Energy shortages are a major challenge to the sustainable development of human society,
and photocatalytic solar energy conversion is a potential way to alleviate energy problems …

The visible‐light responsive semiconductor carbon nitride (C3N4) exhibits suitable
electronic band structure, rich sources of precursors, and high stability, which is exploited to …

The efficient use of solar energy for photocatalytic CO2 reduction is still challenging. GCN
(graphitic carbon nitride) has bulky structures and weak absorption in the Vis–NIR range …

Graphitic phase carbon nitride (CN) is a safe and green photocatalyst, but the activity of the
pristine CN photocatalyst is still unsatisfactory due to the significant recombination of …

The co-condensation of dicyandiamide and aminobenzonitrile (ABN) followed by post-
calcination in NaCl-KCl molten salt can endow the Polymeric Carbon Nitride (PCN) with …

Semiconductor photocatalytic technology has shown great prospects in converting solar
energy into chemical energy to mitigate energy crisis and solve environmental pollution …

Ultrabroad spectral absorption is required for semiconductor photocatalysts utilized for solar-
to-chemical energy conversion. The light response range can be extended by element …

The carbon nitride (CN) with selenide (Se) modification and porous thin nanosheet structure
(m-CNNSs) has been successfully presented via an effective two-step continuous thermal …

Novel in situ Se-doped carbon nitride (C3N4) nanosheets are synthesized for the first time
by a facile one-pot two-step strategy. The as-prepared Se-doped C3N4 nanosheets show a …

Photocatalytic processes have been at the forefront of environmental/energy catalysis due to
its “green” property, which may play a crucial part in future carbon neutrality. N-rich polymer …