The use of hydrogen as a fuel, when generated from water using semiconductor
photocatalysts and driven by sunlight, is a sustainable alternative to fossil fuels. Polymeric …

Despite the explosion in the number of publications on the graphitic carbon nitride family of
materials, much still remains unknown about their structure and the underlying properties …

Single‐atom active‐site catalysts have attracted significant attention in the field of
photocatalytic CO2 conversion. However, designing active sites for CO2 reduction and H2O …

The role of exciton dissociation in charge separation dominated by in-plane crystallinity has
been rarely addressed, although it is the decisive step of polymeric carbon nitride (CN) …

Carbon nitrides constitute a class of earth‐abundant polymeric semiconductors, which have
high potential for tunability on a molecular level, despite their high chemical and thermal …

This review gives an account on the fast expanding field of monomeric (or molecular)
heptazines, at the exclusion of their various polymeric forms, often referred to as carbon …

The utilization of solar energy is promising in chemical and environmental engineering.
Photocatalytic process is applicable for some thermodynamically forbidden reaction such as …

CdS quantum dots (QDs) were decorated onto phosphorus-doped hexagonal gC 3 N 4 tube
(P-CNT) to form a novel high-preformance photocatalyst (CdS QDs/P-CNT) via an in-situ oil …

Since the complexity of photocatalyst synthesis process and high cost of noble cocatalyst
leftovers a major hurdle to producing hydrogen (H2) from water, a noble metal-free Ni …

Crystalline semiconductors with ordered long-range structure and minimized phase defect
are capable of efficient separation and diffusion of photoexcited charge carriers, which is …