…ferromagnet is very thin and it’s strongly coupled as otherwise, the relatively slow dynamics of the ferromagnet would dominate,” explained Jourdan. “However, with a thin and strongly coupled ferromagnet, the…
…exists at least partly in the austenite phase that transforms to strong martensite as it deforms. This phase transformation is affected by the loading speed and the adiabatic heating. “The…
…UK Host: Dr Alexander Björling, NanoMAX beamline scientist keywords: oxide heterostructures, thin films, synchrotron x-ray diffraction Due to the strong coupling between strain and polarisation, the complex interplay between the…
…very strong electron pulse compression, Free Electron Laser (FEL) based techniques or a combination of compression and FEL schemes. The proposed project will start by exploring the capabilities in current…
…In any case it is strongly advised to contact the beamline staff prior to a submission to discuss the intended proposal. Proprietary access chevron_right Both endstations of the NanoMAX beamline…
…initiator of the synchrotron radiation activities at MAX and was a strong driving force for development over the years. In addition to his scientific activities, P.O. had a completely different…
…collection angle) and high detection efficiency. A strong permanent magnet (conical/hollow) imposes a strong inhomogeneous magnetic field across the interaction region with the result that electrons produced in that region…
…(watch out! it is quite easy with Matlab) it is strongly advised to skip on # one of the computing nodes. This will give you more resource without # affecting…
…research by the group on the mechanism of iron-based superconductivity includes findings on bilayer splitting and strong interlayer pairing in the superconductor KCa2Fe4As4F2, and spectroscopic evidence of superconductivity pairing at…
…images of the data set. This plot can be used to detect problems during data collection, such as poor sample alignment and strong radiation damage. You can also using the…