Jean-Claude Charpentier
Title
Cited by
Cited by
Year
Residence time distribution in the liquid phase of trickle flow in packed columns
WPM Van Swaaij, JC Charpentier, J Villermaux
Chemical Engineering Science 24 (7), 1083-1095, 1969
1781969
Chemical kinetics of the reaction of carbon dioxide with amines in pseudo m-nth order conditions in aqueous and organic solutions
C Alvarez-Fuster, N Midoux, A Laurent, JC Charpentier
Chemical Engineering Science 35 (8), 1717-1723, 1980
1201980
Perspective on multiscale methodology for product design and engineering
JC Charpentier
Computers & Chemical Engineering 33 (5), 936-946, 2009
732009
Chute de pression pour des écoulements à co-courant dans les colonnes à garnissage arrosé: comparaison avec le garnissage noyé
JC Charpentier, C Prost, P Le Goff
Chemical Engineering Science 24 (12), 1777-1794, 1969
481969
Interfacial area and liquid side mass transfer coefficient in trickle bed reactors operating with organic liquids
N Midoux, BI Morsi, M Purwasasmita, A Laurent, JC Charpentier
Chemical engineering science 39 (5), 781-794, 1984
471984
Flow patterns and some holdup experimental data in trickle‐bed reactors for foaming, nonfoaming, and viscous organic liquids
BI Morsi, N Midoux, JC Charpentier
AIChE Journal 24 (2), 357-360, 1978
461978
Aires interfaciales et coefficients de transfert de matière dans les divers types d'absorbeurs et de réacteurs gaz—liquide
A Laurent, JC Charpentier
The Chemical Engineering Journal 8 (2), 85-101, 1974
451974
Contribution to the hydrodynamic study of gas-liquid-solid fluidized bed reactors
M Saberian-Broudjenni
International Chem. Eng. 27, 423-440, 1987
421987
Gas–liquid–solid fluidized bed reactors: state of the art and industrial possibilities
G Wild, M Saberian, JL Schwartz, JC Charpentier
Int. Chem. Eng 24, 639-678, 1984
371984
Hydrodynamics and interfacal areas in downward cocurrent gas-iquid flow through fixed beds-Influence of the nature of the liquid.
BI Morsi, N Midoux, A Laurent, JC Charpentier
International Chemical Engineering 22 (1), 142-151, 1982
361982
Mass transfer in bubble columns operating at high gas throughputs
R Botton, D Cosserat, JC Charpentier
The chemical engineering journal 20 (2), 87-94, 1980
351980
Heat and mass transfer in gas-liquid-solid fixed bed reactors
G Wild, F Larachi, JC Charpentier
Heat and mass transfer in porous media, 616, 1992
341992
Thermal hazard accident investigation of hydrogen peroxide mixing with propanone employing calorimetric approaches
JH Chi, SH Wu, JC Charpentier, I Yet-Pole, CM Shu
Journal of Loss Prevention in the Process Industries 25 (1), 142-147, 2012
322012
Hydrodynamics and gas-liquid-solid interfacial parameters of co-current downward two-phase flow in trickle-bed reactors
BI Morsi, A Laurent, N Midoux, G Barthole-Delaunay, A Storck, ...
Chemical Engineering Communications 25 (1-6), 267-293, 1984
311984
Process engineering and problems encountered by chemical and related industries in the near future. Revolution or continuity?
JC Charpentier, P Trambouze
Chemical Engineering and Processing: Process Intensification 37 (6), 559-565, 1998
271998
Limits of the chemical method for the determination of physical mass transfer parameters in mechanically agitated gas‐liquid reactors
N Midoux, A Laurent, JC Charpentier
AIChE Journal 26 (1), 157-162, 1980
271980
Operating zone and scale up of mechanically stirred gas-liquid reactors
R Botton, D Cosserat, JC Charpentier
Chemical Engineering Science 35 (1-2), 82-89, 1980
251980
A multiscale approach for modeling bubbles rising in non-Newtonian fluids
X Frank, JC Charpentier, Y Ma, N Midoux, HZ Li
Industrial & engineering chemistry research 51 (4), 2084-2093, 2012
242012
A multi-layered view of chemical and biochemical engineering
R Gani, J Bałdyga, B Biscans, E Brunazzi, JC Charpentier, E Drioli, ...
Chemical Engineering Research and Design 155, A133-A145, 2020
222020
Determination of gas-side mass transfer coefficients in trickle-bed reactors in the presence of an aqueous or an organic liquid phase
W Yaici, A Laurent, N Midoux, JC Charpentier
International Chemical Engineering 28 (2), 299-305, 1998
221998
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