Results 261 to 270 of about 4,529,228 (280)
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Industrial & Engineering Chemistry Research, 1988
Mise en place de correlations pour le calcul de la retenue de la phase dispersee et de la vitesse d'engorgement a partir de donnees experimentales et de modeles fournis dans la litterature. Ces equations sont etablies dans le cas ou il y a transfert de matiere mais aussi lorsque celui-ci est ...
Arun Kumar, S. Hartland
semanticscholar +2 more sources
Mise en place de correlations pour le calcul de la retenue de la phase dispersee et de la vitesse d'engorgement a partir de donnees experimentales et de modeles fournis dans la litterature. Ces equations sont etablies dans le cas ou il y a transfert de matiere mais aussi lorsque celui-ci est ...
Arun Kumar, S. Hartland
semanticscholar +2 more sources
Applied Radiation and Isotopes, 2017
Holdup and axial dispersion of liquid phase in a catalytic exchange column were investigated by measuring residence time distributions (RTD) using a radiotracer technique. RTD experiments were independently carried out with two different types of packings i.e.
KUMAR, R +8 more
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Holdup and axial dispersion of liquid phase in a catalytic exchange column were investigated by measuring residence time distributions (RTD) using a radiotracer technique. RTD experiments were independently carried out with two different types of packings i.e.
KUMAR, R +8 more
openaire +3 more sources
Dispersed-phase holdup in liquid-liquid emulsions generated by high-strength bottom gas injection
Metallurgical and Materials Transactions B, 1996A cold model study on the effects of various operating conditions on the dispersed-phase holdup in a liquid-liquid emulsion generated by bottom gas injection has been performed using water and kerosene. Dimensional analysis was used to correlate the holdup with the operating conditions and the sampling locations.
M. S. Lee, H. Sohn
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Chemical Engineering Science, 1997
Abstract The gas holdup, e g , liquid-phase axial dispersion coefficient, D ax , and volumetric gas-to-liquid mass transfer coefficient, k l a , have been measured for a three-phase magneto-fluidized bed (MFB) as a function of gas superficial velocity, liquid superficial velocity, and magnetic field strength. The solid phase consisted of 4
V.S. Thompson, R.M. Worden
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Abstract The gas holdup, e g , liquid-phase axial dispersion coefficient, D ax , and volumetric gas-to-liquid mass transfer coefficient, k l a , have been measured for a three-phase magneto-fluidized bed (MFB) as a function of gas superficial velocity, liquid superficial velocity, and magnetic field strength. The solid phase consisted of 4
V.S. Thompson, R.M. Worden
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Separation Science and Technology
Liquid-liquid extraction (LLX) is a widely employed technique in separation processes across various industries. This process demands extractor columns, and the Scheibel contactor is one of the most well-known types, featuring both mixing and packing ...
Khayyam Mehrabi +4 more
semanticscholar +1 more source
Liquid-liquid extraction (LLX) is a widely employed technique in separation processes across various industries. This process demands extractor columns, and the Scheibel contactor is one of the most well-known types, featuring both mixing and packing ...
Khayyam Mehrabi +4 more
semanticscholar +1 more source
Applied Radiation and Isotopes, 2008
Axial dispersion, holdup and slip velocity of dispersed phase have been investigated for a range of dispersed and continuous phase superficial velocities in a pulsed sieve plate extraction column using radiotracer residence time distribution (RTD) analysis. Axial dispersion model (ADM) was used to simulate the hydrodynamics of the system.
Ghiyas Ud, Din +3 more
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Axial dispersion, holdup and slip velocity of dispersed phase have been investigated for a range of dispersed and continuous phase superficial velocities in a pulsed sieve plate extraction column using radiotracer residence time distribution (RTD) analysis. Axial dispersion model (ADM) was used to simulate the hydrodynamics of the system.
Ghiyas Ud, Din +3 more
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Dispersed phase holdup in baffled mixing vessels
AIChE Journal, 1973Bruce Weinstein, Robert E. Treybal
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Comments on "Ultrasonic technique for dispersed-phase holdup measurements"
Industrial & Engineering Chemistry Research, 1988H. Sovova, A. Havlicek
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Response to comments on "Ultrasonic technique for dispersed-phase holdup measurements"
Industrial & Engineering Chemistry Research, 1988Lawrence L. Tavlarides, Julio C. Bonnet
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Comprehensive review of dispersed phase holdup in solvent extraction columns
Geosystem EngineeringM. Asadollahzadeh +2 more
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