The hydrodynamic patterns of gas flow associated with bubbles bursting at the surface of a fluidized bed have been characterized by means of laser-assisted imaging and of a non-diffusive gas tracing technique. The flow structures generated by single bubble and two closely time-delayed bubbles have been characterized in terms of specific intermaterial surface area and of volume growth rate.
Hydrodynamics and gas-mixing in the splash zone of bubbling fluidized bed reactors / R., Solimene; Marzocchella, Antonio; Salatino, Piero; R., Ragucci. - STAMPA. - (2004), pp. 91-98. ( FLUIDIZATION XI Ischia (NA) 9-14, May 2004).
Hydrodynamics and gas-mixing in the splash zone of bubbling fluidized bed reactors
MARZOCCHELLA, ANTONIO;SALATINO, PIERO;
2004
Abstract
The hydrodynamic patterns of gas flow associated with bubbles bursting at the surface of a fluidized bed have been characterized by means of laser-assisted imaging and of a non-diffusive gas tracing technique. The flow structures generated by single bubble and two closely time-delayed bubbles have been characterized in terms of specific intermaterial surface area and of volume growth rate.File in questo prodotto:
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