Giant magnetoresistance and field-induced magnetic phase transitions in Gd7Rh3 studied on single crystals

Field-induced magnetic phase transitions and metastable states in Tb3Ni

“…ate ferrimagnetic-type state (IFIM) to the forced ferromagnetic (FM) state. A similar magnetoresistance upon application of external magnetic field was previously reported for numerous binary rare-earth intermetallic compounds [10,11,27,39,51]. A substantial hysteresis of ∆ρ(H)/ρ(0) vs H curves measured on magnetization and demagnetization persists in a wide magnetic field range below H up C2 .…”

“…However, negative dρ(T )/dT in a wide temperature range above T N is not typical for intermetallic systems. The negative temperature coefficient of resistivity associated with the presence of short-range antiferromagnetic correlations above T N was detected in Gd 7 Rh 3 [39]. As it has been shown in Ref.…”

Magnetic transition and the associated exchange bias, transport properties in Mn2.1FeSn0.9 alloy

“…As early as 1966, FeRh alloy was reported to have a large total entropy change due to magnetic phase transition [1]. Along with the magnetic transition, materials usually exhibit novel performance [2][3][4][5][6][7], such as the giant magnetoresistance in Gd 7 Rh 3 [8], FeRh [9,10], Bi-doped Mn 2 Sb [11] and Ni doped FeRh [12], giant magnetocaloric effect in Gd-Si (Nd)-Ge [13,14], MnZnSb [15], FeRh [16,17] and Ni-Mn-Fe-Sn [18], and exchange bias (EB) in Fe 2 MnGa [19], Mn 2 PtGa [20]. and Sn) alloys have been extensively studied due to their excellent properties, such as the large anomalous Hall effect (AHE), topological Hall effect (THE), Nernst effect, EB effect and magneto-optical Kerr effect [21][22][23][24][25][26][27][28].…”