Today, global food packaging and processing company Tetra Pak announces the commencement of new research using advanced X-ray scattering imaging techniques at ForMAX, the newest beamline at MAX IV laboratory….
Half of the time for experiments at ForMAX will be reserved for academic and industrial members of the Treesearch consortium. The aim is multiscale structural characterisation of forest-based materials from…
User access to MAX IV IT resources At MAX IV, there are many different systems that require specific access depending on your affiliation. The most basic requirements are; registration in…
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…
MXCuBE3 is the user interface for macromolecular crystallography experiments used at BioMAX. MXCuBe3 is the result of an international collaboration to create an intuitive and user friendly application. This page…
The high brilliance and excellent coherence of the X-ray beam played a vital role in the success of the measurements. The testing for CoSAXS, which began in November 2020, was…
The city of Lund in southern Sweden has relied on conventional high-temperature district heating for more than 60 years. The latest upgrade to this network, a low-temperature district heating (LTDH)…
Introduction This is a guide on how to use the program PyMCA for X-ray fluorescence (XRF) imaging analysis at the NanoMAX beamline. PyMCA is developed at ESRF by V. Armando…
“Our finding of a common s± (Γ–M) pairing symmetry indicates that the system with both the electron and hole pockets and the system with only hole pockets may share a…
Dr Kim Cuong Le from the Division of Combustion Physics at Lund University is conducting one of the first experiments using the new Aerosol Sample Delivery System. She works on…