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About the Opportunity Job Summary: The Postdoctoral Research Associate will lead independent, cutting-edge research within the Barecka Lab, focused on the electrochemical conversion of carbon dioxide
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experience in electrochemical methods. - Experience with systems based on polarized liquid–liquid interfaces (ITIES). - Experience in electroanalytical methods. - Experience in microscopy techniques
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) and alkaline electrolyzer) and then performing their physicochemical and electrochemical characterization on an electrolyzer test bench. This postdoctoral position stems from the AMADEUS project under
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carry out high-impact, interdisciplinary research. Your Job In this Master thesis project, you will perform electrochemical liquid phase transmission electron microscopy (EC-LPTEM) and develop
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Eindhoven University of Technology (TU/e) | Eindhoven, Provincie Noord-Brabant | Netherlands | about 1 month ago
materials. Furan derivatives obtained from biomass are promising building blocks for sustainable polymers and specialty chemicals, while electrochemical carboxylation offers the opportunity to incorporate
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King Abdullah University of Science and Technology | Saudi Arabia, | Saudi Arabia | about 20 hours ago
precursors. Explore innovative methods to enhance material properties for energy storage applications and other emerging technologies. Conduct detailed structural, chemical, and electrochemical
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Max Planck Institute for Chemical Energy Conversion, Mülheim an der Ruhr | Mülheim an der Ruhr, Nordrhein-Westfalen | Germany | 23 days ago
position is funded within the DFG (Deutsche Forschungsgemeinschaft) project “Additively manufactured hierarchical electrodes: Influence of surface topology on electrochemical activity in energy
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acids, bases, and cleaning chemicals used throughout industry today? How do local pH conditions develop near electrodes and membranes in electrochemical systems, and how can they be controlled? In this
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engineering (ceramic) materials and/or advanced materials for electrochemical energy conversion and storage. The successful candidate will develop and execute independent and collaborative research
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new halide-based compositions combining high lithium-ion conductivity with improved chemical and electrochemical stability. A central objective will be to establish relationships between composition