Electrochemical phenomena at interfaces between different components of a solid-state battery strongly influence the performance of the battery. This dissertation introduces novel models that include a priori knowledge of the physics at these extremely thin interfaces and, thereby, reduce the required computational effort. This enables the analysis of the interplay of the interface phenomena with those inside of the components of geometrically complex microstructures of a battery and supports the targeted development of future battery designs.
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Electrochemical phenomena at interfaces between different components of a solid-state battery strongly influence the performance of the battery. This dissertation introduces novel models that include a priori knowledge of the physics at these extremely thin interfaces and, thereby, reduce the required computational effort. This enables the analysis of the interplay of the interface phenomena with those inside of the components of geometrically complex microstructures of a battery and supports th...
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