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transition from fire-driven to electricity-driven and CO₂-emission-free materials engineering for the first time ever.” © Patrick Pollmeier Kurosch Rezwan “Thinking the unthinkable is what drives me. Mars is the
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providing guidelines and resources for both teacher trainers and teachers themselves and through student-driven teacher training actions, pooling and testing tools and approaches developed by each of the partners
methods for the synthesis, characterization and theoretical modelling of regolith simulants will drive the development of a novel (bio)electrochemical reactor. Contact Project Leader Prof. Dr.-Ing. Lucio
regional or local organisations and actions, possibly linked to particular workplaces, respectively driven by individual actors, promoting cross border action.
Universität Bremen The high-performance electronics laboratory HiPE-LAB of the Institute for Electric Drives, Power Electronics and Components (IALB) at the University of Bremen offers the unique opportunity [...] to specifically examine individual components such as the power semiconductors (e.g. IGBTs), the driver circuits or the intermediate circuit capacitors in separate climate chambers. The HiPE-LAB allows [...] stand consists of the dismantled nacelle of the WEA and a 50kW transverse flux machine to generate drive torque. This is calculated using an aerodynamic rotor simulation from the current system sizes and
nuancierter dynamischer Bandbreite präsentiert, faszinierte die effektvolle Komposition mit gehörigem Drive und packender gesanglicher Leidenschaftlichkeit.“ (Weser-Kurier, 7.7.2015) „mit geradezu britischer
turbines: Challenges of on-site research November, 14th Amir Ebrahimi: The role and challenges of drive systems in times of energy and technology transitions November, 21th Malin Lachmann: Optimization
Manufacturing 2020, https://www.oi.org/10.1016/j.addma.2019.101033 . C. Baron, H. Springer: Property‐Driven Development of Metallic Structural Materials by Combinatorial Techniques on the Example of Fe–C–Cr