CoSAXS Sample Environment

…mL). Droplet in a confined environment (no temperature or humidity control). Droplet size can be monitored using a USB-microscope camera recorded simultaneously with the X-ray data. Beam spot can be focalized at…

In memory of professor Per-Olof Nilsson

…first beamline. Per-Olof Nilsson founded the users association, FASM and organised the first MAX-lab summer schools to enhance students’ knowledge of science with synchrotrons. He worked until his demise as…

Beamline labs

MAX IV has two labs/workshops dedicated to beamline support, operated by SEDS. D3 Prep Lab – Open to beamlines for preparation of samples and vacuum equipment. Beamline Workshop – Open…

Detector projects

…can be operated at 24Hz frame rate. Based on work by the Soleil Detectors Group, updated by the MAX IV Mechanical Design and Workshop team. The modified Dhyana 95 sensor….

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)…

Seminars

Below is the list of scientific seminar series at MAX IV or co-organised with MAX IV. Further organised seminars and invited speakers outside of the below list are listed below…

Rapid prototyping

…volume: 220x220x200mm Layer height: 20-200μm SEDS Lab access after training. SD card. Mark Two (Markforged) Licence Eiger Nylon, glass fiber, carbon fiber, kevlar. 1.75mm filament. Build volume: 320x130x150mm Layer height:…

AdaptoCell

…the X-ray beam is continuously refreshed. Other advantages include small sample volume and the possibility to perform time-resolved experiments such as in situ mixing. Microfluidic devices Different microfluidic devices are…

Engineering

…allow. The engineering groups are part of the technical backbone for almost all MAX IV projects, accordingly, the teams provide the needed expertise whenever requested and with the best quality….