Heterogeneous 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 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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