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朱庆山研究表明,把铁颗粒添加到粘性粉体中,在轴向磁场的作用下,铁颗粒能够成链.Penchev和Hristov研究了横向磁场中铁磁颗粒流态化后,指出横向磁场流态化的一个主要特征也是磁链流态化.不过,这些研究只注重磁场流态化的一些本征特征,没有考虑通过磁场的变化改变磁链长度和磁链运动的方式,进而改善流化的质量.可以设想,如果这样的磁链放在横向均匀旋转磁场中使其自旋,那么自旋的颗粒链就能够对流化的颗粒起到搅拌和混合的作用,因而能够提高流态化的质量.
Zhu Qingshan research shows that iron particles added to the viscous powder, the axial magnetic field under the effect of iron particles can become a chain.Penchev and Hristov study of transverse magnetic field after the ferromagnetic particles, that the transverse magnetic field fluidization One of the main features is also the flux-state fluidization, but these studies focus only on some intrinsic features of fluid-state fluidization and do not take into account the way in which the flux length and flux move through the changes in the magnetic field, thereby improving the quality of the fluidization. It is conceivable that if such flux chains are spun in a transversely uniformly rotating magnetic field, the spinning particle chains are able to agitate and mix the fluidized particles, thereby improving the fluidization quality.