The combination of electrochemical methods (EC) and X-ray absorption spectroscopy (XAS) is a powerful approach to understand electrocatalysis on an atomistic level. While electrochemistry registers electrons that are passed through the external circuit, the element-specific XAS can pinpoint the source or sink of these electrons, i.e. identify the electrochemically active element or elements under and given condition. [more]

The field of chemical sciences has seen significant advancements with the use of data-driven techniques, particularly with large datasets structured in tabular form. However, collecting data in this format is often challenging in practical chemistry, and text-based records are more commonly used. [more]