…the reaction mechanism.” Indeed, observing the Fischer-Tropsch reaction is a considerably difficult effort, and it is basically impossible to identify the reaction intermediates. Experimental information is almost entirely indirect, and…
…makes it easier to plan an experiment; seeing the implications of individual parameters and having all these numbers overlaid on top of each other helps to understand all this information…
…MAX IV blue network. The blue network is rather isolated to protect the beamline control software that runs on it, and in general, it is not possible to access other…
Essentials A sample characterization lab featuring a Hitachi FlexSEM 1000 ii and two optical microscopes is available for all users of MAX IV Laboratory. It is located at NanoMAX beamline,…
…are timely disseminated to the academic public. For information about proprietary access, mainly for industry users, see Industry. 1 Proposal submission We are glad you found MAX IV of interest…
…the instrument and sample preparation capabilities, even at nano-imaging beamlines,” said Jelke Dijkstra, Professor of experimental geomechanics at Chalmers University of Technology in Sweden. Infrastructure disasters involving quick clays have…
…here. Peer-reviewed beamtime The open access route into MAX IV is available for industry. Apply for open access beamtime free of charge and publish your results in a scientific journal….
…access to both MAX IV, ESS, and Petra III at DESY, and connect with possible research partners. Examples of research topics at MAX IV Chemical processes studies in operando and in situ High-performance metal material…
…up the data collection parameters in MXCuBE. In order to do that, the diffraction plan needs to be provided in ISPyB. Selecting a diffraction plan previously uploaded to ISPyB If…
…offer your industry sector on the Industry sectors page. To learn from other industry users and get inspired by previous experiments and studies at MAX IV, have a look at our…