…the sheet. “There is strong demand for improved anode materials in, for example, lithium-ion batteries with higher capacity, better compatibility with electrolytes, and less sensitivity toward cycling losses compared with…
…and international collaborators, with the opportunity to drive long-term collaborations and investments which will benefit the national research community and society. In the press release issued by the Swedish Government, the Minister…
The main tasks of the vacuum team include: Conceptual design, procurement, test, installation and commissioning of vacuum related accelerator upgrades. Assistance with the design and implementation of new vacuum beamline…
…workshop,” said Carl Beard, High Power RF Engineer at the Paul Scherrer Institut, Switzerland. “I would also like to extend our gratitude to the Workshop committee for the excellent organisation,…
…based on the wave character of electrons – just like light (electromagnetic waves), electron waves can be scattered and result in interference patterns. This technique is commonly used as a…
…as well as the complex beam profile. Both with a resolution better than the size of the focused beam. Again, 2D, as well as 3D measurements are possible. Optics and…
Come and meet us in Lund to explore how x-ray and neutron scattering can reveal the complexity of food materials Are you working with food research in industry or academia? Are…
…II and one planar undulators transferred and refurbished from the MAX II ring. In-vacuum undulators (IVU) and wiggler (IVW) for hard X-rays production. Six IVU’s and one IVW at the…
…specific to ForMAX’s users. 8-12 weeks before beamtime: Get in touch with your local contact (LC). You received an email from MAX IV user-office about who is your LC when…
Visualisation of NanoMAX KB system The Mechanical Design Team assists with design of most components in our facility from simple brackets to custom designed endstations, all this in cooperation with…