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Manganese (Mn) grows coherent and with an expanded metastable face-centered-tetragonal (e-fct) structure on ultrathin fct Co(001)∕Cu(001) template layers. From the temperature dependence of the observed unidirectional Mn∕Co interface exchange anisotropy, an antiferromagnetic state with a blocking temperature around 410K is found for a 21 monolayer thick e-fct Mn(001) film. The temperature dependent coercivity enhancement of the Co films, which is induced by the proximity of the antiferromagnetic Mn layer, suggests a Neel temperature above 410K for this Mn phase.

Exchange anisotropy as a probe of antiferromagnetism in expanded face-centered-tetragonal Mn(001) layers