803 - 810 |
A Novel Technique Based on Kr-85 for Quantification of Gas-Liquid Mass-Transfer in Bioreactors Pedersen AG, Andersen H, Nielsen J, Villadsen J |
811 - 819 |
Measurement of Normal Stress and Hindrance Factor in a Collapsing Fluidized-Bed Chen LB, Weinstein H |
821 - 830 |
Solubilities and Mass-Transfer Coefficients of Gases in Liquid Propylene in a Surface-Aeration Agitated Reactor Mizan TI, Li J, Morsi BI, Chang MY, Maier E, Singh CP |
831 - 836 |
An Analysis of Constant-Pressure Filtration Wu YX |
837 - 843 |
Investigations and Modeling of Slurry Bubble-Columns Hillmer G, Weismantel L, Hofmann H |
845 - 849 |
Effect of Gas Diluents on Assessment of Kinetics in Pressure Response Cells Rice RG, Burns LF, Miao RS |
851 - 861 |
Turbulent Natural-Convection Flow Due to Combined Buoyancy Forces During Underground Gasification of Thin Coal Layers Kuyper RA, Vandermeer TH, Hoogendoorn CJ |
863 - 876 |
Significance of the Radial Porosity Profile for the Description of Heat-Transport in Wall-Cooled Packed-Beds Borkink JG, Westerterp KR |
877 - 888 |
Modeling of a Batch Sonochemical Reactor Naidu DV, Rajan R, Kumar R, Gandhi KS, Arakeri VH, Chandrasekaran S |
889 - 900 |
Hydrodynamics of Liquid Flow in Packed-Beds - An Experimental-Study Using Electrochemical Shear Rate Sensors Rode S, Midoux N, Latifi MA, Storck A, Saatdjian E |
901 - 909 |
Extraction of Cr(VI) with Aliquat-336 in Hollow-Fiber Contactors - Mass-Transfer Analysis and Modeling Alonso AI, Urtiaga AM, Irabien A, Ortiz MI |
911 - 913 |
Effect of Exposure to Magnetism on Crystals Produced in Aqueous-Solutions Ohgaki K, Makihara Y, Sangawa H |
914 - 916 |
The Linear Driving-Force Model for Cyclic Adsorption and Desorption - The Effect of Shape Scott DM |
917 - 919 |
Analysis of Flow of Power-Law Non-Newtonian Fluids in Hollow-Fiber Membrane Modules Iritani E, Murakami Y, Murase T |
919 - 922 |
Effect of Energy-Distribution Shape on the Sorption Equilibrium and Dynamics of SO2 in Activated Carbon Hu X, Do DD |
923 - 926 |
Hydrocracking Process of N-Alkanes by Continuous Kinetics Browarzik D, Kehlen H |