…for beamtime. MAX IV’s new high-performance, multi-purpose SAXS instrument works! Experimental setup inside the experimental hutch of the CoSAXS beamline: The X-ray beam (from left to right) passes through a…
…an article? Contact our communications team who will point you in the right direction: communication@maxiv.lu.se. Latest press releases 10 Apr 2024: Rekordår för MAX IV – mer forskning än någonsin…
…thus for characterization of both solids and soft matter objects. Under the menu item “User information” to the right you will find sample requirements and the list of typical cantilevers…
…time of scheduling. Please contact Thomas Ursby (see top of right hand side menu) for questions regarding the call. All users are encouraged to get in contact before submitting a…
…restrictions with immediate effect and until further notice. Link to Lund University Website chevron_right For PIs affiliated with a Russian or Belarusian state institution, regardless of nationality: All accepted proposals…
…2018 Initial Operation of the NanoMAX Beamline at MAX IV 10.1017/S1431927618013600 Describes the beamline early performance right up to start of regular user operation. 2017 First x-ray nanoimaging experiments at…
Introduce yourself to the ‘Meet the Students’ page to discover the PhD talents driving the PRISMAS project forward. Get to know these bright minds from diverse Swedish universities, each making…
…Sample mounted for measurement at NanoMAX beamline. (right image) X-ray fluorescence map of the edge of a cross section of a single chain link. Color map: copper (red), zinc (green)…
…X95 rails and carriages and can be removed/replaced for other equipment if needed. DanMAX beam conditioning unit. Beam enters from the right sides. An evacuated flight tube is used for…
The MAX IV 1.5 GeV storage ring is based on a compact double-bend achromat lattice for the production of bright soft x-ray and UV radiation. The storage ring is a…