…(See: https://www.maxiv.lu.se/users/proposal-calls/) Most of the beamlines at MAX IV Laboratory are oversubscribed, so proposals should be compelling and carefully written in order to be chosen by the advisory committee. If access…
…understand the wear behaviour by studying the decomposition processes in atomic detail. Using XRD techniques (X-ray diffraction), it is possible to characterise structural changes that happen across the surface of…
…different from one another, and it’s the same with all of the mail armour links recovered from Gribshunden. The maker’s mark alloy composition is unique, too. It’s far more complex…
…MAX IV Laboratory “At this stage, we are analysing the surface layer to get information about the chemical composition and electronic state of the passive films: the thickness, composition, and…
Up to this point, all commercially available spintronics uses ferromagnets as active elements. However, in principle, antiferromagnetic spintronics hold the advantage in the development of higher operation frequencies. This is…
…affiliated with a Danish University or a Danish company) can get privileged access to the DanMAX beamline. Process All submitted proposals follow the process for Standard access to MAX IV,…
…max 90×90 micrometers with max 5 micrometer total height difference. The lateral resolution for 90 micrometer FOV is better than 50 nm, for 10 micrometer scan – better than 2…
Materials for energy conversion and storage increasingly rely on the 3-D characteristics of its microstructure and chemistry at the nanoscale. This presentation will discuss the use of a synchrotron hard…
…by the PRISMAS management team based on expertise and experience. The list of selected eligible candidates is handed to the Local Evaluation Committee at the respective university. The committee invites the candidates to a first online interview. As the main Principal Investigator of the…
…nanometer to micrometer scale. The rest of the available user beamtime will be available to all users in open calls. First image of the beam coming into the ForMAX beamline….