A Geometric Interpretation of Kinetic Zone Diagrams in Electrochemistry.

ABSTRACT: Electrochemical systems with increasing complexity are gaining importance in catalytic energy conversion applications. Due to the interplay between transport phenomena and chemical kinetics, predicting optimization is a challenge, with numerous parameters controlling the overall performance. Zone diagrams provide a way to identify specific kinetic regimes and track how variations in the governing parameters translate the system between either adverse or optimal kinetic states. However, the current procedures for constructing zone diagrams are restricted to simplified systems with a minimal number of governing parameters. We present a computationally based method that maps the entire parameter space of multidimensional electrochemical systems and automatically identifies kinetic regimes. On

SUBMITTER: Plumere N 

PROVIDER: S-EPMC11664506 | biostudies-literature | 2024 Dec

REPOSITORIES: biostudies-literature