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Predicition of drop sizes for liquid-liquid systems in stirred slim reactors – Part I: Single stage impellers, 2010
— Authors: Maaß, S., Metz, F., Rehm, T. und Kraume, M.— Chemical Engineering Journal, 162 (2): 792 – 801 (link) Although investigations in the field of stirred liquid/liquid dispersions have a long
Analysis of particle strain in stirred bioreactors by drop breakage investigations, 2011
— Authors: Maaß, S., Buscher, S., Hermann, S. und Kraume, M. — Biotechnology Journal, 6(8): 979-992 Understanding of particle strain and drop breakage is relevant for various technical applications. To
Determination of breakage rates using single drop experiments, 2012
— Authors: Maaß, S. und Kraume, M.— Chemical Engineering Science, 70: 146-164 (link) An evaluation of several breakage rates from the literature based on single drop experiments was carried out. This
Influence of the dispersed phase fraction on experimental and predicted drop size distributions in breakage dominated stirred systems, 2012
— Authors: Maaß, S., Paul, N. und Kraume, M. — Chemical Engineering Science, 76: 140-153 (link) The effect of the dispersed phase fraction on the evolving drop size distribution in different
Prozesse auf Basis der Partikelgröße steuern, 2012
— Authors: Maaß, S. und Kraume, M. — Computers and Chemical Engineering, 45: 27-37 (link) Das Sopat-System (Smart On-line Particle Analysis Technology) ist die Kombination einer photo-optischen Messtechnik und einer Bildverarbeitungs-Software.
Oxygen Absorption into Stirred Emulsions of n-Alkanes, 2012
— Authors: Ngo, T. H. und Schumpe, A. — International Journal of Chemical Engineering, 2012 (link) Absorption of pure oxygen into aqueous emulsions of n-heptane, n-dodecane, and n-hexadecane, respectively, has been