| 2207 - 2217 |
Kinetic Gelation Model Predictions of Cross-Linked Polymer Network Microstructure
Anseth KS, Bowman CN |
| 2219 - 2227 |
Suspension of Solid Particles
Rieger F, Ditl P |
| 2229 - 2241 |
Viscous Fingering in Chromatography Visualized via Magnetic-Resonance-Imaging
Plante LD, Romano PM, Fernandez EJ |
| 2243 - 2261 |
The Influence of Particle Residence Time Distribution on the Reactivity in Fluidized-Bed Reactors
Heesink AB, Klaus J, Vanswaaij WP |
| 2263 - 2276 |
Effect of Fluid Shear Forces on Plant-Cell Suspensions
Dunlop EH, Namdev PK, Rosenberg MZ |
| 2277 - 2286 |
Prediction of Multicomponent Ion-Exchange Equilibria
Mehablia MA, Shallcross DC, Stevens GW |
| 2287 - 2300 |
Nonlinear Observers for Chemical Reactors
Gibonfargeot AM, Hammouri H, Celle F |
| 2301 - 2320 |
Computer-Simulations of the Rupture of a Gas Bubble at a Gas-Liquid Interface and Its Implications in Animal-Cell Damage
Garciabriones MA, Brodkey RS, Chalmers JJ |
| 2321 - 2329 |
Adsorption Model of HF on Wood Chips in a Packed-Bed Reactor
Wang K, Hawley MC, Reath ML |
| 2331 - 2339 |
An Analysis of the Rupture Energy of Pendular Liquid Bridges
Simons SJ, Seville JP, Adams MJ |
| 2341 - 2349 |
Nonlinear Interfacial Instability of Separated Flow
Barnea D, Taitel Y |
| 2351 - 2357 |
Continuous-Mixture Model of Chromatographic Separations
Mccoy BJ, Goto M |
| 2359 - 2369 |
Mass-Transfer to Viscous-Liquids in Bubble-Columns and Airlift Reactors - Influence of Baffles
Zhao M, Niranjan K, Davidson JF |
| 2371 - 2378 |
The Use of an Applied Electric-Field for the Filtration of Particles from a Low Conductivity Aqueous Suspension
Fletcher P, Stephenson T, Judd S |
| 2379 - 2384 |
Drop Size Distribution in Mixing Vessel with Aeration
Nishikawa M, Kayama T, Nishioka S, Nishikawa S |
| 2385 - 2388 |
Effect of Thermal-Expansion on Stability of Reaction Front Propagation
Volpert VA, Pojman JA, Volpert V |
| 2389 - 2393 |
Theory of Crystal-Growth in Phase-Transformations - Precipitation of Barium-Sulfate
Murthy MS |
| 2395 - 2398 |
Liquid Filament Rise in Corners of Square Capillaries - A Novel Method for the Measurement of Small Contact Angles
Deramos AL, Cerro RL |
