LUNARC
…the computer resources MAX IV users can use the MAX IV Local Computer round SUPR -> Rounds -> Compute Rounds -> Centre Local Compute -> MAX IV compute Acknowledgement for the…
…the computer resources MAX IV users can use the MAX IV Local Computer round SUPR -> Rounds -> Compute Rounds -> Centre Local Compute -> MAX IV compute Acknowledgement for the…
…different from one another, and it’s the same with all of the mail armour links recovered from Gribshunden. The maker’s mark alloy composition is unique, too. It’s far more complex…
…add arguments if required mpirun -n 96 python /mxn/nanomax/sw/CDIsuite/XRFCDImapping.py –path=/data/nanomax/prn20161125/ –file=GIA_sxw.h5 –scan=12 –scratch=$TMPDIR Get statistics on completed jobs Once your job has completed, you can get additional information that was not…
…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,…
…to the online HPC cluster from the biomax-remote server via Thinlinc (in the top bar menu, select Applications -> Internet -> Thinlinc client. Use clu0-fe-1 as the server and log…
…a small cluster compared to what one would find at dedicated supercomputing centers. It is maintained in cooperation with LUNARC (Lund University Computing Center) the cluster has a very similar…
…Note: an online booking procedure is planned for the future (information regarding this will be provided in due course). Description Adiabatic expansion source with cylindrical sample reservoir. Reservoir heating and…
…focused on exploring compound interactions in enzymatic binding pockets. I will combine the structural information from the BioMax beamline at MAXIV with the development of computational methods to efficiently iterate…
…to overcome bad network situations and computers that for one reason or the other are not always available. Prerequisites A computer running macOS, Windows or Linux where you can install…
…discovered. Experiments in 2011 at Drexel University in the United States revealed that treating a 3D-structured MAX crystal with hydrofluoric acid to remove the aluminium resulted in 2D titanium carbide…