Staff

…E-mail: Alexei.Zakharov@maxiv.lu.se Phone: +46462223357 Yuran Niu Instrument Scientist E-mail: Yuran.Niu@maxiv.lu.se Phone: +46462226562 Lin Zhu Researcher E-mail: Lin.Zhu@maxiv.lu.se Phone: +46462226560 Evangelos Golias Beamline scientist E-mail: Evangelos.Golias@maxiv.lu.se Phone: +46 46222 36 35…

Low Density Matter

…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…

MAX IV – Main

…interplay of photons with the dynamics of atomic nuclei in molecules. The study was conducted at Veritas beamline. xrdPlanner: a new, versatile beamtime planner chevron_right Planning and preparing for a…

Fast Access

The beamline provides three types of the fast access: Sample or technical feasibility study (FS) Scientific experiment (SE) The maximum number of shifts: 6 (24 hrs). Please submit a request…

User information

…access card (unless you plan a remote experiment) and complete the safety quiz. You also use DUO to define an experiment session and declare the shifts it will comprise, the…

Beamline optics

…the FinEstBeAMS beamline is based on the plane grating monochromator illuminated with collimated light. Collimating optics Side cooled toroidal collimating mirror Monochromator (cPGM) Collimating plane grating monochromator with 2 plane…

Submit a proposal

…filling in this this step it’s important that you have discussed your planned experiment with the beamline staff. As this is where you pick the beamline setup that best matches…

Beamline optics

plane of the grating G), in addition to focusing horizontally at the exit slit. The monochromator is a combined collimated cNIM and cPGM type. The monochromator energy-disperses the radiation, which…