…hydrotreatment processes. The result is biofuel (shown on the far right). Credit: Sara Blomberg Catalysts are chemicals that promote reactions. Tackling the question, how can industrial catalysts efficiently transform lignin…
…before and after catalytic hydrotreatment processes. The result is biofuel (shown on far right). Credit: Sara Blomberg Catalysts are chemicals which promote reactions. Tackling the question, how can industrial catalysts…
…of the X-ray photon absorption, a core electron may be promoted into various unoccupied states; the probability of this promotion is strongly dependent on the photon energy and experimental geometry….
…automated azimuthal integration pipeline is available based on the MATFRAIA algorithm developed by the Birkedal group at Aarhus University (Publication: https://scripts.iucr.org/cgi-bin/paper?S1600577522008232, Python source code). To prepare the pipeline, a .poni…
…lab booking tool with your DUO credentials If logon is successful, you shall see the list of available labs. For information on booking Bio- and Chemistry labs, please, refer to…
…in educating the next generation of synchrotron experts. List of universities – Implementing Partners Lund University Luleå Technical University Stockholm University Uppsala University Umeå University University of Gothenburg Malmö University…
…on the Reserve list, what does that mean? chevron_right If your proposal is placed on the Reserve List, it means you might get contacted by beamline staff, on short notice,…
complete list The full list of all publications connected to NanoMAX (be it on data taken at NanoMAX or publications about the beamline) can be found on the MAX IV…
…of Alfa Laval researchers and scientists from Lund University led by Axel Knutsson, Material Specialist at Alfa Laval, came to the MAXPEEM beamline for four-days beamtime. MAXPEEM, one of the…
This is a list of references for software and instruments available to the MX users at MAX IV for data collection and processing. Please make sure that you include the…