Phosphorus tuning of bimetallic mof sites for h₂ evolution #worldresearchawards
Description
This study explores phosphorus-driven regulation of bimetallic active sites in metal–organic frameworks to enhance photocatalytic hydrogen production. Phosphorus incorporation effectively modulates the electronic structure and coordination environment of dual-metal centers, promoting improved charge separation, accelerated carrier transfer, and optimized hydrogen evolution kinetics. The work highlights a rational site-engineering strategy for designing high-performance MOF-based photocatalysts for sustainable solar-to-hydrogen energy conversion.
#photocatalysis #hydrogenproduction #mofmaterials #bimetalliccatalyst #phosphorusdoping #solarhydrogen #cleanenergy #energymaterials #catalystdesign #siteengineering #chargecarrier #water_splitting #advancedmaterials #nanostructures #sustainableenergy #hydrogenevolution #materialschemistry #renewableenergy #greenhydrogen #mofchemistry
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