Solid-phase axial dispersion has been measured in 0.15-m-i.d. solid-liquid fluidized beds. The solid phase was ion-exchange resin in the size range of 300-1000 μ m. The particle size distribution was measured at 34 axial locations ranging from 0.03 to 1.10 m from the bottom. A model describing the particle classification enabled the estimation of axial dispersion coefficient. Based on the experimental results, a correlation has been developed that has been found to be applicable to all the reported data in the published literature over a wide range of Reynolds number
Bed voidage behavior among different flow regimes for Geldart A, B, and D particles (fluid catalytic...
Dispersion phenomena in packed beds in both axial and radial directions were studied to provide basi...
Liquid-phase axial dispersion coefficients have been measured for air-water system in bubble columns...
Liquid phase axial mixing studies have been carried out in the novel solid–liquid circulating fluidi...
A novel, simple and accurate experimental measurement system with fast response was developed to mea...
Particle segregation and intermixing have been studied in 50 mm i.d. and 1.2 m long solid-liquid flu...
Douglas, W. (Supervisor)The axial dispersion of liquid in a fixed bed of dry randomly packed Raschig...
Liquid phase residence time distribution (RTD) studies have been performed in conventional solid–liq...
Dispersion of the liquid in a porous media is of great importance in many areas of engineering and h...
Dispersion coefficient is essential to characterise the complex hydrodynamics of liquid-solid fluidi...
Solid liquid fluidised beds (SLFB) are frequently encountered in the mineral processing applications...
understanding, modeling and predicting nanobioproduct/biomolecule adsorption performance in such pro...
The work described in this thesis is an extension of an earlier project which was concerned with the...
The inclusion of a structured packing as internal in a liquid-solid fluidized bed allows expansion o...
Experimental determinations of the longitudinal dispersion coefficient and the Peclet number were ma...
Bed voidage behavior among different flow regimes for Geldart A, B, and D particles (fluid catalytic...
Dispersion phenomena in packed beds in both axial and radial directions were studied to provide basi...
Liquid-phase axial dispersion coefficients have been measured for air-water system in bubble columns...
Liquid phase axial mixing studies have been carried out in the novel solid–liquid circulating fluidi...
A novel, simple and accurate experimental measurement system with fast response was developed to mea...
Particle segregation and intermixing have been studied in 50 mm i.d. and 1.2 m long solid-liquid flu...
Douglas, W. (Supervisor)The axial dispersion of liquid in a fixed bed of dry randomly packed Raschig...
Liquid phase residence time distribution (RTD) studies have been performed in conventional solid–liq...
Dispersion of the liquid in a porous media is of great importance in many areas of engineering and h...
Dispersion coefficient is essential to characterise the complex hydrodynamics of liquid-solid fluidi...
Solid liquid fluidised beds (SLFB) are frequently encountered in the mineral processing applications...
understanding, modeling and predicting nanobioproduct/biomolecule adsorption performance in such pro...
The work described in this thesis is an extension of an earlier project which was concerned with the...
The inclusion of a structured packing as internal in a liquid-solid fluidized bed allows expansion o...
Experimental determinations of the longitudinal dispersion coefficient and the Peclet number were ma...
Bed voidage behavior among different flow regimes for Geldart A, B, and D particles (fluid catalytic...
Dispersion phenomena in packed beds in both axial and radial directions were studied to provide basi...
Liquid-phase axial dispersion coefficients have been measured for air-water system in bubble columns...