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Mathematical model for evaluating permeability and electrode reversibility in thin-film voltammetry. Part 2: Cyclic voltammetric behavior | Synapse
March 3, 2026
Mathematical model for evaluating permeability and electrode reversibility in thin-film voltammetry. Part 2: Cyclic voltammetric behavior
HL
Hillary Estefania Rodriguez Lucas
FG
Fernando Garay
Universidad Nacional de Córdoba
Key Points
Cyclic voltammetric behavior indicates insights into electrode reversibility and permeability—key factors in electrochemical performance.
The analysis showcases a mathematical model featuring insights into permeability and electrode dynamics under specific conditions.
Observational analysis of thin-film voltammetry highlights the intricacies of electrode behavior in relation to transport properties.
This model supports potential advancements in energy storage and conversion technologies, requiring further validation in practical setups.
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Lucas et al. (Sat,) studied this question.
synapsesocial.com/papers/69a75fcdc6e9836116a2bd27