…are the most common clinical treatments for patients with such infections by targeting the viral DNA polymerase. The research done at BioMAX, led by Prof. Pål Stenmark from Stockholm University,…
…m No. of bunches in multi-bunch mode 32 176 Bunch interval in multi-bunch mode 10 ns 10 ns Bunch length (RMS) ~70-213 ps ~29 ps Stored current 400 mA (planned:…
…at MAX IV’s FlexPES beamline by scientist Alexei Preobrajenski, and X-ray Reflectivity (XRR) under atmospheric pressure and ambient conditions at the Swedish Materials Science beamline P21.2 at PETRA III at…
…for your research! Start your user journey with us by learning more about what to do in preparation for your final application. Click the “Full overview” button for the complete…
…day will be rounded off by a visit to MAX IV Laboratory. Who should attend? The workshop is combining presentations from industry users with information from the facilities and surrounding organizations…
…been performed by the MAX IV scientific staff. Evaluation: The feasible projects have then been in a second step evaluated by an external panel. Selection: In a final step, the…
…is, in collaboration with the Wallenberg Initiative Materials Science for Sustainability (WISE), developing conceptual design reports (CDRs) for three different beamlines. The three beamline projects have been selected jointly between…
…be a bit tricky in the beginning and therefore some assistance can be found in this step-by-step guide describing how to load and fit NanoMAX X-ray fluorescence data with PyMCA….
complete list The full list of all publications connected to NanoMAX (be it on data taken at NanoMAX or publications about the beamline) can be found on the MAX IV…
…in an efficient and sustainable manner, one that does not rely on fossil sources? Syngas and synthetic fuels The research company Syngaschem BV believes that synthetic fuels can be the key to…