F-doped symmetrical electrode

CO–CO₂ reversible conversion

The electrode in situ exsolves FeNi₃ alloy nanocatalysts under reducing atmosphere, while fluorine doping and A-site deficiency significantly increase oxygen vacancy concentration, boosting electrocatalytic activity for CO–CO₂ mutual conversion.

Qingqing, Xue · Yani, Luo · Yao, Luo · Yang, Tianrang · Liu, Tong · Hu, Xuelei · Yao, Wang

International Journal of Hydrogen Energy 2026

Specifications

模式峰值功率密度

{'zh': '0.39', 'en': ''} W cm⁻²

模式

{'zh': '1.3', 'en': ''} V

Advantages

800 °C, CO–CO₂ (2:1) atmosphere

Good durability in short-term stability and cycling tests