Figure 1
From: Localized-itinerant dichotomy and unconventional magnetism in SrRu2O6
(a) Top view of SrRu2O6. The cell is doubled along the a and b directions. (b) Ordered 〈M z 〉 and equal-time spin-spin correlation \(\langle {M}_{z}^{2}\rangle \) as a function of temperature T. From the high temperature value, \(\langle {M}_{z}^{2}\rangle \sim 1.8\,{\mu }_{B}^{2}\), the local moment is estimated to be M ~ 2.3 μ B . (c) Schematic view of the localized vs. itinerant dichotomy between a 1g electrons and \({e}_{g}^{^{\prime} }\) electrons. Correlation effects are stronger for a 1g electrons resulting in localized moments, while \({e}_{g}^{^{\prime} }\) electrons maintain a rather itinerant character and show spin-density wave (SDW) like behavior when magnetically ordered.
