…IV. Credit: MAX IV Laboratory When deformed fast, the steel gets hot because of adiabatic heating, which changes the structure and properties of the material. Before the deformation, the steel…
…D110070 E-mail: Linus.Roslund@maxiv.lu.se Phone: +46462226630 Anders Bjermo Mechanical designer Office location: D110070 E-mail: Anders.Bjermo@maxiv.lu.se Phone: +46462226633 Karl Åhnberg Mechanical designer Office location: D110070 E-mail: Karl.Ahnberg@maxiv.lu.se Phone: +46462226631 Johan Selberg Office…
…time-resolved APXPS using please the HT cell, please, check Time-resolved APXPS page. Purpose To enable photoemission measurements at mbar pressures and up to 1000 C Description Small volume (1 L)…
Once completed, the DanMAX experiment station will host two instruments for powder diffraction and one for full-field imaging and tomography. Currently, we have the first of the powder diffraction instruments,…
…Resolution in STM and ncAFM STM Si(111)-(7×7) tunneling conditions Vbias = +1.55 V, It = 130 pA Left panel: topography map Z(X,Y). Right panel: height profile along the white line….
The Technical Infrastructure team is part of Engineering II and is in charge of Cooling, Ventilation, Compressed air, Cryo and gas systems. The team supports the entire MAX IV laboratory…
…materials research as part of a recently completed project funded by Vetenskapsrådet (DNR: 2018-06378). The project has focused on tackling challenges that limit the industrial use of these types of…
…Photoluminescence end station E-mail: Kirill.Chernenko@maxiv.lu.se Phone: +46462226584 Weimin Wang Research Engineer Responsibilities: Solid-state end station E-mail: weimin.wang@maxiv.lu.se Phone: +46462226574 Calle Preger Postdoc Responsibilities: Development and commissioning of Aerodynamic lens sample…
…particular structures. Publication Mikkel Juelsholt, Andy S. Anker, Troels Lindahl Christiansen, Mads Ry Vogel Jørgensen, Innokenty Kantor, Daniel Risskov Sørensen, and Kirsten M. Ø. Jensen Size-induced amorphous structure in tungsten…
…this lower edge’s surface state – also referred to as ‘topological 1D surface state’ – at the Fermi energy as the likely origin of the material’s ballistic and spin-polarized transport…