0000000000628566

AUTHOR

Giorgio Donsi

0000-0001-8442-9389

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Aggregative behavior of cohesive magnesium carbonate powders during fluidization and aerated discharge

2014

In this paper we studied the aerated discharge of two magnesium carbonate powders differing in their average diameter and particle size distribution. These samples were characterized by means of fluidization experiments and rheology shear tests carried out in a rotating shear cell. In the hopper discharge experiments, besides the discharge rates and the mass of residual solids as a function of the aeration rate, the aggregative behavior was observed by means of photographic techniques. Solids aggregates were actually visible within the aerated beds of solids during the fluidization experiments and in the streams of the discharging solids. Experimental data on the powder flow properties and …

Materials scienceMagnesiumGeneral Chemical EngineeringMetallurgyGeneral Engineeringchemistry.chemical_elementGeneral Chemistrychemistrylcsh:Technology (General)lcsh:T1-995lcsh:QC770-798lcsh:Nuclear and particle physics. Atomic energy. RadioactivityGeneral Materials ScienceFluidizationAeration
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