Abstract
Magnetic configurations ( k ≠ 0) of AFeCl 3 (A = Rb, Cs) compound have been found. Due to the change in the symmetry of the magnetic subsystem nonequivalent ions appear which possess ‘latent’ paramagnetism, i.e. the effective exchange field at these sites turns to zero. It has been shown that one of these states can explain the anomalous behaviour of magnetization in AFeCl 3.
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