Synthesis, structural, magnetic and dielectric properties of zirconium copper doped M-type calcium strontium hexaferrites

Magnetic, Dielectric, and Thermal Properties of BaCo‐Hexaferrite Nanospheres

“…However, this ratio was less than 0.5 for all samples. As reported by previous scientists, [13,[26][27][28] it was evidenced that the magnetic materials exhibiting the M r /M s values less than ½ indicate the existence of multi-domain magnetic nanoparticles. In the similar way, for the M r /M s values greater than ½, the existence of single-domain magnetic structure was confirmed.…”

Evaluation of electrical, dielectric and magnetic characteristics of Al–La doped nickel spinel ferrites

“…As indicated, the gure exhibits four weight losses in the temperature range of 20-600 C. The rst weight loss in the temperature range 20-150 C, can be assigned to the removal of residual moisture while the second weight loss in the temperature range 150-212 C, is due to the loss of hydrated water in the sample. 23 The third weight loss in the range from 212 to 405 C, is probably due to the decomposition of transition metal hydroxides to their respective oxides e.g. nickel hydroxide and iron hydroxide transform into nickel oxide and iron oxide, respectively.…”

Multiferroic Properties of Pure, Transition‐Metal and Rare‐Earth–Doped BaFe12O19 Nanoparticles

“…The reduction of the spontaneous magnetization M s is in agreement with the experimental data offered in the previous studies. [ 14,72 ] Simultaneously, the Curie temperature decreases with increasing x . An increasing concentration x is attended by a conversion of ions (high spin) into (low spin).…”