by an external magnetic field and an immersed surface.
机译:在过去的二十几十年中,在气体流化铁磁性颗粒的磁稳定领域中出现了相当数量的通信。与流体动力学问题相反,传热问题(气体到颗粒和床浸渍表面)几乎没有注意。本通信尝试重新排列有关由外部磁场和浸入表面控制的铁磁颗粒的流化床之间的传热的数据。

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