MAX IV strategy 2023–2032
…seen as an executive summary of the Strategic Plan. Roadmap Executive Summary.pdf Process The Expression of Interest process is our main tool to identify and prioritize proposals for new major…
…seen as an executive summary of the Strategic Plan. Roadmap Executive Summary.pdf Process The Expression of Interest process is our main tool to identify and prioritize proposals for new major…
…Gjørup Postdoc E-mail: Frederik.Holm_Gjorup@maxiv.lu.se Thorbjørn Erik Køppen Christensen Postdoc E-mail: thorbjorn_erik.koppen_christensen@maxiv.lu.se The DanMAX steering committee The DanMAX steering committee consists of: Henning Friis Poulsen (Department of Physics, Technical University of…
…the members of the MAX IV review panels (PAC). chevron_right Please see our Advisory bodies page for further information on members of the MAX IV Programme Advisory Committee – PAC…
…of NanoMAX previously designed by Carbone. The research team involved pioneered the 3D Bragg ptychography technique in 2011, and continues with its development. The experiment’s sharp, quantitative imagery is primarily…
Electromigration and failure Copper is the most commonly used material for connecting transistors on a chip. The current being pushed through the tiny copper wires cause a phenomenon called electromigration….
…provided. It is possible to simulate the powder ring positions (without intensities) using the crystallographic parameters or obtain the positions and intensities by providing a CIF of the sample. XRD…
…Spectroscopy (RPES/RAES) Angle-Resolved Photoelectron Spectroscopy (ARPES) X-Ray Photoelectron Diffraction (XPD) Core-level photoelectron spectroscopy Perhaps the most straightforward application of PES is core-level photoelectron spectroscopy, which involves the study of the…
Photon energy 30 – 1500 eV Polarizations Linear horizontal Linear vertical (energy minimum approx. 45 eV) Circular (under commissioning) Resolving power Typically about 5000 (at 400 eV). Under special circumstances…
…the graphite anodes used today,” says Martin Magnuson, associate professor at Linköping University. “The future of MXene-based batteries is particularly exciting.” From MAX-phase to MXene The raw materials for MXenes…