[en] Curie-Weiss fits to the temperature dependence from 5 to 350 K of the susceptibility of Cr+2.7% Fe doped with up to x ∼ 1% V give different values of the effective moment μ_S for the spin-density-wave (SDW) and μ_P for the paramagnetic phase. For field H=1 T, μ_S ∼ 0.6 μ_P in the binary alloy (x=0) and the ratio μ_S(x)/μ_P(x) increases as the Neel temperature T_N(x), and therefore the amplitude of the SDW, falls with increasing x. When the field is increased to H=5 T, μ_S (x) increases towards the full field-independent value of μ_P(x). It is proposed that interaction with the SDW reduces the Fe moment μ_S(x), while increasing field tends to restore it to the value μ_P(x) seen at all fields in the paramagnetic phase. (author)