G. Semenescu1, C. Cioaca2, B. Iorga2
1 Faculty of Science, University of Pitesti, Romania;
2 Department of Physics, Faculty of Chemistry, University
of Bucharest,
Regina Elisabeta Blvd. No.4-12, 70346 Bucharest, Romania,
e-mail: ibogdan@math.math.unibuc.ro
ABSTRACT
A mechanism for electronic conduction in electrolyte solutions is presented. The structure of the electrode-electrolyte interface and the molecules in the ion solvation layer are the important element in this mechanism. The electrolyte chooses between one structure with a minimum electrical resistance and another one with a high electrical resistance as a function of the scanning rate value of the potential. The minimum resistance in the electronic conduction of electrolyte solutions is achieved basing on the multiwire-insulated conductor.