| 89 - 94 |
Mathematical modelling of fluidised bed dryers with horizontal dispersion
Fyhr C, Kemp IC, Wimmerstedt R |
| 95 - 107 |
A dynamic method for dispersing gases in liquids
Pawelczyk R, Pindur K |
| 109 - 119 |
Effect of the solute concentration on the performance of evaporators
Pacheco CRF, Cezar CA, Song TW |
| 121 - 130 |
Steady state one dimensional flow model for a pneumatic dryer
Levy A, Borde I |
| 131 - 142 |
Modelling of the batch treatment of wet granular solids with superheated steam in fluidized beds
Heinrich S, Kruger G, Morl L |
| 143 - 148 |
Poiseuille flow of purely viscous non-Newtonian fluids through ducts of non-circular cross section
Machac I, Dolecek P, Machacova L |
| 149 - 155 |
Isopropanol dehydration by pervaporation
Atra R, Vatai G, Bekassy-Molnar E |
| 157 - 165 |
Vacuum drying of a multicomponent pharmaceutical product having different pseudo-polymorphic forms
Laurent S, Couture F, Roques M |
| 167 - 175 |
A system for heating and feeding of free-flowing powders at high temperatures and high mass flow rate constancy
Talman JA, Geier R, Reh L |
