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Influence of spacer in the formation of nanorings by templateless electropolymerization

In this original work, we want to control the shape of the resulting porous structures by templateless electropolymerization, by adjusting the spacer (alkyl chains or aromatic groups) between thieno[3,4-b]thiophene and carbazole used as the monomer and the substituent, respectively. A huge change is especially observed from ribbon-like structures to nanorings as the alkyl spacer increases. The presence of a significant amount of water is necessary for the formation of these porous structures because it allows releasing a high amount of gas bubbles. The size and number of nanorings are dependent on both the alkyl spacer and electrochemical parameters such as the number of deposition scans. These surfaces could be used in the future in various potential applications such as in water harvesting, oil/water separation membranes, optical devices, sensors or photocatalysis.


Auteur(s) : F.Sow A.Dramé S.Sow A.Sene F.Orange S.Y.Dieng F.Guittard T.Darmanin
Pages : 100278
Année de publication : 2020
Revue : Materials Today Chemistry
N° de volume : 17
Type : Article
Statut Editorial : Prof. Dr. Adam Lee, Professor C. Di Valentin, Professor J. He and Dr. E. Pomerantseva
Mise en ligne par : SENE Aboubacary