Boosting catalytic performance of ternary FeCoNi yolk-shelled nanoreactors for organic reactions via low-content active metal decoration
Nanoreactors have attracted extensive research and attention in the field of catalysis due to their unique surface/interface structures and physicochemical properties. However, conventional nanoreactors have limited catalytic performance due to the confinement of their active components in the “nanochamber”. Herein, low-content active metal (AM, AM = Pd, Cu) decorated yolk-shelled FeCoNiOx (AM/FeC
