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investigate DEP filtration in microchannels (using simulations and experiments) to find design rules. We can transfer these design rules on real DEP filtration in macroscopic alumina foams. Potential applications [...] field maxima in a porous separation matrix. By simulating microfluidic model porous media, we derive design rules for DEP filters and verify them using model particles (polystyrene) and biological cells (S [...] Further, we bridge the throughput gap by separating yeast in an alumina sponge and show that the design rules are equally applicable in real porous media at high throughput. While maintaining almost 100%
Bereich: FB4
recent approach from our lab presents and characterize a separator based on two inexpensive custom-designed printed circuit boards (80 × 120 mm board size). For more details please see: Weirauch, L., Giesler
industry: Development of an open-source optimization tool for mulit-criteria decision-making in the early design phase” erfolgreich verteidigt und wurde vom Fachgebiet Produktionstechnik promoviert. In seiner Arbeit
er sich der dielektrophoretischen Partikeltrennung gewidmet und es geschafft, mit komplett neu designten Aufbauten den Durchsatz in solchen Filter stark zu erhöhen. Die Dielektropherese (DEP) kann hierbei
al Fluid Dynamics (CFD) simulations using the NMR technique. For this, a novel catalytic reactor design was proposed consisting of a 3D printed alumina Periodic Open Cell Structure (POCS). Thus, both the