Table 2.
Effects of manganese doping on the photocatalysis of ZnO nanoparticles.
| Doping at% | Wavelength Range | Change in Photocatalysis | Synthesis Methods | Reference |
|---|---|---|---|---|
| 0–8.3 | Visible light | Enhanced | Coprecipitation (sol-gel) | [39] |
| 6.3 | Visible light | Enhanced | Hydro-thermal | [40] |
| 0–20 | Visible light | Enhanced | Solvothermal | [41] |
| 0–7 | UV (Ne lamp) | Enhanced | Solvo-thermal | [42] |
| 1.8 | UVA (365 nm) | Enhanced | Coprecipitation (sol-gel) | [43] |
| 0–5 | UVC (Hg lamp) | Enhanced | Solvo-thermal | [44] |
| 3.6 | UVC (Hg lamp) | Reduced | Hydro-thermal | [45] |
| 1.0 | UV | Reduced | Thermal decomposition | [46] |
| 0.25 | UVA (365 nm) | Reduced | Coprecipitation (sol-gel) | [47] |
| 6 | Natural sunlight | Enhanced | Coprecipitation (sol-gel) | [48] |
| 0–5 | Hg-Xe lamp | Enhanced | Mechanochemical | [28] |
| 0–5 | Simulated sunlight | Reduced | Mechanochemical | [29] |
| 0–5 | Simulated sunlight | Reduced | Coprecipitation (sol-gel) | [14] |