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Quantum-Continuum Model for Silicon Electrodes by Omar López Rubio is a document available to read on EtoBox.
This document presents a study on the electrical response of silicon electrodes in solution using an embedded density-functional theory method combined with a self-consistent continuum solvation approach. The model aims to understand the electrochemical behavior at semiconductor-electrolyte interfaces, particularly focusing on the influence of surface states on the electrical response. The findings provide insights into the microscopic mechanisms governing the electrification of semiconductor electrodes in
- Author
- Omar López Rubio
- Language
- EN