Single-crystal neutron diffraction is used to propose a canted ferromagnetic ground state for Cr1.22Te2, with a small spin-chirality component invoked to explain the topological Hall effect.
The data were collected with a temper- ature interval of 10 K, starting from 300 K to 20 K
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Evidence for magnetoelastic coupling and chiral magnetic ground state in quasi-van der Waals tr-Cr$_{1.22}$Te$_{2}$
Single-crystal neutron diffraction is used to propose a canted ferromagnetic ground state for Cr1.22Te2, with a small spin-chirality component invoked to explain the topological Hall effect.