…In the present paper, the authors tested the accessible technique of Low-Frequency Raman spectroscopy, in which inelastic scattered light is used to analyse the sample. They then controlled the accuracy…
…intense light at MAX IV allows analysing even these small amounts of metals. Collaborators from Stena and RISE/Chalmers with the samples prepared for analysis. Photo: Stena. “The high intensity of…
…The researchers are using the light from MAX IV to investigate the interaction of the RTILs with various electrode materials and voltages to find the limits of the operation without…
…x-ray beam path. This allows combined full-field microtomography and SWAXS experiments in a sequential mode. A 9 m long, evacuated SAXS flight tube, with a SAXS detector inside on a…
…A laser light will point to the first available position in the dewar. Mount the corresponding Unipuck there. Do this until you have mounted all the Unipucks in all your…
…beamline using an X-ray anode source, enabled characterization of the model and industrial catalyst and shed light on similar properties between the two. Scientists also learned more about the active site…
…bran from Lantmännen gets imaged in three dimensions and high-resolution. The project is supported by Lantmännen Research Foundation and Vinnova for the increased industrial utilization of neutron and synchrotron light-based…
…with a total accumulation time down to ~30 sec per full EXAFS. Notice a slight decrease in the 1st FT peak height. This is a result of ‘’running average” –…
…their origins. MAX IV’s HIPPIE beamline provided the APXPS capacities crucial to the study’s success thanks in part to the beamline’s intense synchrotron x-ray light ideally suited for transient studies,…
First Light: TBA (2025/2026) Single crystal X-ray diffraction is the preferred technique to solve the atomic structure of a crystalline material. It is now a routine technique in many research…