Abstract:
Total energy calculations show that the antiferromagnetic (111) order is not the ground state for the ideal CuMnSb in contrast to the results of neutron diffraction experiments. The magnetic phases of the CuMnSb were investigated with the aim to clarify the role of defects which exist in real samples (Mn-antisites on Cu, Mn-interstitials, and Cu-Mn swaps) of spintronic Heusler alloys. The full-potential supercell approach and the Heisenberg model were used to find the magnetic structure of the CuMnSb with defects. More >>
