Unraveling Electron Transfer Dynamics in (Co–Mo)S Heterostructures for Sustainable Hydrogen Evolution

Key Points

• This research aims to explore how interfacial engineering in (Co–Mo)S heterostructures affects charge transfer dynamics and catalytic efficiency.
• Interfacial engineering was applied to (Co–Mo)S heterostructures.
• Charge transfer and catalytic kinetics were assessed through experimental analyses.
• Practical potential for hydrogen evolution was highlighted through scalable pathways.
• Efficient charge transfer was achieved with enhanced catalytic kinetics in (Co–Mo)S structures.
• Interfacial engineering led to significant improvements in electrocatalytic activity.
• Overall, the findings support the feasibility of these heterostructures for sustainable hydrogen production.

Abstract