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51318-11026-The Role of Al Interstitials on the Passivation of AA2098-T851 Based on the Mixed Potential Model

The electrochemical behavior of the third generation Al-Li alloy 2098 was investigated with a fundamental approach, where experimental results were theoretically analysed in terms of the Point Defect Model (PDM).

Product Number: 51318-11026-SG
Author: Elmira Ghanbari / Alireza Saatchi / Digby D. Macdonald
Publication Date: 2018
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The electrochemical behavior of the third generation Al-Li alloy 2098 was investigated with a fundamental approach, where experimental results were theoretically analysed in terms of the Point Defect Model (PDM). For this purpose, the AA2098-T851 was tested in NaHCO3 solution under a CO2

Atmosphere to investigate the kinetics of formation and breakdown of the protective passive film. Experiments were performed at potentials where both metal dissolution and the hydrogen evolution reaction (HER) occur.

Key Words: Passivity, Point Defect Model, potential model, Kinetics, quantum mechanical tunneling

The electrochemical behavior of the third generation Al-Li alloy 2098 was investigated with a fundamental approach, where experimental results were theoretically analysed in terms of the Point Defect Model (PDM). For this purpose, the AA2098-T851 was tested in NaHCO3 solution under a CO2

Atmosphere to investigate the kinetics of formation and breakdown of the protective passive film. Experiments were performed at potentials where both metal dissolution and the hydrogen evolution reaction (HER) occur.

Key Words: Passivity, Point Defect Model, potential model, Kinetics, quantum mechanical tunneling

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