Report: MAX IV and the Industry 2022

…and community-building efforts, and collaborations for national and international research. 50% more paid industry experiments The report concludes that the number of paid industry experiments at MAX IV (proprietary experiment…

Technologies

…adapted for multi-technique scanning and feedback applications. The number of PandABox units installed at MAX IV keeps increasing as they enable compact implementation of complex triggering schemes, e.g. for various…

In-situ plate experiments

…will be used to name the data directory and files. They may only consist of numbers and letters and the characters “-” and “_”. From the Beamline action menu select…

Prepare samples for the Sample Exchanger

…of the new sample port. The numbering scheme in the transfer puck is the same as in the UniPucks. Precool the UniPuck lid. Place the lid onto the puck, making…

CoSAXS

…to preserve the wavefront and the entire coherent flux as much as possible. This high-performance X-ray beam is complemented by an exceptional pool of sample environments and detector systems. Several…

Advisory bodies

…Søren Pape Møller (Chair), Director ISA, Aarhus University, Denmark Montse Pont, ALBA Synchrotron, Spain Qing Qin, Chinese Academy of Sciences, China Timur Shaftan, Brookhaven National Laboratory, US Richard Walker, Diamond…

Gas-phase endstation

…users at FinEstBeAMS. Please see Low Density Matter at MAX IV for further information. [1] K. Kooser et al., J. Synchrotron Rad. 27, 1080 (2020). Gas-phase endstation at FinEstBeAMS https://youtu.be/ontjtCuEFy8…

Collaboration

Collaboration is one of the core interests of MAX IV as it supports excellent user service provision by facilitating tools that guarantee staying on the forefront of synchrotron science. MAX…