Industry

…Quick guide to perform experiments and measurements at MAX IV Get started chevron_right Industry cases More Cases chevron_right Industry news Industry June 21, 2023 Report: MAX IV and the Industry…

SINCRYS – Single (micro) crystal X-ray diffraction

…the available techniques at MAX IV and complement the BioMAX and MicroMAX beamlines where the focus is on high-throughput macromolecular crystallography. SINCRYS will be tailored for smaller unit cells commonly…

Programme

…production platform – Malin Backström University of Gothenburg (SE) Spectroscopy at MAX IV Room: Brainstorming Highlighting the science done with the MAX IV spectroscopy beamlines and giving example user science…

Experimental station

components is accomplished with a single Ferrum VLEED detector combined with a magnetic spin-rotator lens. For more details about this setup see the beamline documentation pages Currently, the analysis chamber…

Full field imaging

…dark field microscopy mode. e is the large gantry for both PXRD2D and microscope for the future dark field microscopy mode. Experimental Capacity The instrument was installed in November and…

Sustainability

…goals for sustainability, for example, “greener” logistics, low energy consumption, minimum waste, and waste management. A green site The MAX IV landscape complies with the high sustainability agenda for the…

Interim Science Director Joachim Schnadt begins at MAX IV

…paving a path to begin work at MAX-lab. Much of Joachim’s work has been with synchrotron-based electron spectroscopies and instrument and method development, including the goal APXPS system he envisioned,…

User information

…(TOF), Photoluminescence Spectroscopy (PS) Beam Size 0.2 (V) x 0.2 (H) mm, best: 0.05 (V) x 0.05 (H) mm Energy Range 4.5 – 1300 eV (275 – 0.95 nm) Time…