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• Fig2.dat: X-ray reflectivity experimental data (open circles) and simulation (red line) of the Glass/Pd/[CoO/Co]x7/Pd ML. Plain text
• Fig3a).dat: In-plane MOKE hysteresis loops for the non-patterned and antidot CoO/Co ML samples with different hole diameters at room temperature. Plain text
• Fig3b).dat: Out-of-the-plane MOKE hysteresis loops for the non-patterned and antidot CoO/Co ML samples with different hole diameters at room temperature. Plain text
• Fig4.dat: Room temperature coercivity measured along the out-of-the plane and in-plane directions for the antidot CoO/Co ML as a function of antidot hole diameter. Plain text
• Fig5-INP.dat: In-plane of M(H) curves measured at 60 K after field cooling (Hcool = 20 kOe) for the CoO/Co MLs with different hole diameters. Plain text
• Fig5-OOP.dat: Out-of-the-plane of M(H) curves measured at 60 K after field cooling (Hcool = 20 kOe) for the CoO/Co MLs with different hole diameters. Plain text
• figure9.png: Micromagnetic simulation of the OOP magnetic domain structure of Co1, CoO1, Co2, and CoO2 nanostructured layers with W = 76 nm and fixed lattice parameter P = 108 nm at the remanence state. PNG format.
• figure11.png: Micromagnetic simulation of the OOP magnetic domain structure of Co1, CoO1, Co2, and CoO2 nanostructured layers with W = 14 nm and fixed lattice parameter P = 108 nm at the remanence state. PNG format.