…of parity selectivity.” https://youtube.com/shorts/yOXXEvXHmh4 The scattering amplitude in 2 dimensions from the oxygen molecule as it rotates a full circle in 2 dimensions. Although the amplitude is less than that…
…for application in biomedical, optical, and photoelectrochemical devices. Photoelectrochemical performance of the graphene/3C-SiC photoanodes. (a) Photoanode structure and representative I-V curve of the Ohmic contact. (b) Two-compartment PEC cell separated…
…potentially interesting new behaviors that may arise from the elastic interactions between the individual components in multilayer structures. Therefore, scientists from University College London, Imperial College London, the Czech Academy…
…length scales Mechanical properties of fiber structures during processes and at different temperatures and humidity levels Cellulose-water interaction effects Popular techniques and beamlines Small- and wide-angle scattering at ForMAX and CoSAXS Tomographic imaging…
…the lobby for all to see on their way in to work.” MAX IV Director Olof Karis and Lund University physics professor Mikael Eriksson. Credit: Heidi Forssell LaGrasta A visibly…
A call for proposal will open September 4 with closing deadline September 18, 2024. For more general information about the call see https://www.maxiv.lu.se/user-access/call-for-proposals/. MicroMAX is open for standard proposals for…
At the end of 2023, MAX IV will provide WISE with conceptual design reports for three material sciences beamlines. One of the proposed beamlines will focus on diffraction, specifically providing…
…charge-integrating JUNGFRAU detector, Jungfraujoch server for detector control and data readout, and used the beamline-control software MXCuBE3 for sample centering and data acquisition. Using lysozyme microcrystals and the light-driven sodium-pump…
…focusing on the candidates personality. As a final step we will also contact your references. MAX IV Laboratory will cover all associated travel expenses and accommodation costs. Further information about…
At the end of 2023, MAX IV will provide WISE with conceptual design reports for three material sciences beamlines. One of the proposed beamlines will focus on imaging, specifically providing…