What is a catalyst anchored in phosphorus and nitrogen co-doped carbon substrate?

As an example, utilizing ZIF-67 as a precursor, a CoP catalyst anchored in phosphorus and nitrogen co-doped carbon substrate (CoP@PNCFs) was synthesized through a series of carbonization and phosphating processes .

Why do amorphous catalysts exhibit superior electrocatalytic activity compared to crystalline catalysts?

The presence of numerous randomly oriented unsaturated bonds and abundant defects facilitates the adsorption of reactants, thereby enabling amorphous catalysts to generally exhibit superior electrocatalytic activity compared to their crystalline counterparts [190, 191].

Are zif-67 Derivatives useful in electrocatalysis?

Schematic illustration of the prospects of ZIF-67 derivatives in electrocatalysis. In conclusion, this study has provided a comprehensive analysis of ZIF-67-derived materials, highlighting their high porosity, flexible structure, and abundant catalytic active sites, which make them valuable for various electrocatalytic applications.