Nuclear magnetic resonance (NMR) of 55 Mn, 121 Sb and 123 Sb in Mn 2 Sb has been
studied from 77 to about 440K. The hyperfine fields at 0K, obtained by extrapolating the
resonance frequencies, are-143.0,-126.7 and+ 251.2 kOe and the anisotropies in the
hyperfine at 260K are+ 1.6,-5.4 and+ 60.0 kOe at Mn (I), Mn (II) and Sb sites, respectively.
The hyperfine fields have been analysed on the basis of phenomenological model and the
temperature dependence of the site magnetic moments has been determined. The width of …

Nuclear magnetic resonance (NMR) of< sup> 55 Mn,< sup> 121 Sb and< sup> 123 Sb in
Mn< sub> 2 Sb has been studied from 77 to about 440K. The hyperfine fields at 0K, obtained
by extrapolating the resonance frequencies, are-143.0,-126.7 and+ 251.2 kOe and the
anisotropies in the hyperfine at 260K are+ 1.6,-5.4 and+ 60.0 kOe at Mn (I), Mn (II) and Sb
sites, respectively. The hyperfine fields have been analysed on the basis of
phenomenological model and the temperature dependence of the site magnetic moments …