User information

…(18 shifts = 3 full days). It is expected that the beam is used in all shifts, including nights. Therefore, sufficient number of participants (ideally 4+/-1) should be secured for…

Science at Balder

…absorption factor in an energy range from about 50 eV before the absorption edge to about 100 eV after the edge. It provides detailed information on the coordination geometry and…

Accelerator documentation

MAX IV Detailed Design Report Download MAX IV Detailed Design Report chapter 1.1 1.2 1.3 chapter 2.1 2.2 2.3 2.4 2.5 2.6 2.7 2.8 2.9 2.10 2.11 chapter 3.1 3.2…

Results from the Fall23 Call for proposals

Summary Submitted proposals 370 Accepted proposals 224 Average score 3.67 Average cutoff score 3.32 Oversubscription Oversubscription rates based on number of proposals, per beamline, for the Fall23 call. Oversubscription per…

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…

Imaging

BeamlineMAXPEEMNanoMAXSoftiMAX Access modesBAG: Block Allocation Groups AccessFast AccessLong term proposalsProprietary AccessStandard Access MAXPEEM chevron_right Main science areas Low-dimensional SystemsMagnetic MaterialsSurface Science Techniques & methods LEEMMicro-XASMicro-XPSNano-ARPESXPEEM Access modes Fast AccessProprietary AccessStandard…

Modelling electrochemical potential for better Li-batteries

Research group studies gold and copper model electrodes at MAX IV’s HIPPIE beamline with Ambient Pressure Photoelectron Spectroscopy (APPES) during lithiation. Credit: MAX IV Laboratory “With our experiments at HIPPIE,…

Optics

…x-ray optics team Peter Sondhauss Scientist Responsibilities: Optical design and metrology lab E-mail: Peter.Sondhauss@maxiv.lu.se Louisa Pickworth Research engineer Responsibilities: X-ray optics design, support and metrology E-mail: Louisa.Pickworth@maxiv.lu.se Maxime Lebugle Research…

Gas-phase endstation

The Gas-phase end station (GPES), shown in the photo below, has been designed for photoelectron-photoion coincidence (PEPICO) experiments of gas phase targets and samples with high vapour pressure [1]. The main instruments…