Role of alkaline metal in the rare-earth triangular antiferromagnet KYbO
arXiv:2303.12448 · doi:10.1103/PhysRevB.107.224416
Abstract
We report crystal structure and magnetic behavior of the triangular antiferromagnet KYbO, the A-site substituted version of the quantum spin liquid candidate NaYbO. The replacement of Na by K introduces an anisotropic tensile strain with 1.6% in-plane and 12.1% out-of-plane lattice expansion. Compared to NaYbO, both Curie-Weiss temperature and saturation field are reduced by about 20% as the result of the increased Yb--O--Yb angles, whereas the -tensor of Yb becomes isotropic with . Field-dependent magnetization shows the plateau at 1/2 of the saturated value and suggests the formation of the up-up-up-down field-induced order in the triangular AYbO oxides (A = alkali metal), in contrast to the isostructural selenides that exhibit the 1/3 plateau and the up-up-down field-induced order.
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