Employing semiconductor photocatalysis to transform solar energy into chemical energy
provides a practicable strategy for the alleviation of energy and environmental crisis …

Recently, graphitic carbon nitride (gC 3 N 4) has received significant attention as a non-
metallic, visible-light-activated photocatalyst for treating water and wastewater by degrading …

Developing novel and efficient catalysts is a significant way to break the bottleneck of low
separation and transfer efficiency of charge carriers in pristine photocatalysts. Here, two …

The development of heterostructures for precise electron-transfer paths at the p–n junction
interface is of great significance for photo/electrocatalytic (EC) applications. In this paper, we …

The exploration of multiple composite with heterojunction structures to replace single
catalysts with insufficient capacity is significant for the photocatalytic evolution of high-yield …

Surface modification of photocatalytic materials is a good choice for improving
semiconductor activity. Simple surface modification strategy and abundant active site …

As a crucial part of artificial photosynthesis, the design of the catalyst is important essential.
Among them, the interface engineering between semiconductors and the construction of …

The applications of traditional photo-Fenton reaction are mainly limited by the low photo
generated electron concentration, resulting in the low Fe 3+/Fe 2+ conversion efficiency and …

Inspired by natural photosynthesis, the development of high-efficiency and low-energy
hydrogen production catalysts is essential to alleviate environmental problems. Here, the …

Fe 2 O 3 as photoanode photoelectrocatalytic (PEC) CH 3 OH conversion is a promising
approach for industrial preparation of high value-added HCHO. However, the conversion …