User information

…days) or a full week (5-6 days). Since the number of shifts available won’t be known until the scheduling is complete, we advise all users to apply for 15 shifts…

Accelerator documentation

…Files These files describe the setup of the MAX IV accelerators. Technical Notes This is a list of internally published notes sorted by note number (date). Clicking on an entry…

Results from the Fall23 Call for proposals

…Institute Madsen University of Copenhagen Gjørup Aarhus University Kløve Aarhus University Wragg Institute for Energy Technology (IFE) Tinti Technical University of Denmark (DTU) Hanson Technical University of Denmark (DTU) Strapasson…

A fuel conversion process akin to photosynthesis

…viable photoelectrode with adjustable Schottky junction. The photoelectrode was developed by growing a tailored number of uniform graphene layers on cubic silicon carbide (3C-SiC) semiconductor, the latter of which captures…

Full-field microtomography

…in relation to the objective magnification, and acquisition speed. The principal specifications of each camera are as follows: Camera Andor Zyla 5.5 Hamamatsu ORCA Lightning Number of pixels 5.5M 12M…

Simulation and Design

The optical layout of beamlines at MAX IV are typically designed in close collaboration with our optics simulation experts. MAX IV uses a number of simulation tools to perform ray…

MicroMAX

MicroMAX will open up new possibilities in the area of structural biology making it possible to study proteins in 3D and to follow them in time. MicroMAX will allow studying…

User information

…serial and time-resolved crystallography with the MD3-UP diffractometer, multilayer or crystal monochromator, focusing with CRLs (with a beam size down to 5 micrometer), microsecond X-ray chopper, ns-laser tunable laser and…

ICE Endstation

The ICE (Ions in Coincidence with Electrons) end station is a mobile end station that is designed to be compatible with a number of MAX IV LDM-relevant beamlines. By using a combination of multi-coincidence…

Sample Delivery Systems

A number of LDM sample delivery systems are available at MAX IV (including a molecular jet/cluster source, liquid microjets, magnetron based source for metal particle beams, an aerodynamic lens sample…