…and Technology, DESY, and MAX IV developed a new method for observing catalyst restructuring at real sub-second timescales. The method is based on cyclic gas pulsing combined with APXPS and…
…Standard peer-reviewed access modes in our application system called “DUO”. You will also learn what you must do once you have been accepted, and what tasks to perform after your…
…experimental stations are described in detail in: Johansson et al. 2021. The focusing optics for creating the nano-focused X-ray beam at the experimental stations are described on the respective pages….
…will be updated with more information when it becomes available. The proposed design of the instrument is available in the Detailed Design Report for PXRD here: Diffraction_DDR_v2.pdf (PDF: 18 MB)….
…shifts (8 hours) of beamtime per proposal. For further info on FA, please refer to this page: https://www.maxiv.lu.se/user-access/access-modes/fast-access/ Follow this link to read more about all MAX IV Access modes.…
…maximum magnetic field 1.13 T Design APPLE II design with permanent magnets Energy (wavelength) range 4.5 – 1300 eV Polarization Linear, circular and elliptical Beamline optics The optical layout of…
…bending and wire cutting, as well as support with assembly. The mechanical workshop works closely with the mechanical design team and are fully integrated with the design team CAD system….
The team has overall responsibility for all electrical systems at MAX IV, throughout the life cycle from design to operation and maintenance. Tasks in the team Design of electrical installations…
…be dedicated to the study of small-angle scattering for both in-solution and solid samples. The beamline was designed to cover a large q-range and large X-ray energy range (from 6…
…figures relevant for your Experimental report. You can read more about MAX IV’s T&C on the User Policies page. description Download Experimental report template description Download T&E Experimental report template…