In that respect, improved materials and novel concepts are developed in a target-oriented approach by establishing multi-scale (defect)structure - property relationships. For that purpose, a number of dedicated techniques to study electrochemical cells 'in-situ' and 'in-operando' are employed.
- advanced Lithium-ion batteries (solid electrolytes, aliovalently-doped and composite electrodes, etc.)
- post-Lithium batteries (metal-air, alkali-ion, etc.)
- solid-oxide fuel cells (hydrogen-conducting electrolyte, etc.)
- high-temperature electrolysis and co-electrolysis
- aliovalently-doped and non-stoichiometric mixed ionic-electronic conductors (MIEC) with tailored charge-transport properties
- porous structures for air cathodes in metal-air cells
- oxygen reduction and evolution catalysts (metal-oxygen based core-shell particles replacing noble-metals)
- developing dedicated 'in-situ' & 'in-operando' multi-modal spectroscopic and microscopic techniques
- multi-scale observation of aging mechanisms to develop reliable strategies for accelerated life testing and life-time prediction
Current research projects of the IEK-9 can you find here.