Simple models of magnetism

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Atomistic spin model simulations of magnetic nanomaterials (2013, unknown): “…physical effects which give rise to anisotropy, but the most important is the magnetocrystalline anisotropy (namely the preference for spin moments to align with particular crystallographic axes) arising from the interaction of atomic electron orbitals with the local crystal environment [69, 70].”
Predicting the Future of Permanent-Magnet Materials (2013, background): “Two-dimensional systems (cylinders) form a borderline case, with logarithmically weak localization corrections [38], [39].”
Large magnetic anisotropy in mononuclear metal complexes (2015, background): “preferred direction, the systems are usually classified as easy axis; however, if the spin remains confined in a plane, the systems are called easy plane.[1] Therefore, molecules that show a high degree of magnetic anisotropy can behave as individual nanomagnets in the absence of a magnetic”
Architecture and magnetism of alnico (2014, background): “On the other hand, the competing magnetostatic interactions between the poles at the wire ends yield an energy contribution scaling as loMs R(R/D), where D is the center-to-center distance [15,34].”