formed termination species in an important class of two-dimensional materials known as MXene. The results have implications for the use of the material in energy storage and production applications. MXenes…
…within such ribbons without the application of an electromagnetic field. “Normally, when we have a quantum conducting channel, we can turn it into a spin-ballistic channel by applying a magnetic…
…supported proposals to the DanMAX steering group. The DanMAX steering group will perform a strategic evaluation of the proposals and approve/reject proposals. If approved, users must apply for beamtime through…
…Mid- and long-term planning for improvements and upgrades to the MAX IV accelerators; Necessary investments in the accelerator infrastructure Committee members are appointed by the MAX IV Laboratory Board for…
…include: Specification and approval of working regulations and procedures for the Board, the Director and the Management Team; Specification and approval of steering documents; Approval of financial reports with regard…
…Board’s key duties include: Specification and approval of working regulations and procedures for the Board, the Director and the Senior Management Team Specification and approval of steering documents Approval of…
MXenes are a novel class of two-dimensional materials offering properties that may be useful in many different applications such as composite materials with high strength, fuel- and solar cells, 2D-based…
…experimental procedures at BioMAX. Applications and requirements MX staff typically sends an announcement some weeks in advance of a workshop. To apply, users need only send a reply to the…
…and applications requiring 2-factor authentication are no longer sent by SMS. See the instructions to set up a one time password application. Getting beamtime at BioMAX The first step to…
…MAX-lab in Lund to investigate battery electrolytes statically using the APPES technique at SPECIES beamline. “There is still a lot to learn when using APPES for battery research, but every…