Structural elucidation and dielectric behavior evaluation of Dy–Ni substituted manganese ferrites

Study of physical properties of the Li0.5MgFe1.5O3.5 ferrite nanoparticles

“…In addition, we can conclude that this sample could be a potential candidate in many technological applications, such as recording heads, transformers, induction cores, spintronic devices, micro-devices waves because of its gentle nature. 52,53…”

“…In addition, we can conclude that this sample could be a potential candidate in many technological applications, such as recording heads, transformers, induction cores, spintronic devices, microdevices waves because of its gentle nature. 52,53 The magnetic moment n B (m B ) calculated from the values of the saturation magnetization M S (emu g −1 ) and the molecular weigh M W (g mol −1 ) according to the following equation 54 is reported in Table 1.…”

Synthesis and Characterization of Adsorbent Biochar/MnFe2O4 Composite from Agricultural Residue for Wastewater Treatment

“…27 From the literature, it is well established that peaks in the range of 500-700 cm −1 are associated with the vibration of M-O bonds. 28,29 Purity of phase and identification of crystal structure of synthesized biochar composite was done by X-ray spectroscopy as in Fig. 1d.…”

Low dielectric loss, and enhanced magneto-dielectric properties of Cu0.5Cd0.5-CoFe2O4 ferrites via Co2+ substitution

“…10(d) revealed that the Quality factor increased with the applied frequency. The higher Q factor ferrites are useful for high-frequency resonant circuits and multilayer chip inductor applications [64]. The tangent loss and Q factor at low (1600 to 12800 Hz) and high (100 to 500 kHz) frequencies are depicted in Fig.…”