Research projects

…to make the method available for any crystallography user at MAX IV. Visualization of vulnerable plaques by complementary use of energy dispersive X-ray phase contrast tomography and conventional histology. chevron_right…

Previous SCIENTÍFika

…X-ray scattering The functionality of rechargeable ion-batteries is largely governed by the ability of the electrodes to repeatedly store and transport electrons and the active ions. The efficiency and reversibility…

Safety requirements for employees

…This applies even if you have not noted any danger yourself. Leave the building by one of the evacuation routes and go to the assembly point. On your way out,…

Safety requirements for contractors

…accelerator area where you presently are. Press an emergency stop on your way out and contact radiation safety on-call as soon as you have exited the accelerator area. This also…

MAX IV involvement in European projects

…research capabilities with LEAPS members for industry as collaborator, supplier and user. MAX IV contributes transversely to the project, leads WP7 (Data Reduction and Compression) and WP9 (Innovation by Co-creation…

LUNARC

Lund University Computing Center Introduction Lund University computing center (LUNARC) can provide computing resources for processing data from experiments carried out at MAX IV as well as for related simulations and…

Advisory bodies

…Natalia Martin, Uppsala University, Sweden Enrique Ortega, University of the Basque Country, Spain Evgeniy Redekop, University of Oslo, Norway David Starr, Helmholtz-Zentrum Berlin, Germany Alexandr Talyzin, Umeå University, Sweden Uta…

Sample environments and equipment

…to allow a wide range of experiments. Here is the once currently available at the beamline: Capillary spinner (PXRD2D): A spinner directly driven by a stepper motor. Can rotate with…