催化作用
蓝图
材料科学
氧气
劈理(地质)
合金
工作(物理)
格子(音乐)
乙醇
结晶学
化学
部分
化学工程
纳米技术
单层
科技与社会
冶金
作者
Chunlin Zhu,Weichen Zhang,Genlei Zhang,Shuaipeng Liu,Qi Wang,Di Wu,Yazhong Chen,Hailong Zhang,Zhenzhen Yang,Lei Fei,Wansheng Zuo,Peng Cui,Ruhong Zhou
摘要
and a C1-pathway Faradaic efficiency of 75.6%. This work reports a paradigm shift from a passive "scavenger" model to an active "initial-attack and system-orchestration" mechanism, redefining heterointerfaces as atomically programmable reaction-network architects. This paradigm offers a blueprint for mastering complex reaction networks, extending the frontier of rational catalyst design.
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