…found significant changes in the Ti-O/F coordination on the Ti3C2Tx surfaces before and after the heat treatment to 750 °C.” Exciting plans ahead “It’s exciting that we could perform the…
…The change aims to reduce financial unpredictability and uncertainty due to short-term funding, enabling more long-term planning and stability. It has the potential to positively affect MAX IV’s co-funding stakeholders, partners, universities,…
The main tasks of the vacuum team include: Conceptual design, procurement, test, installation and commissioning of vacuum related accelerator upgrades. Assistance with the design and implementation of new vacuum beamline…
…participants also had the opportunity to tour the MAX IV facility on the first day of the program. Besides the technical-scientific level that aims to create solutions with experts in…
…mirror analyzers (as at both permanent endstations at FlexPES), or by measurement of the time of flight of the electrons (as will be used with the mobile ICE endstation). Here…
…beamline design allows to freely choose the degree of coherence in the probing beam, facilitating coherent diffraction imaging methods. These allow to measure the complex transmission function of the sample,…
…from production to consumption. The masterclass is organized with funding support from Tillväxtverket, Vinnova, EU Regional Development Fund, Region Skåne and LINXS, and is free of charge. Date: August 29-September 2, 2022 Application deadline:…
…tool to meet the tight requirements of the MAX IV accelerators on the ID’s field quality. The magnetic measurements systems consist of the following; Hall probe bench which covers 5.5…
…experiment. It takes at least a shift (four hours) to set up a new experiment, depending on the complexity of the experiment. For combined in-situ full-field tomography and SWAXS experiments,…
…designs concerning the demands put on them in terms of stability, alignment and that it physically matches the environment they are connected to or placed in. The Mechanical Design Team…