Safety requirements for users
…Submit your ESRA The principal investigator will receive the request for ESRA via email from est@maxiv.lu.se. Users are recommended to submit the ESRA as early as possible and not later…
…Submit your ESRA The principal investigator will receive the request for ESRA via email from est@maxiv.lu.se. Users are recommended to submit the ESRA as early as possible and not later…
MAC – MAX IV Machine Advisory Committee The MAX IV Machine Advisory Committee (MAC) supervises and follows the commissioning, operation and upgrades of the accelerators at the MAX IV facility….
…MAX IV identity to one of the other SSO options. Next is the MAX IV login page, use the same account you use for DUO. Enter the code from the…
…related simulations and modeling. For detailed usage insstructions, see: LUNARC Contact For questions related to data access, please contact Thomas Eriksson. Thomas Eriksson Manager IT Infrastructure E-mail: Thomas.Eriksson@maxiv.lu.se Phone: +46462226671…
…requirements and access procedure will be available on the webpage of the project. If you have any question, please contact info@remade-project.eu. https://remade-project.eu/ Curious about other European projects that MAX IV…
…from the beamline computers or biomax-remote, but it is possible to log in to it remotely from the users’ home computer. Please refer to these instructions. Unlike the beamline computers,…
…beamtime. The front end machine is clu0-fe-1. The online cluster is only accessible within MAX IV, including over the maxiv_guest wifi network and at the beamline workstations. The offline cluster…
…The committee commended the MAX IV staff for their technical and scientific achievements during 2022. They noted that: ‘The committee is deeply impressed by the profoundness and pace of the…
…in-house research. The lab complements the various beamline-attached sample preparation facilities as well as the sample environment lab and are being developed to offer extended instrumentation access and support. The…
…in the photon energy range of 12–30 keV. The conceptual design features flexible heavy-duty sample environments and in-line optics for maximum user-friendliness. It extends the MAX IV capabilities for grazing-incidence surface X-ray diffraction experiments on solids…