Search

You can use an asterisk (*) for a wildcard search.

Publications
Publications 2023 Mensching, N.; Krüger, M.L.; Kvaratskheliya, A.; Meyer, D.; Tracht, K.; Okulov, I.V.; Mädler, L. Dry Adhesive Microstructures for Material Handling of Additively Manufactured and Dee
Section: FB4
Relevance:

2%
Publications
Publications 2024 S. Colantoni , Ó. Santiago , J.R. Weiler, M.T. Knoll, C.J. Lapp, J. Gescher, S. Kerzenmacher : Comparative study of bioanodes for microbial electrolysis cells operation in anaerobic
Section: FB4
Relevance:

2%
Dr. Christian Schnülle
Dr. Christian Schnülle Office: SFG 2220 Tel.: +49 421 218 64892 E-Mail Former Researcher at the department of Resilient Energy Systems, Faculty 04, as well as at the Advanced Energy Systems Institute
Section: FB4
Relevance:

1%
Benedikt Meyer, M. Eng.
Benedikt Meyer, M. Eng. Office: SFG 2240 Tel.: +49 421 218 64888 E-Mail Former Associate Researcher at the University of Bremen (at artec Sustainability Research Center ) in the BMWI/BMBF project QUAR
Section: FB4
Relevance:

1%
Project partners
Project partners Coordinator Prof. Dr.-Ing. Sven Kerzenmacher Universität Bremen Fachgebiet Umweltverfahrenstechnik Leobener Straße 6 28359 Bremen Tel.: ++ 49 421 218-63330 E-Mail: kerzenmacher@uni-br
Section: FB4
Relevance:

1%
Disperse Phase Transition Processes
Disperse Phase Transition Processes Page Contents Disperse phase transformation Research Focus Publications Work Group back to start #disperse-phasenumwandlung0 In a large number of technical processe
Section: FB4
Relevance:

1%
Spatially resolved experimental analysis and modeling of mass transfer from rising gas bubbles under the influence of swarm turbulence with superimposed chemical reaction (DFG SPP 1740)
Spatially resolved experimental analysis and modeling of mass transfer from rising gas bubbles under the influence of swarm turbulence with superimposed chemical reaction (DFG SPP 1740) The SPP 1740 a
Section: FB4
Relevance:

1%
To bridge rarefied gas flow phenomena between macro- and microscale – Model development and experimental validation
To bridge rarefied gas flow phenomena between macro- and microscale – Model development and experimental validation The knowledge about the precise behaviour of gases is need for many technical applic
Section: FB4
Relevance:

1%
Long term stable Co-based catalysts for Sabatier reaction under changing feed loads
Long term stable Co-based catalysts for Sabatier reaction under changing feed loads In the light of transformatng the German energy supply towards renewables (termed Energiewende ), fluctuating energy
Section: FB4
Relevance:

1%
Philipp Kenkel, M. Sc.
Philipp Kenkel, M. Sc. Office: SFG 2410 Tel.: +49 421 218 64883 E-Mail Former research associate in the KEROSyN100 project (at artec Sustainability Research Center ) with focus on refinery concepts an
Section: FB4
Relevance:

1%

Updated by: TYPO3-Support