…efficiently transform lignin into high-quality fuels, requires better understanding of the catalysts’ active site. Catalytic hydrotreatment processes, which remove oxygen and cleave the lignin macromolecules, drive this transformative reaction and…
…the data is available on this website. Please ask beamline staff for more info. Sample preparations and labs There are several on-site labs available close to the beamlines, where you…
…case. Instead, the termination species were identified to be fluorine (-F) and oxygen (-O) on the face-centered-cubic (fcc) sites and O also on the bridge site between two surface Ti…
…be the case. Instead, the termination species were identified to be fluorine (-F) and oxygen (-O) on the face-centered-cubic (fcc) sites and O also on the bridge site between two…
…or specified contact-person Discuss with LC possibilities for setting up in-situ equipment earlier than the official start of beamtime. This is usually possible for beamtimes starting on Tuesdays). This helps…
…your membership in one or several forums if needed. On site facilities – Our facility is brand new, it opened in June 2016. We offer you a stunning view all…
…depending on the temperature range of an experiment: 1. Mo-based manipulator head for better heating. Radiative heating by filament (up to 800 °C), e-beam heating (up to 1200 °C, but…
…on resolution/spotsize Energy resolution 1meV at 21eV, 2meV at 63eV (measured, 800L/mm, 20μm exit slit) Gratings All user beamtimes so far have operated on a single grating (800 L/mm cPGM)…
…and at MAX IV we strive to meet the experimental needs of our ever -expanding and -evolving community. LDM-relevant beamline We offer access to a number of LDM-relevant beamlines (highlighted…
…flux) Chopper: Disc radius 120 mm Rotation speed ≈ 0.8 kHz Number of slits (two slit circles) 12/120 Slit width 85 µm Opening time ≤ 300 ns Repetition rates (two…