…in a realistic environment. It was made possible due to the great collaboration with the researchers from KTH and Uppsala University through the Vinnova pilot study”, concludes Sven Södergren. “The equipment at MAX IV is compatible…
…want to design their own holders, please use the same interface (2x ∅5.6 mm holes and the 3.4 mm slot, up to 2.5 mm thickness). Plates are otherwise available at…
…filters 3 diamond filters of different thickness Collimating mirror (CM) silicon, slot cooling with liquid Ga bath, Si, Pt stripes, with bender Double crystal monochromator (DCM) direct drive motor for…
…communities and environments that will benefit from MAX IV and vice versa. We bring a lot of experience working with industry and industry-academic partnerships, but this collaboration provides us with…
…even more efficient,” said Blomberg. “SunCarbon is already running a pilot plant for the production of lignin feed. Together with petrochemical catalytic hydrotreatment, it can produce biofuel and, within a…
…agreement has been signed by both parts, we will schedule the time slot for your experiment at MAX IV – your beamtime. One-time purchase or framework agreement If you only…
…of fiber is left behind. “We are using three-dimensional imaging and scattering methods to understand the bran structure from the macro to micro scale. ForMAX is used a lot for…
…Data Bank. “The experiment owes a lot to BioMAX beamline, especially to the data collection rates provided by its state-of-the-art equipment, high quality data acquisition and multiple well-synchronized processes that…
…MAX-lab in Lund to investigate battery electrolytes statically using the APPES technique at SPECIES beamline. “There is still a lot to learn when using APPES for battery research, but every…
…of the experiment: “This is a Vinnova pilot project that encourages collaboration between industries and academia. We have applied for a grant to finance beamtime in this facility. To do so, we…