Engagement in networks

Besides collaborating with users from academia and industry, MAX IV is an active member of diverse networks bringing together research infrastructures from all over Europe. These networks aim to improve…

Solid-state end station

…a vacuum suitcase to the PREP. All the chambers can be pumped and vented independently. The base pressure of the LL is 1×10-9 mbar or better. A maximum of 12…

Proposal Writing Guide

Do you want to write better proposals? We have gathered information that will help you maximize your chance of getting beamtime at MAX IV. This material is based on the…

In-situ plate experiments

…collection will fail. Since the tolerable X-ray dose at room temperature can vary considerably between samples, the optimal value transmission is difficult to predict. You may start with a value…

Science at FinEstBeAMS

…Solid surfaces Nanomaterials Solid-molecule interfaces Nanoscale physicochemical phenomena Investigation of functional (e.g. biofunctional, photonic, and catalytic) nanostructures The main investigation tools are Vacuum Ultraviolet, X-ray Photoelectron and X-ray Absorption Spectroscopy….

DanMAX is catalysing industry research

…diffraction at the DanMAX beamline at MAX IV. Haldor Topsoe is a trailblazer when it comes to scientific innovation. Considering that the company’s founder, Haldor Topsoe, after whom the company…

Imaging station

…in 2024. Methods X-ray fluorescence (XFM) mapping Using the nano-focused beam, information about the local elemental composition of the illuminated area can be extracted by measuring the secondary X-ray fluorescence…