Interface engineering of fcc-RuCo@hcp-Ru core-shell nanoplates for efficient industrial alkaline hydrogen evolution

Key Points

• The goal is to develop an efficient catalyst for alkaline hydrogen evolution using a core-shell structure.
• Engineered a core-shell structure with fcc-RuCo@hcp-Ru.
• Applied cobalt-induced phase engineering to enhance properties.
• Evaluated catalyst performance in alkaline conditions.
• Achieved improved water dissociation rates.
• Demonstrated higher hydrogen evolution efficiency compared to traditional catalysts.