…IV At MAX IV using the HIPPIE beamline, the team performed Ambient Pressure X-ray Photoelectron Spectroscopy (APXPS) experiments and were pleased with the technology they found at the beamline. “We…
…– and develop new competitive advantages. We welcome industrial R&D projects from various industry sectors, including material science, biotechnology and medicine, food and packaging, nanoelectronics, and sustainability and renewable energies….
…stage to catch and parallelise the beam so that downstream components require only minimal alignment. Heatmap of the photon flux of the DanMAX IVU16 as a function of gap distance…
…(DK) 11:20 “Kinetic properties of liquid-liquid phase separation on the prion-like protein Sc Ent-5″ – Lucas Defelipe, European Molecular Biology Laboratory Hamburg (DE) 11:50 Wrap up and discussion After lunch…
…requires the study of their structure and dynamics. Cellular membranes are complex assemblies of lipids and proteins. In particular the lipid scaffold, is composed by a large variety of lipid species and levels of…
…parallel on each chamber, independently of all others. For details of the measurement chamber, the two preparation chambers and the scanning tunnelling microscope, see the dedicated pages. The other components of the endstation are:…
…December 2023. Commissioning of the instrument is ongoing during the Winter and Spring of 2024. Currently, we support parallel beam projection medium-resolution tomography, encompassing both absorption and phase contrast techniques….
…energy. The ambition is to use only electricity coming from renewable sources, primarily wind and water. A modest amount of electricity will also be generated by solar panels on the…
…Cologne, Germany, and moved to Sweden for undergraduate and PhD studies in Uppsala. After completing a postdoc in scanning tunnelling microscopy in Aarhus, Denmark, he was intrigued to pursue a…
…Users Publication Magnuson, M. and Näslund, L-.Å Local chemical bonding and structural properties in Ti3AlC2 MAX phase and Ti3C2Tx MXene probed by Ti 1s x-ray absorption spectroscopy open_in_new PHYSICAL REVIEW…