| 951 - 965 |
Design of agitation fermenters - Consideration of the non-Newtonian properties of fermentation solutions
Henzler HJ |
| 967 - 982 |
Process intensification in compound- and reactor technology
Himmelsbach W, Keller W, Gezork K, Krebs R |
| 983 - 999 |
Current developments in the CFD for agitated systems
Paschedag AR, Kassera V, Sperling R |
| 1001 - 1014 |
Calculation and assessment of streaming-based complex-laminary compound processes
Bothe D, Warnecke HJ |
| 1015 - 1023 |
Solid compounds
Mueller M |
| 1024 - 1028 |
Exposure of particles and fluid elements to agitation
Wollny S, Sperling R, Kraume M, Ritter J |
| 1029 - 1034 |
Coaxial agitator for the agitation of highly viscous and non-Newtonian media
Heiser M, Ritter J, Sperling R, Kraume M |
| 1036 - 1044 |
Characterisation of the mixed behaviour of a planet agitator with free selectable speeds of the mixing elements
Knoch A, Schilling F, Wicke R |
| 1045 - 1051 |
Fluid dynamics of a liquid film on a vertical filament
Grunig J, Kraume M, Shilkin A |
| 1052 - 1058 |
Dynamic membrane gassing in the bioreactor for the intensification of the oxygen supply to sensitive cell lines
Frahm B, Kirchner S, Kauling J, Brod H, Und UL, Bodeker B |
| 1059 - 1065 |
Analysis of macro- and micromixing with the help of laser-diagnostic processes
Faes M, Glasmacher B |
| 1067 - 1075 |
Examination of the mixing process through the use of micro-LIF and micro-PIV
Hoffmann M, Schluter M, Rabiger N |
| 1076 - 1079 |
Gas-induced tank mixing for acrylic acid and its derivatives
Zehner P, Hammon U, Martin FG, Blechschmitt M, Muller-Engel K |
| 1081 - 1088 |
Better process command of batch agitator boilers through trajectory regulation
Vollbrecht B, Himmler K, Olschewski F, Pfeiffer BM |
| 1089 - 1095 |
Numeric calculation of proper frequencies on immersed vessel fixtures in agitator reactors
Stadtaus M, Kastner B, Weiss HJ |
