…the proposed reaction mechanism often relies on theoretical models. A better understanding of how the reaction unfolds could hopefully help improve its efficiency. Using a simplified model catalyst, a single…
Unlock your innovation potential What can you find by looking closer? MAX IV offers the world’s most brilliant synchrotron X-rays to study materials and processes at a whole new level…
…the available techniques at MAX IV and complement the BioMAX and MicroMAX beamlines where the focus is on high-throughput macromolecular crystallography. SINCRYS will be tailored for smaller unit cells commonly…
…update and future perspectives, user highlight, ultrafast spectroscopy at FemtoMAX and open discussion. Remote participation is possible: https://lu-se.zoom.us/j/63283747442. 13:30 HIPPIE: Updating the APXPS users of MAX IV on the latest…
…chain unsaturation, often difficult to synthesise chemically. Because of this complexity, model membrane systems from simple lipid bilayers are often used for fundamental studies and those can profit from probes able to access different scales of…
A-branch – ARPES The A-branch is open for general users. Beamtime allocations are made in units of a half week or a full week depending on their complexity (1 week…
…To facilitate in situ and in operando measurements, the instrument offers a relatively high temporal resolution. Specifically, the DanMAX imaging instrument is engineered to execute a tomography scan in under…
…buildings. The different new techniques developed for MAX IV will reduce energy consumption compared to traditional synchrotron facilities. The smaller magnets, the lower frequency used in the RF cavities and…
…areas of MAX IV. One initiative is already underway which may interest the MAX IV user communities. “Together with the User Office we’re aiming at bringing back the fast access…
…X-ray beamlines where users often stay for a week, while at MX beamlines there could be several user groups per day. After the beamline commissioning in spring, this was the…