Projects funded by Swedish funding bodies

Swedish funding agencies have significantly supported MAX IV development since its establishment through various paths and engaging different actors. This page shows an overview of externally funded projects, not providing…

Magnet power supplies

…0,3-6,0 kilowatts Danfysik costum design output DC 280V 875A 245 kilowatts R1 Dipole Power supply connected to 24 dipole magnets, Danfysik model 859, Main input power, 400 Vac 3 phase,…

Photoluminescence end station

…spectroscopy experiments examining the reflection signal from flat samples’ surfaces as well as detecting the transmitted light passing through the samples studied. Advanced experiments which include a combination of synchrotron…

User information

…imaging instrument here. To help you design your PXRD2D experiment, we have developed xrdPlanner. Here, you can compare the experimental parameters (sample-to-detector distance, photon energy, beam stop distance) to find…

Sample Environments

…the sample was in could be controlled. References: 1 This design, also based on commercial MEMS chips, allows to heat the (small) sample in ambient atmosphere and allows for measurements…

Merry Christmas and a happy New Year!

Dear Users and Friends of MAX IV MAX IV extends our warmest wishes to each of you. This year has been filled with challenges and significant achievements, and none of…

Solid-state end station

…connected by a radial distribution chamber (RDC), i.e., analysis chamber (ANA), preparation chamber (PREP), storage chamber (STO) and load-lock chamber (LL). The design of the system allows sample transfer from…

Post beamtime

…performance. Carbone et al., Journal of Synchrotron Radiation (2022), for the design of the diffraction endstation. Experimental data download Data can be downloaded either using Globus, or via normal sftp….