The Magnetization of several bulk amorphous ferromagnetic CoP alloys is shown to obey a corresponding-states law which differs significantly from comparable crystalline ferromagnets such as Co or Ni. This difference originates in an anomalously large T3/2 low-temperature demagnetization extending beyond 0.2TC. The temperature and field dependence of this term provide evidence for the presence of spin-wave excitations characterized by a high density of states at low energies.
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Cochrane et al. (1974) studied this question.
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