COOL sustainability more than a pipe dream in Lund
…supplying the high-temperature DH grid, we can reverse the process as well so we can take heat from the big grid and transform it to the local temperature inside the…
…supplying the high-temperature DH grid, we can reverse the process as well so we can take heat from the big grid and transform it to the local temperature inside the…
…the “Identity Required” page. You now have the option “<your_username>@maxiv.lu.se” in the list, select that one. You are now returned to the File Manager page and if you have not…
…shipping labels. To import a CSV file, use the link above the parcel pane. Fill the sample information online Click the Add parcel button. Fill up the parcel name (must…
…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…
…to fabricate rare-earth-free permanent magnets. The goal is to deepen the knowledge in controlling the anisotropic properties which is crucial to optimize the magnetic performance and to fabricate a more…
…SOLEIL, France Rosanna Larciprete, ISC-CNR, Italy Ultrafast Science chevron_right Christopher Milne, European XFEL, Germany Claire Laulhé (Chair), SOLEIL Synchrotron, France Marco Cammarata, ESRF, France SAC – MAX IV Scientific Advisory…
…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…
…Credit: MAX IV The beamline has just entered the commissioning phase. “We will in parallel commission the beamline and finish up the installation of the experimental station. We have at…
…chevron_right There are two HPC clusters available to all MAX IV users: The online cluster, dedicated to data analysis during the beamtime. The front end machine is clu0-fe-1. The online…