Science at NanoMAX
…A central reason is that applications of micro‐ and nanobeams can be found in all major natural science fields, such as materials science, life science, earth science, nanoscience, as well…
…A central reason is that applications of micro‐ and nanobeams can be found in all major natural science fields, such as materials science, life science, earth science, nanoscience, as well…
…connected to residences is composed of a new, polyethylene raised temperature resin (PE-RT plastic). The plastic piping system features heat-insulating foam and temperature alarms. The new pipes are cost-efficient, according…
…and nickel (blue). A change of composition and localized inclusions were identified in the brass matrix (copper, zinc). Black grains were identified as lead (not shown here). Mixed colors indicates…
…collected full scattering patterns that can only be collected using the high-energy X-rays with high intensity available from DanMAX. ”The challenge was to find to control the size of a…
…discovered that while the zigzag graphene nanoribbon monolayer sank almost completely into a silicon carbide facet, its lower edge dissolved and mixed with the silicon carbide substrate. The researchers highlighted…
…these promising MXene-materials is until this point quite limited. The researchers studied a type of MXene called Ti3C2Tx, where the sheet is built up of titanium, carbon, and inherent surface…
…of cytochrome c and calmodulin, the latter of which had been tagged fluorescently. After two weeks, they observed that the ds-TrpR’s fluid contents had allowed the two guest proteins to…
…in 2024. Methods X-ray fluorescence (XFM) mapping Using the nano-focused beam, information about the local elemental composition of the illuminated area can be extracted by measuring the secondary X-ray fluorescence…
…create localized strain fields. The samples were measured at NanoMAX beamline using a special inverse microscopy technique, tele-ptychography. The Si crystals generated dynamical diffracted wavefronts. From this data, the group…
…with external electric field—an idea based upon earlier work by Carbone. A full team at the University of Groningen formed, led by postdoc Pavan Nukala, who’s work came in focus…