What question did this study set out to answer?

This research aims to investigate how modifying carbon nitride with VOx affects its efficiency in hydrogen production.

May 15, 2026Langmuir3 citations

Interfacial π–d Coupling on Amorphous VOx-Modified Carbon Nitride Driving Efficient Hydrogen Production

YTYihan TangNanjing Forestry University HLHuage LinNanjing Forestry University DZDehui� ZhangUniversity of California, Los Angeles

Key Points

This research aims to investigate how modifying carbon nitride with VOx affects its efficiency in hydrogen production.
Engineered amorphous VOx-modified carbon nitride composites.
Evaluated hydrogen production activity compared to pure carbon nitride.
Applied π-d interfacial modulation techniques.
Achieved hydrogen production activity level 6.2 times higher than pure carbon nitride.
Demonstrated efficient interfacial π-d coupling benefits for energy generation.

Abstract

, thereby attaining an activity level 6.2 times higher than that of pure CNS. This study highlights a paradigm for engineering amorphous metal oxide and carbon nitride composites via π-d interfacial modulation, offering benefits for sustainable clean energy generation.

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