  We present results of a numerical mean field treatment of interacting spins
and carriers in doped diluted magnetic semiconductors, which takes into account
the positional disorder present in these alloy systems. Disorder is found to
enhance the ferromagnetic transition temperature significantly for metallic
densities not too far from the metal-insulator transition. Concurrently, the
ferromagnetic phase is found to have very unusual temperature dependence of the
magnetization as well as specific heat as a result of disorder. Unusual spin
and charge transport is implied.
