Abstract Poly (triazine imide)(PTI/Li+ Cl−), one of the crystalline versions of polymeric carbon
nitrides, holds great promise for photocatalytic overall water splitting. In principle, the …

The construction of heterojunctions is a promising manner to accelerate the separation and
transfer of the charge carriers at the interface. Herein, a binary poly (heptazine‐triazine) …

In situ photo‐deposition of both Pt and CoOx cocatalysts on the facets of poly (triazine
imide)(PTI) crystals has been developed for photocatalytic overall water splitting. However …

Broadening the visible light absorption range and accelerating the separation and migration
process of charge carriers are effective ways to improve photocatalytic quantum efficiencies …

Poly (heptazine imide)(PHI) polymers have been widely studied, owing to their excellent
activity as photocatalysts for various reactions. Their photocatalytic activity has been …

The photocatalytic efficiency of polymeric carbon nitride (PCN) suffers from unsatisfactory
charge separation because of its amorphous structure. Herein, we report a simple bottom-up …

In the dynamic landscape of artificial photosynthesis research, the recent focus has both on
the inorganic semiconductors and the polymeric materials. Carbon nitrides (CN), with melon …

Carbon nitride materials (CN) have become one of the most studied photocatalysts within
the last 15 years. While CN absorbs visible light, its low porosity and fast electron‐hole …

The crystalline graphitic carbon nitride, poly-triazine imide (PTI) is highly unusual among
layered materials since it is spontaneously soluble in aprotic, polar solvents including …

Crystalline two-dimensional carbon nitrides with polytriazine imide (PTI) structure are shown
to act amphoterically, buffering both HCl and NaOH aqueous solutions, resulting in charged …