Chemical composition, structure information and elemental quantification of low Metal loading catalysts, Single Atom Catalysts (SACs) and Metal Organic Frameworks (MOF) with applications in heterogeneous catalysis and electrochemistry.
Characterization of carbon components, the existence of various chemical moieties and interactions. Percentage of graphitic state in the samples, quantification and structure imaging.
Anode and cathode composition before and after cycling. Chemical states and interactions at the Solid Electrolyte Interface (SEI). Stripping, Corrosion, and Severe gassing detection. Structure imaging and mapping.
Evaluation of electronic interactions, contamination detection, composition and structure of metals and alloys. Elemental mapping.
Detection of layer composition and thickness, valence states, band gap and chemical interactions, after physical or chemical deposition and sputtering techniques. Defect detection, defect creation, surface imaging and mapping.
Identification of carbon bonds in complexes with other elements, contamination detection, imaging of molecules and structures.
Chemical characterization and quantification of surface functionalization, after chemical or plasma treatment of materials. Mapping of spatial dispersion of surface chemical species.
Recording of the changes in the valence states, fermi edge and bandgap during UV irradiation of samples.
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