Imaging station

…summer 2023 the vacuum microscope and the flight tube have been installed and are ready for user experiment at room temperature. The liquid nitrogen cooling will the installed and commissioned…

Targeting weaknesses in quick clays with X-ray data

…of liquefied quick clay. Credit: Bo Alte “Clays are made up of stacked nanosheets that can form various kinds of nanostructured sediments for instance depending on water salinity concentration. Salt…

A-branch measurement chamber

…a DA30-L from ScientaOmicron. This is capable of an angular resolution <0.1° (0.12° demonstrated) and energy resolution <2meV (5meV demonstrated, noise reduction efforts ongoing). Notably, this analyzer is capable of electronic deflection…

For Applicants

…2023. See the offered positions here and read more about the Calls. Secondment at MAX IV The programme includes a 3-12 months mandatory secondment in the inspiring atmosphere at the…

Beamline optics

…in vertical and horizontal directions. The optics hutch also includes four diagnostics units. The hDCM and diagnostics units were delivered by FMB Oxford, the hDMM by Axilon, and the focusing mirrors by IRELEC….

Enter a purchase agreement

…Work is a document that describes your experiment, the amount of beamtime and additional services required, the date for your experiment, and price. When you have signed the quotation or…

Student engagement at MAX IV with MATRAC School

The school’s name, MATRAC, is an acronym for ‘materials’ and Röntgen-Ångström Cluster (RÅC), a German-Swedish collaboration designed to strengthen materials science and structural biology research through use of neutron and synchrotron sources. The…

Industry sectors

Explore how synchrotron science and the tools available at MAX IV can be used to study and solve research questions and challenges within your industry sector. Can’t find your research…