Table 1 Reported optimum tube lengths of TNTAs for organic pollutant decomposition, photovoltaics, and water splitting.
Anodization condition | Application | Tube length (µm) | Ref | |||
|---|---|---|---|---|---|---|
Electrolyte | Potential (V) | Duration (h) | Obtained | Optimal | ||
EG + NH4F + H2O | 60 | 0.08–2 | PC degradation of paraquat | 1.5–25 | 5–7 | |
EG + NH4F + H2O | 30 | 1.25–3 | PC degradation of MB | 3.5–7 | 5 | |
HF + H2O/CH3NO + NH4F + H2O | 20 | 0.33–6 | PC and PEC degradation of phenol | 0.21–17 | PC:12 PEC:0.21 | |
EG + NH4F + H2O | 15–60 | 3 | PEC degradation of MO, RhB, MB | 0.89–16.09 | 4.56 | |
EG + NH4F + H2O | 30 | 0.08–2 | PEC water splitting | 0.1–2.9 | 1.1 | |
EG + NH4F + H2O | 40 | 1–7 | Dye sensitized solar cell | 5–20 | 20 | |
EG + NH4F + H2O | 60 | 1–4 | Dye sensitized solar cell | 10–38 | 29 | |
EG + HF + H2O | 120 | 0.25–2 | Dye sensitized solar cell | 1–20 | 20 | |
DMSO + HF + H2O | 8–30 | 21–27 | Dye sensitized solar cell | 1.2–20 | 17.6 | |
