Single-atom catalysts consisting of isolated iron sites on a nitrogen-doped carbon matrix (Fe–N–C) are very promising cathode catalysts for proton exchange membrane fuel cells (PEMFC), but it is challenging to achieve a high density of single iron sites. Now, a synthetic approach is introduced to afford high-density Fe–N–C catalysts with a high PEMFC performance.
- Asad Mehmood
- Mengjun Gong
- Anthony Kucernak
