Self-Assembled Nanometer-Scale Magnetic Networks on Surfaces

Self-Assembled Nanometer-Scale Magnetic Networks on Surfaces: Fundamental Interactions and Functional Properties.
Carlo Carbone , Sandra Gardonio , Paolo Moras , Samir Lounis , Marcus Heide ,Gustav Bihlmayer , Nicolae Atodiresei , Peter Heinz Dederichs , Stefan Blügel , Sergio Vlaic , Anne Lehnert , Safi a Ouazi , Stefano Rusponi , Harald Brune , Jan Honolka , Axel Enders , Klaus Kern , Sebastian Stepanow , Cornelius Krull , Timofey Balashov , Aitor Mugarza , and Pietro Gambardella
Adv. Funct. Mater. 21, 1212 (2011)

a) Average effective spin moments per atom and 3 d band hole measured in the magnetic easy axis directions at the respective coverages. The average moments are extracted from XMCD spectra measured at saturating fi elds of up to 6 T (the measurements were performed at ESRF (open symbols) and BESSY II (full symbols)). Central row: Polar (dashed
lines) and in-plane (full lines) magnetization curves taken at 7 K for coverages: b) x = 0.1 ML, c) 0.2 ML and d) 0.7 ML.