…Söderström https://youtube.com/shorts/NQaDlsQfM-U The total scattering pattern emerges as the oxygen molecule rotates in 2 dimensions. Oxygen molecules are randomly oriented in a gaseous sample and the scattering pattern is the…
…electron microscopy (LEEM) and low-energy electron diffraction (LEED) characterizations on graphene were performed at the surface imaging beamline MAXPEEM at MAX IV. In the development of this technique, the team…
Complex transition-metal oxides are often sensitive to strain and may display very different properties if their lattice is compressed or extended. This is especially true of ferroelectric materials, such as…
…on developing new material concepts, investigating new areas of application for wood-based materials, finding new methods for extracting and processing more wood components from the bulk processes, and studying how…
…future with MAX IV. The walls at MAX IV are not yet full. As MAX IV grows, we look forward to showcasing more exciting accomplishments and discoveries to come….
…serial and time-resolved crystallography with the MD3-UP diffractometer, multilayer or crystal monochromator, focusing with CRLs (with a beam size down to 5 micrometer), microsecond X-ray chopper, ns-laser tunable laser and…
At the end of 2023, MAX IV will provide WISE with conceptual design reports for three material sciences beamlines. One of the proposed beamlines will focus on diffraction, specifically providing…
…F., Nan, J., Matej, Z., Bertrand, Q., Furrer, A., Gorgisyan, I., Bjelcic, M., Kepa, M., Glover, H., Hinger, V., Eriksson, T., Cehovin, A., Eguiraun, M., Gasparotto, P., Mozzanica, A., Weinert,…
…representatives. In most cases, candidates will be taken on a tour of the facility and meet with team members. For management positions it is mandatory with a five hour assessment…
At the end of 2023, MAX IV will provide WISE with conceptual design reports for three material sciences beamlines. One of the proposed beamlines will focus on imaging, specifically providing…