| 177 - 183 |
Importance of Using the Correct Impeller Boundary-Conditions for Cfd Simulations of Stirred Tanks
Fokema MD, Kresta SM, Wood PE |
| 184 - 193 |
Modeling of the 3D Hydrodynamics of 2-Blade Impellers in Stirred Tanks Filled with a Highly Viscous-Fluid
Abid M, Xuereb C, Bertrand J |
| 194 - 200 |
A Correlation to the Solution of the 2-Phase Dispersion Model
Qabazard H, Johnson MM, Meier PF |
| 201 - 206 |
Drag on Individual Cubic Assemblies of Spheres in Non-Newtonian Tube Flow
Subramaniam G, Zuritz CA |
| 207 - 211 |
Non-Newtonian Liquid Flow-Through Globe and Gate Valves
Banerjee TK, Das M, Das SK |
| 212 - 221 |
Changes in Liquid Hold-Up in Foam and Size of Foam by Perforated Plates and Contribution to Mechanical Foam-Breaking
Kunii M, Hosokai K, Yamagiwa K, Onodera M, Ohkawa A |
| 222 - 228 |
Dispersed Phase Characteristics in 3-Phase (Liquid-Liquid Solid) Fluidized-Beds
Kim SD, Kim DY, Han JH |
| 229 - 234 |
Measurements of Voidage Profiles in Spouted Beds
He YL, Lim CJ, Grace JR, Zhu JX, Qin SZ |
| 235 - 239 |
Minimum Spouting Velocity in Multiple Spouted Beds
Murthy DV, Singh PN |
| 240 - 248 |
The Movement of Solids Through Flighted Rotating Drums .2. Solids Gas Interaction and Model Validation
Sherritt RG, Caple R, Behie LA, Mehrotra AK |
| 249 - 255 |
Transient Forced-Convection in the Entrance Region of a Porous Tube
Alnimr MA, Aldoss T, Naji MI |
| 256 - 261 |
Simulation of SO2 Absorption by Falling Water Drops
Hsu CT, Shih SM, Chang CY |
| 262 - 271 |
Diffusion in Liquid-Filled Pores of Activated Carbon .1. Pore Volume Diffusion
Leyvaramos R, Geankoplis CJ |
| 272 - 278 |
Residual Oil Cracking Combined with Hydrogen-Production by Steam-Iron Reaction
Fukase S, Suzuka T |
| 279 - 288 |
Kinetics of Hydrogen Reduction of Sodium-Sulfate Mixed with Sodium Titanate
Zou X, Avedesian MM, Vanheiningen AR |
| 289 - 295 |
Kinetic-Study of the Reaction Between Molybdenum Trioxide and Gaseous Carbon-Tetrachloride
Ruiz MD, Rivarola JB, Quiroga OD |
| 296 - 303 |
Preparation, Characterization and Activity of Wet-Proofed Pt/Silicalite Catalysts
Rangwala HA, Wanke SE, Otto FD |
| 304 - 313 |
Development of an Absorber Using a Wet-Dry Method with High-Energy Venturi
Kholi N, Benachour M, Zoulalian A |
| 314 - 320 |
Thermodynamics and Kinetics of the Kraft Causticizing Reaction
Wang L, Tessier PJ, Englezos P |
| 321 - 329 |
Identification and Control of an Industrial Steam-Reforming Plant
Meziou AM, Alatiqi IM |
| 330 - 341 |
Multicomponent Ion-Exchange Column Dynamics
Tan HK, Spinner IH |
| 342 - 351 |
Evaluation of Capital-Cost Data .8. Liquid Waste-Disposal with Emphasis on Biological Treatment
Wright DG, Woods DR |
| 352 - 353 |
Pressure-Drop for the Slow Flow of Dilatant Fluids Through a Fixed-Bed of Spherical-Particles
Jaiswal AK, Sundararajan T, Chhabra RP |
| 354 - 357 |
Heat-Transfer Mechanism Due to Particle Convection in Circulating Fluidized-Bed
Qi CM, Farag IH |
| 358 - 364 |
Synthesis of Entrainers in Heteroazeotropic Distillation Systems
Furzer IA |
| 365 - 369 |
A Proposed Method for the Calculation of Theoretical Plates in Liquid-Liquid-Solid 3-Phase Extraction Columns - Methanol, Hexane and Rapeseed Meal System
Shi MR, Shen SQ, Liu J |
| 370 - 374 |
Experimental Evaluation of Molten Caustic Leaching of an Oil Sand Coke Residue
Ityokumbul MT |
| 375 - 379 |
Modified Oil Agglomeration Process for Coal Beneficiation .3. Grinding and Agglomeration Using Different Szego Mill Designs
Mccracken TW, Trass O |
| 380 - 384 |
Characteristics of Heavy-Oil-in-Water Emulsions Containing Produced Sand
Jamaluddin AK, Bowen CT, Gillies R, Small M, Nazarko TW |
