Designing materials for a circular economy

…to contribute to Circular Economy motivated scientific cases, making available techniques such as absorption/emission, diffraction, scattering as well as imaging techniques. Source: ReMade@ARI Reference: European Union Circular Economy Action Plan

Microscopy labs

…stick to a standard beamtime allocation at 1.5 GeV ring, where beamtime begins 0900 Wednesday and ends 0900 the following Monday. When writing proposals, request and plan the following 4…

Radio Frequency

…IV RF group has developed several important systems for the MAX IV project. LLRF RF Power Amplifiers RF Main Cavities Harmonic Cavities (Landau cavities) RF Main Drive Line Kickers/Striplines/BPM Chopper…

FAQ – Frequently asked questions

…12 months in the 36 months immediately before their recruitment date. What kind of English language proficiency is needed? The best way to prove that you are at an CEFR…

Contact the industry office

…Industry cases.  Explore our beamlines and instruments What techniques are you interested in? To be able to conduct your experiment at MAX IV your experimental plan and samples must be…

Enter a purchase agreement

…plan to conduct one single experiment at MAX IV, we will sign a one-time purchase agreement. If your experiment requires you to access MAX IV on several occasions, we will…

Guide for collaboration with MAX IV

…If granted, the project contract is shared with the Grants Office. The Grants Office meets the MAX IV contact person to plan the project development, expenses and reporting. If you…

SINCRYS – Single (micro) crystal X-ray diffraction

…additional technical expertise required and long lead times in the proposal-based access policy. Floorplan of SINCRYS @ DanMAX The SINCRYS project is funded by the ‘Nationalt Udvalg for Forskningsinfrastruktur’ (NUFI)…