Table 7 A comparison of the ZnO nanocomposites from this study with those reported in the literature.
Materials | Saturation magnetization, Ms (emu/g) | Dielectric constant (ε’) @ 1 kHz | Coercivity, Hc (Oe) | Applications | Ref. |
|---|---|---|---|---|---|
ZnO/Mn3O4(This work) | 0.058 | High (See Fig. 5a) | 72.4 | Spintronics, multifunctional | - |
ZnO/Fe2O4 (This work) | 0.050 | High (See Fig. 5a) | 71.2 | Spintronics, multifunctional | - |
ZnO/CuO (This work) | 0.039 | High (See Fig. 5a) | 80.4 | Spintronics, mupercapacitors | - |
(Gd, Co) co-doped ZnO | 0.0052–0.0152 | - | 49–74 | Spintronics | |
(Mn, Co) co-doped ZnO | 0.00235 to 0.01489) | 15–55 | - | Spintronics | |
Sn: ZnO NPs | - | 40–50 | - | High-frequency devices | |
Fe3O4@ZnO/ C | 44.68–68.10 | - | - | applications in biomedicine | |
ZnO/Fe3O4 n | - | - | - | biomedical applications | |
ZnO–ZnFe2O4 | 0.024–0.610 | - | - | Spintronics | |
Zn1 − xCoxO | - | - | 46.0- 117.8 | Spintronics |
