Abstract
A comparison is made between the intermetallic compounds R2Fe14B, R2Fe17 and RFe12−xMx (R = rare earth metal and M = Ti, Mo) and their interstitial derivatives (hydrides, carbides and nitrides). The role of the different interstitial elements on the magnetic properties will be reviewed through their crystal structure (in particular the localization of the interstitial) and through experimental work done by magnetic susceptibility, Curie point measurements and neutron diffraction.
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