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Mn doping in dilute III-V alloys has been examined as a route to enhanceferromagnetic stability. Strong valence band bowing is expected at the dilutelimit, implying a strong modification of the ferromagnetic stability uponalloying, with even an increase in some cases. Using first principle electronicstructure calculations we show that while codoping with a group V anionenhances the ferromagnetic stability in some cases when the effects ofrelaxation of the lattice are not considered, strong impurity scattering in therelaxed structure result in a reduction of the ferromagnetic stability.

Trends in Ferromagnetism in Mn doped dilute III-V alloys from a density functional perspective