Speaker: Konstantin Klementiev, MAX IV Balder Beamline, Lund, Sweden Title: Introduction to hard X-ray absorption spectroscopy Link to event page
Read MoreFull Title: Oxidation and Reduction of a Gold Model Electrocatalyst Speaker: Alfred Larsson, Lund University, Sweden Link to the event page This talk was given under the New Materials theme.
Read MoreFull Title: Ultrafast x-ray absorption spectroscopy at FemtoMAX Speaker: Thai Pham, Lund University, Sweden Link to the event page This talk was given under the New Materials theme.
Read MoreThis webinar will focus on the use of in situ: (1) X-ray spectroscopy; (2) X-ray spectro-microscopy; and (3) Electron microscopy for characterizing and understanding electrocatalysts under reaction conditions. Particularly, this webinar will focus on electrochemical CO2 conversion, which offers a…
Read MoreIn the past years, Brazil has jumped from a 2nd generation machine to a 4th generation synchrotron source. This jump on generation has not only increased flux, brightness, coherence, and so forth but has opened unprecedented opportunities for the Brazilian scientific community. This presentation…
Read MoreHeterogeneous Catalysis is one of the key fields of physical sciences that is attracting attention of both fundamental and applied research. Use of X-rays is particularly important in the studies of catalytic phenomena due to non-destructive nature of analysis, high sensitivity to various physical…
Read MoreThis webinar reviews table-top x-ray spectroscopy setups. Second, it focuses on the discussion of time-resolved table-top setups as developed at Chemical Physics in Lund. In the third part, the webinar extends the discussion on the proposal writing process with a more detailed section on how to…
Read MoreThe conversion of dinitrogen to ammonia is a challenging, energy intensive process, which is enabled biologically by the nitrogenase family of enzymes. The Mo-dependent nitrogenases contain two cofactors, the 8Fe-8S P-cluster and the Mo-7Fe-9S-C iron-molybdenum cofactor, known as “FeMoco”, which is…
Read MoreMatter absorbs and scatters X-rays. Spectral analysis of the X-rays reveals a wealth of information about the electronic structure of the X-ray absorbing element (the analyte). Pieter Glatzel explains the mechanisms that lead to the chemical sensitivity and show how they influence the spectral…
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