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RuC-Cu nanoparticles on laser-induced N,P-doped graphene for cost-effective and synergistic-catalytic alkaline hydrogen evolution
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DOI：10.1016/j.xcrp.2026.103405.png)
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Abstract
En 中文
• Laser-induced synthesis of ultrafine RuC-Cu nanoparticles supported by doped graphene • RuC and Cu nanoparticles enable the synergistic catalysis toward hydrogen evolution • The catalyst shows higher mass and price activity in contrast to the commercial Pt/C • The assembled anion exchange membrane water electrolyzer achieves long-time stability
Keywords:
alkaline hydrogen evolution reaction
adjacent Cu and RuC nanoparticles
laser-induced N,P-doped graphene
synergistic catalysis
anion-exchange membrane water electrolyzer
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