Advanced battery technologies play a key role in enabling efficient energy storage. This thesis investigates battery materials, focusing on silicon-based anodes to understand degradation processes as a consequence of aging. Furthermore, the potential of NASICON superionic conductors as solid-state electrolytes is studied using a multimethod approach combining neutron and X-ray scattering methods, which provide insight into ionic transport and structural changes, supporting the development of safer, high-performance solid-state batteries in the future.
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Advanced battery technologies play a key role in enabling efficient energy storage. This thesis investigates battery materials, focusing on silicon-based anodes to understand degradation processes as a consequence of aging. Furthermore, the potential of NASICON superionic conductors as solid-state electrolytes is studied using a multimethod approach combining neutron and X-ray scattering methods, which provide insight into ionic transport and structural changes, supporting the development of saf...
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