| 473 - 489 |
A theory of molecular absorption from the small intestine
Stoll BR, Batycky RP, Leipold HR, Milstein S, Edwards DA |
| 491 - 511 |
A two-fluid hydrodynamic model for the transition between trickle and pulse flow in a cocurrent gas-liquid packed-bed reactor
Attou A, Ferschneider G |
| 513 - 533 |
Analysis of forced periodic operations of continuous bioprocesses: multiple input variations
Parulekar SJ |
| 535 - 549 |
Hydrodynamic and mass transfer characteristics of ejector loop reactors
Havelka P, Linek V, Sinkule J, Zahradnik J, Fialova M |
| 551 - 572 |
Reaction set simplification using variable selection techniques
Edwards K, Edgar TF |
| 573 - 587 |
Hydrodynamic simulation of methanol synthesis in gas-liquid slurry bubble column reactors
Wu YX, Gidaspow D |
| 589 - 599 |
Comparison of the performance of integrated and sequential reaction and separation units in terms of recovery of a desired product
Paiva AL, Malcata FX |
| 601 - 613 |
Temperature profiles in the thermal entrance region for laminar flow in an electrically heated slit
Ivory CF |
| 615 - 624 |
On the intermediate asymptote of diffusion-limited reactions in a fractal porous catalyst
Sheintuch M |
| 625 - 640 |
Distillation design and retrofit using stage-composition lines
Thong DYC, Castillo FJL, Towler GP |
| 641 - 654 |
On the steady-state approximation in thermal free radical frontal polymerization
Spade CA, Volpert VA |
| 655 - 665 |
Density calculation of electrolyte solutions with the solution osmotic pressure
Li CX, Lee H |
| 667 - 684 |
Evaluation of laminar mixing in stirred tanks using a discrete-time particle-mapping procedure
Harvey AD, West DH, Tufillaro NB |
| 685 - 698 |
Creeping flow over spherical permeable aggregates
Vanni M |
| 699 - 711 |
The biofilm airlift suspension extension reactor - II: Three-phase hydrodynamics
van Benthum WAJ, van der Lans RGJM, van Loosdrecht MCM, Heijnen JJ |
| 713 - 716 |
A re-examination of the diffuse interface model for gas-solid reaction
Seggiani M, Vitolo S, Rizzo C |
| 717 - 722 |
A simple method for evaluating kinetic parameters in non-isothermal batch crystallization
Yokota M, Sato A, Kubota N |
