Table 4 Main characteristics of the β-CD modified with synthetic polymers as corrosion inhibitors
Name of inhibitor | Metal type | IE% | Ref. |
|---|---|---|---|
poly(AM-co-A-β-CD-co-AE) polymer | Carbon steel | 90 | 65 |
β-cyclodextrin polyethylene glycol (β-CDePEG) | Q235 Carbon steel | 97 | 66 |
β-cyclodextrin grafted polyacrylamide | N80 Carbon steel | 91.3 | 67 |
Soluble cyclodextrin polymer (SCDP) | Mild steel | 92.2 | 68 |
β-cyclodextrin–polyethylene glycol (β-CD–PEG) | Steel | 89.1 | 69 |
Weak crosslinking cyclodextrin polymer and trans-cinnamaldehyde | Mild steel | 92.2 | 70 |
β-Cyclodextrin-modified acrylamide polymer (poly(AM-co-A-b-CD-co-NaAA)) | X70 steel | 84.9 | 71 |
Arylidene copolymer with (β-CD) | Mild steel | 99.9 | This work |