Table 1
The functions of PDA in the field of PEC.
| Materials | Functions | Refs. |
|---|---|---|
| CdS/PDA/FeOOH | Passage of photogenerated holes | This work |
| CdS/PDA/Nafion | Reduces surface defects of CdS and facilitates Nafion coating | [10] |
| TiO2/CdS@PDA | Co-photosensitization, and as a shelter against photo corrosion | [29] |
| Cu2O/PDA/TiO2 | Adhesive properties, hydrophilicity and passivation layer | [30] |
| CdS/PDA/Co-Pi | Enhance electron conductivity and form a passivation layer | [32] |
| g-C3N4@PDA/BiOBr | PDA as an efficient electron transfer mediator | [37] |
| TiO2/PDA | Enhancing the hole–electron separation and harvesting visible light | [38] |
| Ti/TiO2NT@PDA-AgNP | In situ reducing agent capable of reducing some metal ions | [39] |
| PDA15/ZnO/Co3O4 | Enhanced CO2 adsorption/activation capacity by PDA modification | [40] |
| Ag/AgCl/PDA-TiO2 | A stabilizer and reductant in fabricating the photocatalyst | [41] |
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