Tinted long-lived ionic carbon nitride radicals were recently introduced and applied in
photocatalysis and energy storage. However, the reason for their higher activity in the …

The ionic structure of poly (heptazine imides) has a strong implication in photocatalytic
hydrogen generation. From numerous reports, it is evident that these materials are also …

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 …

Ionic carbon nitrides based on poly (heptazine imides)(PHI) represent a vigorously studied
class of materials with possible applications in photocatalysis and energy storage. Herein …

Charge accumulation in photoactive molecules and materials holds great promise in solar
energy conversion as it allows for decoupling solar‐driven charging from (dark) redox …

Poly (triazine imide)(PTI) is a material belonging to the group of carbon nitrides and has
shown to have competitive properties compared to melon or g-C3N4, especially in …

Polymeric materials are promising candidates as photocatalysts for environmental
purification, however their catalytic performance are still unsatisfactory mainly due to the …

Graphitic carbon nitrides have emerged as an earth‐abundant family of polymeric materials
for solar energy conversion. Herein, a 2D cyanamide‐functionalized polyheptazine imide …

Potassium poly (heptazine imide)(KPHI) exhibiting the dual functionality of photon
absorption and photoelectron storage for solar energy conversion is a new class of ionic two …

Researchers have successfully replicated light-driven reactions of natural photosynthesis on
semiconductors. However, an important problem limiting practical applications of these …