Rational Engineering of Cu-BTC/Al 2 S 3 @PPy with Improved Charge Transport and Interfacial Properties for Energy Storage and Hydrogen Evolution Reaction | Synapse
March 28, 2026
Rational Engineering of Cu-BTC/Al 2 S 3 @PPy with Improved Charge Transport and Interfacial Properties for Energy Storage and Hydrogen Evolution Reaction
Key Points
The aim is to enhance the charge transport and interfacial properties of Cu-BTC/Al2S3@PPy for better energy storage performance and hydrogen evolution.
Synthesis of Cu-BTC/Al2S3 composites with polypyrrole (PPy) coating
Characterization of materials' electrochemical properties
Evaluation of charge transport efficiency and interfacial interactions
Demonstrated significantly improved charge transport properties in the composite material
Enhanced electrochemical performance compared to traditional energy storage materials
Showed promising results for hydrogen evolution reaction efficiency
Abstract
In today's energy landscape, efficient energy storage devices are essential, with supercapacitors standing out as one of the most promising modern solutions. In the present work, Cu-BTC/Al 2 S 3...