CuNi锚定MOF电催化剂

Chen, Jiadian; Chen, Huayu; Zehao, Wang; Yesheng, Fu; Yu, Dandan; Liang, Junhui; Huang, Yuexiang; Liuqi, Wang; Ismaila, Taiwo Bello; Gayi, Nyongombe Ekambo; Mokhotjwa, Simon Dhlamini; Chen, Da

CuNi锚定MOF电催化剂

宽电位高氮选择性

通过Cu与Ni纳米颗粒的协同作用抑制含氧副产物生成，在宽电位范围内保持约90%的法拉第效率。

Chen, Jiadian · Chen, Huayu · Zehao, Wang · Yesheng, Fu · Yu, Dandan · Liang, Junhui · 黄岳祥 · Liuqi, Wang · Ismaila, Taiwo Bello · Gayi, Nyongombe Ekambo · Mokhotjwa, Simon Dhlamini · 陈达

Chemical Engineering Journal 2024

具体参数

约为: {'zh': '90', 'en': '~90'} %

技术优势

反应动力学提升，AOR反应电位降低