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Postdoctoral position (M/F) on impedance and dielectric study of solid/solid interfaces in batteries
experimental work: * Fabricate LIB electrodes from graphite powder mixed with binder particles. For that purpose a classical liquid-media methodology will be used: powders mixing, ink preparation, coating/drying
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products (like the SEI on graphite). Alternatively, coatings can be deposited at the surface of the electrodes (or the electrolyte, in the case of an all-solid-state battery) to stabilize this interface
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layers and control thermal resistance at the interface; - Operate new synthesis reactors for the production of 3- to 4-inch diamond wafers; - Characterize the coatings produced from a physicochemical point
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, and overall corrosion-barrier performance. The final outcome will be a predictive framework and design guidelines for robust NHC-based protective coatings. This postdoctoral position, funded by
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architecture, coat assembly, and organelle identity. By investigating how cells build and remodel carriers and compartments around oversized cargo, the project seeks to reveal general principles of secretory