Interface-Dependent Spin-Reorientation Energy Barrier in Fe/MgO(001) Thin Film

Magnetic Properties of Iron on Strained Graphene: Density Functional Theory Study

“…4(e)]. Hence, we reason that the changed MAE of Fe/graphene heterostructure by the biaxial strain also results from the state shifts in these orbitals, which is comparable with the case of Fe monolayer on oxide 28) and metal substrate 29) where only 3d z 2 orbitals contributed to the MAE change of Fe.…”

Correlated Visible-Light Absorption and Intrinsic Magnetism of SrTiO3 Due to Oxygen Deficiency: Bulk or Surface Effect?

“…Tuning the optical and magnetic properties of wide band gap oxides is of great scientific and technological interest and has driven robust efforts in defect engineering. − The defects of oxides can change the energy ranges of photoabsorption or emission and can induce intrinsic magnetism without doping. − The photon energies of absorption and emission are significantly influenced by the position of the defect levels, and the intensity of intrinsic magnetism of an undoped oxide is determined by the number of unpaired electron spins at the defect levels. − Therefore, defect-induced magnetic properties of an oxide can be directly correlated with the optical properties.…”

Surface structure effect on the magnetic anisotropy of Co/Pd (001) thin film: A first principles study

“…One of the most important properties is exact control of the MA value since the strength of MA of magnetic materials in memory devices determines the recording density limits, such as the writecurrents and error ratios [5]. In the scheme of classical magnetism theory, magnetic thin films prefer the magnetization direction to be parallel to the plane, namely in-plane magnetic anisotropy (IMA) due to the magnetostatic interactions between the atomic spin moments [6].…”