Unveiling Key Factors Governing the Catalytic Performance of Half-Metallocene Complexes for Photochemical CO 2 Reduction and Hydrogen Production: Relativistic Effects and Charge Delocalization | AMiner
Unveiling Key Factors Governing the Catalytic Performance of Half-Metallocene Complexes for Photochemical CO 2 Reduction and Hydrogen Production: Relativistic Effects and Charge Delocalization
A unified half-metallocene platform reveals how metal identity, ligand electronics, and proton availability govern the divergence between metal-hydrides for CO 2 reduction and Cp* protonation for H 2 evolution.
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