Universities and partners

The enabling forces behind the PRISMAS program are eight Swedish universities, industrial partners, and the large-scale research infrastructure MAX IV – all dedicated to the future of synchrotron research for…

Science at NanoMAX

X‐ray imaging approaching the low nanometer range is one of the most rapidly and strongly developing areas at all modern synchrotrons, e.g., ESRF, PETRA III, APS, Soleil or NSLS II….

Access modes

…on FA, please refer to this page: https://www.maxiv.lu.se/user-access/access-modes/fast-access/ Proprietary access chevron_right The complete beamline setup is available for Proprietary users, please contact the MAX IV Industrial Relations Office for further…

Guns and linear accelerator

…consists of two electron guns (a photo-rf gun for SPF pulses and a thermionic rf gun for storage ring injection), two bunch compressors, and 39 S-band accelerating structures along with…

MAX IV – Main

…sources needs high-capacity storage and room temperature ionic liquid electrolytes play a promising part. New user? Start your journey here Whether your are new to the synchrotron community, or just…

Proposal Writing Guide

…this scientific question represents either a compelling extension or an attempt to resolve an important gap or conflict in the current understanding. Clearly justify why the chosen beamline is well…

Access modes

…Validity: Per agreement See full description of Proprietary access The complete beamline setup is available for Proprietary users, please contact the MAX IV Industrial Relations Office for further information. Follow…

Industrial use of spectroscopy at LSI

…and Jernkontoret. Topics will cover relevant techniques and methods for: – Studying the solid-liquid interface – Understanding complex alloys – Revealing lateral variations in the passive film on duplex stainless…