…for viral replication. The fragment’s presence at the nsp10 interacting surface (teal outlined) prevents binding of nsp14 to nsp10 (shown with a red cross) and consequently interferes with viral replication….
At the MAX IV beamlines we operate and support many types of detectors and cameras, from large pixel area detectors to energy resolving detectors and their associated pulse processors. Today…
The 11th edition of COHERENCE, the International Conference on Phase Retrieval and Coherent Scattering, will be a top international meeting on developing and using coherent scattering methods with X-rays, EUV,…
Once your proposal has been accepted and scheduled by beamline staff, it is time for you to create your experimental session. Why is the Experimental Session so important? It is…
…are standardly used in the petrochemical industry. Industrial catalysts are infamously difficult to study at the atomic level due to the non-well-ordered state of particles, and the high surface-to-volume ratio…
…change, Anna is excited to take charge of developing the MAX IV Technical Division to support world-leading science. “I look forward to learning more about MAX IV and to leading…
…The aim is to allow unique real-time studies of processes such as catalysis, energy storage, hydrogen embrittlement, additive manufacturing, thin film deposition, and many more. During the MAX IV strategy…
On the following link you will find a searchable database of the MAX IV publications. Please note that the Safari browser is currently not supported for displaying the publication list….
…research extends from the electronic structure studies of free particles (atoms, molecules, clusters and atmospheric particles) in gas phase and on surfaces to formation analysis and nanoscale characterisation of surfaces…
…technical feasibility to support a full beamtime proposal, which is reflected by the very short time allocated (a single 4-hour shift per proposal). Proposals that suggest an unrealistic measurement plan…