…developing non-fossil fuels for industrial use. A team of researchers from Syngaschem BV and the Dutch Institute for Fundamental Energy Research (DIFFER) came to MAX IV at HIPPIE beamline to elucidate some…
…HERDi (high resolution PXRD) instrument. DanMAX is primarily funded through Danish sources, however, the beamline is accessible through the MAX IV general user program. DanMAX User Group Join the DanMAX User…
…of semiconductor nanostructure devices. Email: nishant.patel@sljus.lu.se Antonios Myridakis Lund University, Sweden The role of fungal communities in controlling mobilization of organic carbon (OC) and iron (Fe) from forest soils I…
…and nanoparticles Industrially and biologically important molecules Ionic liquids Reaction chemistry and radicals Fundamental molecular dynamics UV and soft X-ray induced photochemistry The main investigation methods are Photoelectron spectroscopy, Ion…
…July 2010. Funders The Swedish Research Council (VR) , VINNOVA, Lund University and Region Skåne are the initial funders of MAX IV. The initial seven beamlines were funded by a…
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…The MXene sheets are functionalised, referring to the outermost Tx atoms giving the material-specific function. The Tx of the Ti3C2Tx MXene in the study is a combination of fluoride and…
…overview of collaborative initiatives and to be able to share that information with our funders, partners and public, we put in place a workflow for establishment of collaboration with MAX…
…soft X-ray range. A Conceptual Design Study, funded by the Knut and Alice Wallenberg Foundation, MAX IV Laboratory, Uppsala University, Stockholm University, The Royal Institute of Technology (KTH), Lund University, …