MAX IV strategy 2023–2032
The strategy process of MAX IV will guide the laboratory through the next decade. As part of this process and as an important milestone, we have now published a Strategic Plan for the…
The strategy process of MAX IV will guide the laboratory through the next decade. As part of this process and as an important milestone, we have now published a Strategic Plan for the…
…Access services. Registration is free and participants not affiliated with NFFA-Europe partners can apply for travel and accommodation support before 15 March 2024. School attendance is limited to 60 participants….
COHERENCE is a top international meeting on developing and using coherent scattering methods with X-rays, EUV, electrons, lasers, and more. It attracts researchers from many fields (physics, chemistry, biology, optics,…
14% of MAX IV users are industry-connected Industry connected users access MAX IV through proprietary access (2%) or through the open access route with academic or institute partners (12%). In…
…aperture for the scan: As a rule of thumb, use an aperture half the size of your crystal. As for the beam focus, it is better to leave at 50×50…
…the electrostatic and elastic interactions between the individual layers affect the structure and polarization patterns in the free-standing superlattice. Removal of the mechanical constraint from the substrate, which would otherwise…
…is free of charge for participants. However, the number of course participants is limited to 30. LINXS plans to offer the course annually. Target Group: The Course is concepted for…
The MATRAC 1 School will provide a systematic overview of the application of neutrons and synchrotron radiation to the structural analysis of engineering materials. Students and young scientists from research…
MAX IV and the Industry 2022 summarises how the industry benefitted from MAX IV during the last year. It features industry user statistics, user cases, the results of various outreach…
…endstation. 2022 X-ray in-line holography and holotomography at the NanoMAX beamline 10.1107/S1600577521012200 Report on the performance of full field imaging using holo(tomo)graphy at the diffraction endstation. 2021 NanoMAX: the hard…