Research projects
…characterized with the interface spin coupling between the film and the substrate. One topic is the Ag layers grown on Sn/Ge(111)-√3*√3, which has a transition from √3*√3 to 3*3 at…
…characterized with the interface spin coupling between the film and the substrate. One topic is the Ag layers grown on Sn/Ge(111)-√3*√3, which has a transition from √3*√3 to 3*3 at…
…with a complex chemistry. Common to all thin-film solar cell technologies is the strong correlation between device performance and nano-structure of the photo-active layer, interfaces and electrodes. With a combination…
…available at leading European synchrotrons and neutron facilities. Another aim of the project is to enhance expertise at UTARTU in the complementary computational methods that are used for materials’ modelling,…
…by MAX IV staff. It is not allowed to mix Combustibles and Corrugated paper in the same container. The stickers on the containers show you where to throw Combustibles and…
…biological samples. The safety training must be renewed yearly. The reception activates/updates the access card after a completed correct test. Contact the reception at MAX IV for information about access…
…the computer resources MAX IV users can use the MAX IV Local Computer round SUPR -> Rounds -> Compute Rounds -> Centre Local Compute -> MAX IV compute Acknowledgement for the…
…we welcomed researchers from the Lund-based company Alfa Laval, a world leader in heat transfer, centrifugal separation and fluid handling. The company came to MAX IV through a collaboration with…
…focused on exploring compound interactions in enzymatic binding pockets. I will combine the structural information from the BioMax beamline at MAXIV with the development of computational methods to efficiently iterate…
…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,…