Research projects
…ensure that the structures make chemical sense. In practice, the results are often biased by what the crystallographer hope to see. Therefore, there is a need for more strict procedures…
…ensure that the structures make chemical sense. In practice, the results are often biased by what the crystallographer hope to see. Therefore, there is a need for more strict procedures…
…site residue geometry and electrostatics to understanding the atomic details of ligand binding. While the methods are complementary and based on the same principle (i.e. single crystal Bragg diffraction) the…
…after exiting the hutch. To ensure that no one remains inside the hutch, it has to be searched before radiation can be permitted. The orange light flashes and the siren…
…To ensure that no one remains inside the area, an accelerator area has to be searched before the accelerators can be started. During the search procedure, the orange light flashes…
…list of European projects involving MAX IV. CURRENTLY ACTIVE PROJECTS HALRIC chevron_right The HALRIC project is an EU-supported initiative to increase the utilisation of the strong and unique life science…
…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…
…time. The valuable insights the researchers gained on how the oxide reacts at high temperatures will be beneficial for Alfa Laval’s future product development. “It is very exciting to see…
MAC – MAX IV Machine Advisory Committee The MAX IV Machine Advisory Committee (MAC) supervises and follows the commissioning, operation and upgrades of the accelerators at the MAX IV facility….
All sample positioners and sample environments for the PXRD2D instrument are aligned using the main hexapod. Specifications of the hexapod can be found here: https://symetrie.fr/en/hexapods/breva/. The hexapod can translate up to…