A Néel-type antiferromagnetic order in the spin 1/2 rare-earth honeycomb YbCl
arXiv:1903.03615 · doi:10.1103/PhysRevB.102.014427
Abstract
Most of the searches for Kitaev materials deal with magnets with spin-orbit-coupled local moments such as iridates and -RuCl. Here we propose the monoclinic YbCl with a Yb honeycomb lattice for the exploration of Kiteav physics. We perform thermodynamic, susceptibility, angle-dependent magnetic torque and neutron diffraction measurements on YbCl single crystal. We find that the Yb ion exhibits a Kramers doublet ground state that gives rise to an effective spin local moment. The compound exhibits short-range magnetic order below 1.20 K, followed by a long-range Néel-type antiferromagnetic order at 0.60 K, below which the ordered Yb spins lie in the plane with an angle of 16(11) away from the axis. These orders can be suppressed by in-plane and out-of-plane magnetic fields at around 6 and 10 T, respectively. Moreover, the Néel temperature varies non-monotonically under the out-of-plane magnetic fields. The in-plane magnetic anisotropy and the reduced order moment 0.8(1) at 0.25 K indicate that YbCl could be a two-dimensional spin system to proximate the Kitaev physics.
arXiv comment6 pages, 5 figures, updated version
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