STM experimental station

For the preparation of samples in situ a preparation chamber is used, which offers sample cooling, annealing (up to 1200 C), Ar+-sputtering, residual gas spectra analysis / TPD experiments, and…

Beamline optics

…eV, ~3.8 meV at 50 eV , ~40 meV at 400 eV) Flux at sample (focused) 10E9 – 10E13 ph/s (4.5 – 1300 eV) for E/ΔE~5000 (Maximum flux is measured

Radiation safety

…one for access to accelerator areas and beamline hutches (controlled areas). Both parts are required in order to access an accelerator area or a beamline hutch. Supervised areas Controlled areas…

Dynamics and Disorder in Macromolecular Structures

with Dr Nick Pearce from SciLifeLab/Linköping University Displacement parameters (B-factors) play a crucial role in macromolecular structure determination, yet are rarely used for biological interpretation. This is somewhat egregious, since these…

Access modes

Below are the access modes the beamline participates in, and potentially useful notes regarding what is offered for each: Proprietary access chevron_right The complete beamline setup is available for Proprietary…

Experimental stations

…x-ray absorption techniques. The second focal point, positioned 2.5 meters downstream, is located at an open port known as EA02. This port is specifically reserved for user-provided end stations. The…

Reaction undercover: boosting the potency of catalysts

In the field of catalysis research, a relatively new strategy for molecular energy conversion is the use of space-confined catalysis, with undercover catalysis being one example. Scientists are learning that…