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…
…Joachim Schnadt (MAX IV Laboratory, Lund University) Margit Nothnagl (MAX IV Laboratory, Lund University) Magnus Larsson (MAX IV Laboratory, Lund University) Former DanMAX team members Martin Roelsgaard (Aarhus Uiniveristy, DK)…
…a user in some cases, read more in the VPN guide. Can I rest somewhere at MAX IV? chevron_right Yes, if you need to lie down for a while you…
…specific expertise, we can only offer this capability to our users in collaboration with our academic partners. Load device A Deben 500CT load device with either glassy carbon or polymer…
…Carbone “New microscopy tools can provide not only sharper images but allow completely new ways of studying extremely complex materials, improving our understanding of the world around,” said Dina Carbone,…
…is not completely understood,” says Professor Sten Vollebregt from Delft University of Technology. Nano focus reveals structural details Copper structures of different lengths and thicknesses were fabricated on top of…
…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…
…they collide with an atom and lose energy. This means that only electrons from the very top layers of a solid sample will emerge without energy loss, and energy-resolved electron…