| 175 - 175 |
Product design in particle technology
Teipel U |
| 199 - 208 |
Particle strain in stirred containers
Wollny S |
| 209 - 214 |
The relevance of test splitting for particle size analysis
Teipel U |
| 215 - 222 |
Reduction of process steps through direct self-lamination of particles
Rombach E |
| 223 - 227 |
Flash crystallisation as a new procedure for the product design of crystalline goods
Kaiser R |
| 229 - 232 |
Production of measurement-tailored nanoparticles through precipitation in microemulsion
Voigt A |
| 233 - 240 |
Production of functionalised oxidic nano- and microparticles and their assignment
Gellermann C |
| 241 - 248 |
Use of different stirrer pebble mills for the generation of nanoparticles
Breitung-Faes S |
| 251 - 256 |
Design study of a continuous ultrasound precipitation reactor
Machunsky S |
| 257 - 265 |
Characterisation of the dispersing properties of ceramic nanodisperse suspensions with ultrasound spectroscopy
Steinborn G |
| 266 - 271 |
Experimental examinations for particle formation in the precipitation of barium- and strontium sulphate
Kucher M |
| 272 - 280 |
Optimisation of batch cooling crystallisations
Warstat A |
| 281 - 286 |
Influence of the process leadership strategy on productivity and product properties of a "preferred crystallisation"
Czapla F |
| 287 - 295 |
Production of powder-shaped multiphase composite by means of the PGSS procedure
Wendt T |
| 296 - 302 |
Speed influence in goods bed strain
Husemann K |
| 303 - 312 |
Examinations of the crystallisation of amorphic lactose-containing powders
Ibach A |
| 313 - 319 |
Two-stage microencapsulation of cow serum albumin on carrier particles in high pressure vortex layer
Rosenkranz K |
