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Experimental study demonstrates efficient hydrogen evolution using dual-metal-doped carbon nitride, highlighting bandgap tuning and surface active sites for solar fuel generation.
. Its apparent quantum efficiency (AQE) was up to 2.9% at 420 nm. Significantly, the photocatalytic performance can remain stable for 12 h for four consecutive cycles. This remarkable performance can be attributed to the enlarged surface area, which provides a greater number of reactive sites, the narrow bandgap that enhances the absorption of visible light, and the negatively positioned conduction band edge, which facilitates hydrogen reduction.
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Chen et al. (2025) studied this question.
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