“…According to Fig. 3, Ag-SNGODs were not sufficiently effective in coupling H-radicals, derived from photocatalytic reduction of H 2 O, 69 for the occurrence of HER. The abundant xylose and formate in the reacting system would interact with the H-radicals to produce r-C 5 - and C 1 -derived radicals, which would subsequently proceed with C–C coupling to form C 6 .…”
The exploration of co-catalyst effects in photocatalytic H2 production along with biomass reforming is still limited. This study employs S- and N-doped graphene oxide dots (SNGODs) along with Pt and...
“…According to Fig. 3, Ag-SNGODs were not sufficiently effective in coupling H-radicals, derived from photocatalytic reduction of H 2 O, 69 for the occurrence of HER. The abundant xylose and formate in the reacting system would interact with the H-radicals to produce r-C 5 - and C 1 -derived radicals, which would subsequently proceed with C–C coupling to form C 6 .…”
The exploration of co-catalyst effects in photocatalytic H2 production along with biomass reforming is still limited. This study employs S- and N-doped graphene oxide dots (SNGODs) along with Pt and...
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