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The influence of the partial substitution of B by Ge on the magnetocaloric response ofFe78Co5Zr6B10Cu1 is studied. Ge addition produces a reduction in the temperature at which the peakentropy change takes place, as well as a slight decrease in the magnitude of the peak,   SMpk . Therefrigerant capacity, RC, and its field dependence is also analyzed: although Ge addition increasesRC of the Co-containing alloy, the largest RC value corresponds to the Co- and Ge-free alloy. Thiswill be discussed on the basis of the recently proposed universal curve for the magnetic entropychange, which is also followed by the FeZrBCu Co,Ge  alloy series

Influence of Ge addition on the magnetocaloric effect of a Co-containing Nanoperm-type alloy