Lattice distortions and magnetic interactions in single-layer VOCl

Enhanced ferromagnetism, perpendicular magnetic anisotropy and high Curie temperature in the van der Waals semiconductor CrSeBr through strain and doping

“…4(d). It value is indeed higher than those of most theoretically and experimentally reported 2D magnetic materials, such as the CrOCl monolayer (160 K), 10 VSCl monolayer (125 K), 64 VNBr monolayer (161 K), 65 VOCl monolayer (70 K), 66 CrI 3 monolayer (45 K), 2 Cr 2 Ge 2 Te 6 bilayer (28 K), 3 CrSBr monolayer (142 K), 8 and Fe 3 GeTe 2 (130 K) 67 monolayer.…”

From electronic structure to magnetism and skyrmions

“…Recently, another class of materials has been suggested as candidates for strong spin-lattice coupling, namely, the quasi-two-dimensional VOCl [178][179][180] and similar compounds with Sc, Ti, Cr and Fe instead of V, and Br instead of Cl [181][182][183][184][185]. Theoretical calculations in [186] showed that interesting physics can be expected also in the single-layered version of these systems.…”