화학공학소재연구정보센터
검색결과 : 10건
No. Article
1 Design Impact on Airflow Patterns in Fluidization Units
Renaudo CA, Bertin DE, Bucala V
Chemical Engineering & Technology, 42(11), 2365, 2019
2 Fluidized-bed melt granulation: Coating and agglomeration kinetics and growth regime prediction
Villa MP, Bertin DE, Cotabarren IM, Pina J, Bucala V
Powder Technology, 300, 61, 2016
3 Feedback control strategies for a continuous industrial fluidized-bed granulation process
Cotabarren IM, Bertin DE, Bucala V, Pina J
Powder Technology, 283, 415, 2015
4 Fluidized-bed melt granulation: The effect of operating variables on process performance and granule properties
Moraga SV, Villa MP, Bertin DE, Cotabarren IM, Pina J, Pedernera M, Bucala V
Powder Technology, 286, 654, 2015
5 Granule size distribution for a multi-chamber fluidized-bed melt granulator: Modeling and validation using process measurement data
Bertin DE, Cotabarren I, Pina J, Bucala V
Chemical Engineering Science, 104, 319, 2013
6 A Validated Flowsheeting Tool for the Study of an Industrial Granulation Process
Cotabarren IM, Bertin DE, Bucala V, Pina J
Industrial & Engineering Chemistry Research, 52(43), 15198, 2013
7 Analysis of the product granulometry, temperature and mass flow of an industrial multichamber fluidized bed urea granulator
Bertin DE, Cotabarren IM, Bucala V, Pina J
Powder Technology, 206(1-2), 122, 2011
8 Dynamics of an Industrial Fluidized-Bed Granulator for Urea Production
Bertin DE, Pina J, Bucala V
Industrial & Engineering Chemistry Research, 49(1), 317, 2010
9 Modeling of an industrial fluidiked-bed granulator for urea production
Bertin DE, Mazza GD, Pina J, Bucala V
Industrial & Engineering Chemistry Research, 46(23), 7667, 2007
10 New functional polyolefins: Towards a bridge between catalytic and RAFT polymerizations?
Lopez RG, Boisson C, D'Agosto F, Spitz R, Boisson F, Gigmes D, Bertin DE
Macromolecular Rapid Communications, 27(3), 173, 2006