Experimental station
…et al.) Carbon C-1s edge spectra from SoftiMax STXM (left), colour coded composite derived by fitting the stack to reference spectra (A. Hitchcock et al.) XMCD imaging on a out-of-plane…
…et al.) Carbon C-1s edge spectra from SoftiMax STXM (left), colour coded composite derived by fitting the stack to reference spectra (A. Hitchcock et al.) XMCD imaging on a out-of-plane…
…you want to store the connection details for future connections. Enter your DUO user name and password. After authenticating, type the otp code. Once you are connected to the beamline…
Legality MAX IV Laboratory, the successor of the national laboratory MAX-lab, is a Swedish national laboratory, hosted by Lund University (Swedish Code of Statutes SFS 1994 946 / SFS 2011 1567). Lund University…
MAX IV Laboratory is a Swedish national laboratory hosted by Lund University (Swedish Code of Statutes SFS 1994 946 / SFS 2011 1567). Lund University is the legal entity of the laboratory. The…
…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…
updated 23 January 2024 Please, click the image for a larger version. 2024 2025 Legend: Code Description M Maintenance S Accelerator Studies SR Studies (reduced) B Beamline Studies U User…
…is the user name you use to log in to DUO or the beamline computers. Enter your password and next you will be prompted for the “otp” code. Go to…
…of support towards scientific and technical developments of the facility and invests efforts in promoting new initiatives in this context. PROJECTS FUNDED BY SWEDISH FUNDING BODIES chevron_right EUROPEAN PROJECTS chevron_right…
…scientists to better tackle major future societal challenges using synchrotron research. Increase the knowledge and promote the use of advanced synchrotron research methods in academic research and industrial R&D. Reinforce…
…nsp14–nsp10 complex interface and the nsp16–nsp10 complex interface. Nsp10 is known to promote the activity of enzymes nsp14 and nsp16, both crucial for viral replication. It is proposed that small…