— Authors: Maaß, S., Wollny, S., Voigt, A. und Kraume, M.— Experiments in Fluids, 50(2): 259-269 (link) An online measurement technique for drop size distribution in stirred tank reactors

— Authors: Maaß, S., Rehm, T. und Kraume, M.— Chemical Engineering Journal, 168(2): 827–838 (link) Based on the successful predictions of transient drop sizes in the first part of

— 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

— 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

— 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

— 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

— 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,

— Authors: Emmerich, J., Maaß, S., Rojahn, J., Kraume, M. and Neubauer, P. — Chemie Ingenieur Technik, 84(8): 1189 No abstract is available for this article.