Magnetic-field-induced first-order transitions in the intermetallic compound Pr2Fe17

Magnetic properties of mixed-spin Ising systems in a longitudinal magnetic field

“…It yields some reasonable results in comparison with those of the other works [24,25]. Moreover, experimental evidence of the effect of a longitudinal magnetic field has been found [19][20][21]. We hope this work would stimulate further experimental and theoretical works on magnetism.…”

“…Experimental studies of the mixed-spin Ising ferromagnetic and ferrimagnetic systems subjected to longitudinal magnetic fields have been investigated for many years [19][20][21]. The results that exhibit the longitudinal magnetic field has strong effects on the magnetic properties.…”

Magnetic properties Mössbauer study and MCE in compounds RE2Fe17−Cr (RE=Pr, Gd)

“…The intermetallic compound RE 2 Fe 17 has been the subject of intensive study because of their outstanding magnetic characteristics of high application potential and rich phenomenology mainly due to coexistence of complementary features of the 3d and 4f magnetism [1]. Among these, the magnetocrystalline anisotropy was studied intensively [1,2].…”

“…Among these, the magnetocrystalline anisotropy was studied intensively [1,2]. The RE 2 Fe 17 intermetallic compounds with RE ¼ Pr, Nd and Sm crystallize in the rhombohedral crystal structure, pertaining to the R-3m space group.…”

“…The RE 2 Fe 17 intermetallic compounds with RE ¼ Pr, Nd and Sm crystallize in the rhombohedral crystal structure, pertaining to the R-3m space group. The heavy RE compounds adopt the hexagonal structure with the P6 3 /mmc space group [1,2]. The Mo¨ssbauer spectra (MS) of the 57 Fe nuclei were investigated by several groups [3][4][5].…”