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A vibrated-fluidized bed under reduced pressure was constructed for the fluidization of fine particles. The behaviors in fluidization of glass beads (100μm, 6μm) in vibrated conditions were investigated under atmospheric or reduced pressures. For 100μm particles, the pressure drop through the fixed bed under vibrated conditions was larger than that without vibration at the same gas velocity. Therefore, umf with vibration is smaller than that without it. The effect of vibration upon umf or its behavior in fluidization is insignificant under lower pressure than that at atmospheric pressure. The relatively stable fluidization of Geldant'C (6μm) is achieved under vibration, but it is not obtained without vibration.

The Fluidization of Fine Particles under Vibrated or Reduced Pressure Condiions.