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This research aims to investigate how crystal size influences the incorporation of solutes in RuO2 and its solid-solution stability during oxygen evolution processes.
Analyzed RuO2 samples of varying crystal sizes and measured solute incorporation rates.
Evaluated the stability of solid solutions under acidic conditions during oxygen evolution reactions.
Used various analytical techniques to assess performance metrics of the samples.
Findings indicate that larger crystal sizes enhance solute incorporation efficiency.
Solid-solution stability was significantly affected by crystal size, potentially leading to improved energy conversion efficiency.
Quantitative analysis revealed a notable impact on the overall oxygen evolution rate.

Demonstrates solute incorporation affecting solid-solution stability in RuO2, suggesting improved performance in energy applications.

Crystal size-mediated solute incorporation and solid-solution stability in RuO 2 during acidic oxygen evolution

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A 2026 study studied this question.

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