Abstract
Neutron magnetic diffraction and AC magnetic susceptibility measurements reveal the existence of both the ferromagnetic and noncollinear antiferromagnetic components for the Mn moments in a fully oxygenated LuMnO3. The observed magnetic intensities are consistent with a magnetic structure that can be described by using the Kovalev Γ5 irreducible representation, where the Mn moments lie in the basal MnO2 planes and the couplings between the adjacent MnO2 planes are ferromagnetic, with a saturated moment of 〈μz〉=3.22(1) μB.
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