A stable film of zinc hexacyanoferrate is deposited on a GC (glassy carbon) substrate following a specific electrochemical protocol. The electrode maintains its characteristic even after dry and wet processes. SEM characterization confirms the cubic morphology of the materials and the IR suggests the presence of the FeII-C-N-ZnII structural unit. The electrochemical characterization indicates a very good stability of the film, thus opening application in ion exchange system. The focus is on monovalent, divalent, and trivalent ions. These results, the zinc low toxicity, and cost make zinc hexacyanoferrate films a promising candidate for many electrochemical applications.
Sciacca R., Zamponi S., Berrettoni M., Giorgetti M. (2022). Stable films of zinc-hexacyanoferrate: electrochemistry and ion insertion capabilities. JOURNAL OF SOLID STATE ELECTROCHEMISTRY, 26(1), 63-72 [10.1007/s10008-021-05005-w].
Stable films of zinc-hexacyanoferrate: electrochemistry and ion insertion capabilities
Sciacca R.;Giorgetti M.
2022
Abstract
A stable film of zinc hexacyanoferrate is deposited on a GC (glassy carbon) substrate following a specific electrochemical protocol. The electrode maintains its characteristic even after dry and wet processes. SEM characterization confirms the cubic morphology of the materials and the IR suggests the presence of the FeII-C-N-ZnII structural unit. The electrochemical characterization indicates a very good stability of the film, thus opening application in ion exchange system. The focus is on monovalent, divalent, and trivalent ions. These results, the zinc low toxicity, and cost make zinc hexacyanoferrate films a promising candidate for many electrochemical applications.File | Dimensione | Formato | |
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