Table 1.
Different synthetic strategies for OMS-based nanocomposites with ECL properties.
| Nanocomposites | Methods | Luminous Body | Duration | Ref. |
|---|---|---|---|---|
| mSiO2@CdTe@SiO2 NSs | In situ synthesis | CdTe QDs | Microemulsion method | [30] |
| g-C3N4@ms-SiO2 | Post-synthesis modification | g-C3N4 | Agitating | [31] |
| Ru-QDs@SiO2 | In situ synthesis | CN QDs, Ru(bpy)32+ | Microemulsion method | [32] |
| Ru@SiO2 | In situ synthesis | Ru(bpy)32+ | Self-assembly | [33] |
| CdTe@SiO2 | In situ synthesis | CdTe QDs | Microemulsion method | [34] |
| NH2–Ru@SiO2-NGQDs | Post-synthesis modification | CNQDs, Ru(bpy)32+ | Agitating | [35] |
| Ru@SiO2 NPs | In situ synthesis | Ru(bpy)32+ | Microemulsion method | [36] |
| SiO2@Ir | In situ synthesis | Ir(ppy)32+ | Microemulsion method | [37] |
| SiO2@CQDs/AuNPs/MPBA | Post-synthesis modification | C QDs | Agitating | [38] |
| Ru@SiO2 | Post-synthesis modification | Ru(bpy)32+ | Agitating | [39] |
| SiO2@Ru-NGQDs | In situ synthesis | Ru(bpy)32+ | Microemulsion method | [40] |