Advisory bodies

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….

Sample environments and equipment

…Aarhus Rapid Ohmic Sintering furnace (PXRD2D): Sintering furnace with very rapid heating rates (up to 150 Ks – i.e. 9000 K/minute!) and a maximum temperature of 1500C. The design is…

Meet the students

…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…

IT Environment at BioMAX

…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,…

Remote Experiments at BioMAX

…the MXCuBE GUI or another program becomes unresponsive, check if other software runs on the remote desktop or your local computer before contacting staff. If your computer crashes or you…

sftp data transfer

…area is not visible to sftp Log in to the sftp server from a Linux client From Linux command line, simply type sftp ‘maxiv_user_name’@sftp.maxiv.lu.se on the command line, where ‘maxiv_user_name’…

PyMCA XRF imaging guide

complicated sample compositions. This guide is not explaining how to use these options. Please read the PyMCA documentation pages. To achieve relative concentrations for comparative analysis, the parameter values on…

MXCuBE3 at BioMAX – User Guide

…from the MXCuBE3 icon on the workstation desktop or by typing the command “mxcube” on a terminal window. Type your user name and password to log in and access the…