Experimental station

…dehumidifier Sample centering mechanical resolution 200 nm Beam shaping 5-100 μm diameter Eiger2 16M Hybrid-pixel Detector Number of pixels 4150 × 4371 = 18’139’650 Sensor material Cd Te, thickness 750…

Report: MAX IV and the Industry 2022

…and community-building efforts, and collaborations for national and international research. 50% more paid industry experiments The report concludes that the number of paid industry experiments at MAX IV (proprietary experiment…

Technologies

…adapted for multi-technique scanning and feedback applications. The number of PandABox units installed at MAX IV keeps increasing as they enable compact implementation of complex triggering schemes, e.g. for various…

In-situ plate experiments

…will be used to name the data directory and files. They may only consist of numbers and letters and the characters “-” and “_”. From the Beamline action menu select…

Prepare samples for the Sample Exchanger

The MAX IV sample exchanger currently supports only samples mounted in UniPucks. UniPucks can be purchased from a number of vendors, but there are also some available at the beamline….

Low Density Matter branch

…1. Solid samples on sample manipulator 2. Molecular/cluster beams from a dedicated sample delivery system (to be booked well in advance) 3. Liquid beams from a dedicated liquid jet source…

Experimental station

…encouraged to develop and bring their own rods for special needs. Gas Phase Liquid Jet Solid State Two sample rods for solid state environment are available for the moment. A…

Solid-Liquid Endstation

The endstation at the solid-liquid branch hosts three different sample enviroments: Electrochemistry Liquid microjet. Time resolved catalysis The instrument is a large “back-filled” vaccum chamber with two manipulators. Access to…

Gas-phase endstation

…Available sample delivery systems include a gas inlet with a narrow needle, a vaporisation oven for solid targets, and a liquid microjet source. A second, exchangeable chamber can be mounted…