Metals and engineering

…and alloys that can withstand extreme conditions and ageing.  Through advanced surface imaging and diffraction techniques, spectroscopy, tomography, and other techniques available at MAX IV, it is possible to conduct…

Energy and battery

…cells, hydrogen-storage materials, thin and flexible solar cells, rechargeable battery solutions, etc., and achieve a higher energy density. These insights pave the way for radical product optimisation and the design…

New food-focused theme for LINXS collaboration

…Through this theme, we aim to have an impact on the design of instruments and development of neutron and X-ray techniques, advance data analysis methods to fit food-specific research questions,…

Crystal requirements

…Additionally, the added solvent, combined with the low volume of crystallization solution around our loops often obviates the need for additional cryo protection. However, we are in principle able to…

Technologies

…the web services, from the OS settings to the specific role (workstation, database, IOC, web server) in the MAX IV ecosystem. A extra bonus: it’s open source. terminal Controls software…

Industrial use of spectroscopy at LSI

MetalBeams invites you to the Autumn 2021 online seminar Industrial use of spectroscopy at LSI Confirmed speakers include representatives from MAX IV, RISE, Lund University, Uppsala University, KTH, SWERIM, Vinnova,…

LINXS Christmas Open House

…5th floor! At 15.30, Director Trevor Forsyth, will set out future prospects related to LINXS, reflect on his first year as a Director, and highlight possibilities related to X-rays and…

Beamline optics

…Undulator, the X-ray beam is cut by a set of slits to define the angular aperture. Then, a set of two mirrors focus the beam first vertically and after horizontally…