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Max Planck Institute for Chemical Energy Conversion, Mülheim an der Ruhr | M lheim an der Ruhr, Nordrhein Westfalen | Germany | 28 days ago
energy storage in chemical molecules. The postdoctoral position is funded within the DFG (Deutsche Forschungsgemeinschaft) project “Additively manufactured hierarchical electrodes: Influence of surface
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linking: PVD process → thin-film morphology → electrode microstructure → electrochemical behaviour → full-cell performance The two successful candidates will investigate how the morphology and physical
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design workflows for nanoporous carbon electrodes for sodium-ion batteries. The objective is to accelerate the exploration of virtual carbons with varied microstructures by combining numerical structure
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inorganic electrode materials for sustainable sodium-ion batteries. Develop polymer binders, conductive coatings, and inorganic electrode materials; fabricate composite electrodes; and evaluate
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electrochemical technologies through catalyst and electrode development, reactor design and optimization, and analytical evaluation of reaction products to enhance nitrate and nitric acid production processes
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organic electronic materials, soft hydrogels, microfabricated electrodes and advanced cell culture models, we develop technologies for studying electrophysiological activity and engineering new interfaces
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the Electrochemical Processes Unit looking for talented and motivated candidates, to join the regional MADBAT-CM consortium. The successful candidate will work on battery-grade electrolyte formulation, electrode
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optimization of advanced energy storage systems utilizing coal-derived and other carbon materials as battery electrodes. The successful candidate will conduct experimental research spanning materials development
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integration of electrodes, membranes, flow-field components and sealing systems. Develop, commission and operate experimental test systems, integrating electrochemical devices with fluid-handling equipment
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long-term durability. The researcher will also contribute to the development and characterization of electrodes and membrane electrode assemblies (MEA) for proton exchange membrane electrolysis