Magnetism of Kitaev spin-liquid candidate material RuBr
arXiv:2109.00129 · doi:10.1103/PhysRevB.105.L041112
Abstract
The ruthenium halide -RuCl is a promising candidate for a Kitaev spin liquid. However, the microscopic model describing -RuCl is still debated partly because of a lack of analogue materials for -RuCl, which prevents tracking of electronic properties as functions of controlled interaction parameters. Here, we report a successful synthesis of RuBr. The material RuBr~possesses BiI-type structure (space group: ) where Ru form an ideal honeycomb lattice. Although RuBr has a negative Weiss temperature, it undergoes a zigzag antiferromagnetic transition at K, as does -RuCl. Our analyses indicate that the Kitaev and non-Kitaev interactions can be modified in ruthenium trihalides by changing the ligand sites, which provides a new platform for exploring Kitaev spin liquids.
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