High-energy Resolution X-ray Absorption and Emission Spectroscopy Reveals Insight into Unique Selectivity of La-based Nanoparticles for CO2
CO2 has become a challenge for our society and we have to develop new materials for its photo-/electrocatalysis, chemoresistive sensing, and storage. Particularly, for the variety of electrochemical applications the selective interaction of CO2 and charge transfer with solids is in the foreground, but their origins are poorly understood.
The team of researchers lead by Dr. Dorota Koziej, Oberassistentin in Laboratory for Multifunctional Materials, showcase how to access the key information, which is relevant for electrochemical application from in situ X-ray absorption spectroscopy/X-ray emission spectroscopy studies. external pagePNAS