3 GeV storage ring
…The ultra-low emittance is the result of the strong focusing provided by the multi-bend achromat lattice. A fully NEG-coated copper vacuum system and highly compact magnets machined from common iron…
…The ultra-low emittance is the result of the strong focusing provided by the multi-bend achromat lattice. A fully NEG-coated copper vacuum system and highly compact magnets machined from common iron…
…input please contact Magnus Larsson, Head of Industrial Relations: magnus.larsson@maxiv.lu.se. You can download the Industry Strategy 2021–2030 here: Industry Strategy 2021-2030.pdf Contact Please contact us by sending a mail to strategy@maxiv.lu.se…
The DanMAX team The DanMAX team currently consist of: Mads Ry Jørgensen Beamline Manager E-mail: mads.jorgensen@maxiv.lu.se Innokenty Kantor Senior Researcher E-mail: innokenty.kantor@maxiv.lu.se Frederik Holm Gjørup Postdoc E-mail: Frederik.Holm_Gjorup@maxiv.lu.se Thorbjørn Erik…
…information about the different access modes MAX IV offers. What are the Reception opening hours? chevron_right The MAX IV reception is open weekdays from 8.00 am to 4.30 pm. When…
…available. The humidifier can also be connected to sample environments brought by users (6 mm Swagelok fitting). Advanced rheological testing We provide advanced rheological testing combined with small- and wide-angle…
…shells and more, to a diversity of technologically relevant materials exhibiting magnetic, ferro-electric, topological properties to cite a few. Grünewald (Chamard in foreground) points at the intense Bragg peak from…
…Electromigration is a form of mass transport driven by the flow of electrons, where atoms migrate from one end of the copper structure to the other, changing the structure and…
…window. On the top left hand corner is the MoCo widget which keeps the beam position constant during energy scans. Some motors which are commonly used for most experiments are…
…This technique is commonly used as a means to study crystal structure in connection to electron microscopy (SEM and TEM). The electrons emitted in a photoionization event will also be…