Nanopowder Fluidization and Mixing Under the Effect of Acoustic Fields

Gas fluidization is one of the best available techniques to disperse and process large quantities of nanosized powders. Nevertheless, on the basis of their primary particle size and material density, fine powders fall under the Geldart group C (

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Published in:Chemical engineering transactions 2015-01, Vol.43
Main Authors: P. Ammendola, F. Raganati, R. Chirone
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container_title Chemical engineering transactions
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creator P. Ammendola
F. Raganati
R. Chirone
description Gas fluidization is one of the best available techniques to disperse and process large quantities of nanosized powders. Nevertheless, on the basis of their primary particle size and material density, fine powders fall under the Geldart group C (
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title Nanopowder Fluidization and Mixing Under the Effect of Acoustic Fields
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