34th PSI Electrochemistry Symposium

In-depth characterization is a core competence required when develop- ing novel electrochemically active materials and catalysts. In past years signi cant development has been made with di raction, spectroscopic and microscopic methods to elucidate electronic and structural materials properties, o en under operando conditions, in particular also with the availability of synchrotron or even free electron laser sources. 

In-depth characterization is a core competence required when develop- ing novel electrochemically active materials and catalysts. In past years signi cant development has been made with di raction, spectroscopic and microscopic methods to elucidate electronic and structural materials properties, o en under operando conditions, in particular also with the availability of synchrotron or even free electron laser sources.