Magnetic characteristics of R2(Fe, Co)14B systems (R = Y, Nd and Gd)

Influence of Co substitution on magnetoelastic properties of Er2Fe14−xCoxB (x=1, 3 and 5) intermetallic compounds

“…Therefore, an increase in T SR is observed with increasing Co content. This phenomenon was also found in other related heavy-rareearth transition metal compounds [13] whereas in Nd 2 Fe 14−x Co x B compounds T SR decreases when the Co content is increased [14]. Moreover, in each M-T curve of Er 2 Fe 14−x Co x B compounds two cusps at different temperatures appear for heating and cooling cycle as shown for the compound with x = 5 in the inset of Fig.…”

Elevated temperature study of nanocrystalline (Nd/Pr)–Fe–B hard magnetic alloys with Co and Dy additions

“…This result reflects the same dependence of J s on Co content for the Nd 2 Fe 14 B phase, i.e. Co substituting Fe initially increases then decreases J s [6]. Co substitution is considered to decrease i H C due to a decreased H a [6].…”

“…Co substituting Fe initially increases then decreases J s [6]. Co substitution is considered to decrease i H C due to a decreased H a [6]. This is generally the main drawback of alloys with Co additions for increasing T C .…”

An evaluation of the R—T spin coupling parameter in the rare earth–transition metal intermetallics

“…The data for Gd,(Co, Fe),,B are reported in [19]. In these two series, because T, of the compounds with Y is not sufficient for characterizing the contribution to the ordering temperature of the 3d electrons, the O,(x) are chosen by scaling T, (x) of Y,(Co, -,FeJ17 and Y,(Co,-,Fe,),,B with dd(x = 1) equal to 265 and 535 K and O,(X = 0) equal to 1145 and 990 K for RE,(Co, -,Fe,),, and RE,(Co, -xFe,)14B, respectively.…”