Erweiterte Suche der Leibniz Universität Hannover
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Folke Dencker, M. Sc. Folke Dencker, M. Sc. Phone 49 511 762 4034 Email dencker impt.uni hannover.de Address An der Universität 2 30823 Garbsen Building 8113 Room 110 Folke Dencker, M. Sc. Phone 49 511 762 4034 Email dencker impt.uni hannover.de Address An der Universität 2 30823 Garbsen Building 8113 Room 110 Positions Deputy Management Institute of Microtechnology senior engineer Institute of Micr...
Folke Dencker, M. Sc. Folke Dencker, M. Sc. Phone 49 511 762 4034 Email dencker impt.uni hannover.de Address An der Universität 2 30823 Garbsen Building 8113 Room 110 Folke Dencker, M. Sc. Phone 49 511 762 4034 Email dencker impt.uni hannover.de Address An der Universität 2 30823 Garbsen Building 8113 Room 110 Positions Deputy Management Institute of Microtechnology senior engineer Institute of Micr...
Year: 2021 Funding: ECSEL (EU) Duration: 2021 - 2024 HARD - Hannover Alliance for Research on Diamond The IMPT, in collaboration with Prof. Dr. Uwe Morgner (Institute of Quantum Optics, IQO), Prof. Dr. Michael Kues (Institute of Photonics, IOP), Prof. Dr.-Ing. In the infrastructure project "Hannover Alliance of Research on Diamond (HARD)", equipment for the production, structuring, and integration of diamond coatings will be procured and put i...
Research output : Contribution to journal Article Research peer review Degeneration Effects of Thin Film Sensors after Critical Load Conditions of Machine Components. / Ottermann, Rico Steppeler, Tobias Dencker, Folke et al. Research output : Contribution to journal Article Research peer review Impact of surface texture on ultrasonic wire bonding process. / Long, Yangyang Arndt, Matthias Dencker, Folke et al.
Year: 2021 Funding: ECSEL (EU) Duration: 2021 - 2024 HARD - Hannover Alliance for Research on Diamond The IMPT, in collaboration with Prof. Dr. Uwe Morgner (Institute of Quantum Optics, IQO), Prof. Dr. Michael Kues (Institute of Photonics, IOP), Prof. Dr.-Ing. In the infrastructure project "Hannover Alliance of Research on Diamond (HARD)", equipment for the production, structuring, and integration of diamond coatings will be procured and put i...
Tool integrated temperature measurement for press hardening E Mail: dencker impt.uni hannover.de Year: 2017 Date: 31 05 17 Funding: AiF Duration: 2014 2017 Is Finished: yes Motivation: If deviations from the designed form hardening process are not reliably proven, faulty components may be joined in the further process chain.
ENDEMAR (Energy Saving by Use of Multiple Autarkic Control Sensor Systems) Year: 2021 Funding: German Federal Ministry for Economic Affairs and Energy Duration: 2021-2024 Back
Direktabgeschiedene Dünnfilmsensorik mithilfe einer neuartigen Beschichtungsanlage authored by Rico Ottermann, Daniel Klaas, Folke Enno Dencker, Marc Wurz Organisation s Institute of Microtechnology Type Conference contribution Publication date 2021 Publication status Published BibTeX inproceedings abda45b5b66f4df2ac557d58097057e3, title Direktabgeschiedene D u nnfilmsensorik mithilfe einer neuartigen Beschichtungsanlage , author Rico...
Miniaturized quantum systems for inertial measurement units verfasst von A. Kassner, L. Diekmann, C. Künzler, J. Petring, N. Droese, F. Dencker, H. Heine, S. Abend, M. Gersemann, E. M. Rasel, W. Herr, C. Schubert, M. C. Wurz Abstract We present the development of an atom chip system along with associated peripherals for a six axis quantum inertial navigation sensor based on atom interferometry.
Miniaturized quantum systems for inertial measurement units verfasst von A. Kassner, L. Diekmann, C. Künzler, J. Petring, N. Droese, F. Dencker, H. Heine, S. Abend, M. Gersemann, E. M. Rasel, W. Herr, C. Schubert, M. C. Wurz Abstract We present the development of an atom chip system along with associated peripherals for a six axis quantum inertial navigation sensor based on atom interferometry.
Simulationsgestützte Auslegung und Fertigung von werkzeugintegrierten induktiven Sensoren verfasst von Matthias Arndt, Folke Dencker, Marc Christopher Wurz Abstract A current research topic at the Institute of Micro Production Technology includes the development of a novel inductive sensor for monitoring the material flow during deep drawing processes.
Simulationsgestützte Auslegung und Fertigung von werkzeugintegrierten induktiven Sensoren verfasst von Matthias Arndt, Folke Dencker, Marc Christopher Wurz Abstract A current research topic at the Institute of Micro Production Technology includes the development of a novel inductive sensor for monitoring the material flow during deep drawing processes.
Simulationsgestützte Auslegung und Fertigung von werkzeugintegrierten induktiven Sensoren authored by Matthias Arndt, Folke Dencker, Marc Christopher Wurz Abstract A current research topic at the Institute of Micro Production Technology includes the development of a novel inductive sensor for monitoring the material flow during deep drawing processes.
Novel Eddy Current Sensor for Industrial Deep Drawing Applications verfasst von Matthias Arndt, Folke Dencker, Marc Christopher Wurz Abstract A novel eddy current sensor for monitoring the material flow in deep drawing processes has been developed via thin film technology.
Novel Eddy Current Sensor for Industrial Deep Drawing Applications authored by Matthias Arndt, Folke Dencker, Marc Christopher Wurz Abstract A novel eddy current sensor for monitoring the material flow in deep drawing processes has been developed via thin film technology.
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