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The magnetic entropy change in Fe92−xCr8Bx  x=12,15  amorphous alloys has been studied.Increasing the B content, both the peak entropy change and the Curie temperature of the alloyincrease. This is in agreement with an increase in the average magnetic moment per iron atom. Thethermal and field dependences of the magnetic entropy change curves have been analyzed with theuse of the Arrott–Noakes equation of state. It is shown that determining the parameters in thisequation of state  through fitting the magnetization data  allows prediction of the field andtemperature dependences of the magnetic entropy change curves in a broad temperature rangearound the Curie temperature

Magnetocaloric response of FeCrB amorphous alloys: Predicting the magnetic entropy change from the Arrott–Noakes equation of state