电合成
甲醇
镍
氧化镍
格式化
氢
无机化学
制氢
氧化物
化学
催化作用
电化学
有机化学
电极
物理化学
作者
Ning Jian,Yi Ma,Huiyao Ge,Zhang Yon,Jiwei Hu,Yun Ke,Chaochao Li,Jing Yu,Jordi Arbiol,Junfeng Liu,Andreu Cabot,Junshan Li
摘要
Mn-doped NiO enables efficient methanol electroreforming into formate, achieving high current density, above 97% faradaic efficiency, and long-term stability, while lowering energy input for hydrogen production and value-added chemical generation than the traditional water splitting.
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