Catalysis Science & Technology, 2026 (Kotova)
Type: Publication show more
ObjectId: 35984
Created: 11/10/2025 10:31:52 AM by A09) Anastasiia Kotova [kotovaai2015@gmail.com]
Updated: 6/15/2026 10:57:55 AM by A09) Anastasiia Kotova [kotovaai2015@gmail.com]
Access: Public Sort Code (asc): 0
License: CC BY 4.0
Description: Kotova A., Hernandez S., Bendt G., Schulz S., Dudarev V., Ludwig A., Tschulik K., Linnemann J. "Controlling structural transformations of cobalt spinel catalyst surfaces under electrochemical conditions towards a mechanistic understanding of the alkaline oxygen evolution reaction", Catalysis Science & Technology, 2026.
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ReferenceId: 35984
Authors list (comma-separated): Kotova A., Hernandez S., Bendt G., Schulz S., Dudarev V., Ludwig A., Tschulik K., Linnemann J.
Title: Controlling structural transformations of cobalt spinel catalyst surfaces under electrochemical conditions towards a mechanistic understanding of the alkaline oxygen evolution reaction
Journal: Catalysis Science & Technology
Year: 2026
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Referenced Objects (Reverse Association)
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CV-preconditioning study of Co3O4 nanoparticles
Idea or experiment planTo study the effect of pre-conditioning on Co3O4 OER activity by tuning the catalyst during pre-OER by using different CV/LSV scan rates. This provides a comprehensive indication of the integrated charge (Qimb), which can be used to classify the pre-conditioning protocols as charge balanced (Qimb≈0), anodic excess (Qimb>0), and cathodic excess (Qimb<0) regimes.
To evaluate OER activity LSV and EIS will be applied. To reveal structural differences ex-situ Raman and XPS will be conducted as a post-electrochemical characterisation.
All properties (except table)
No properties found