In recent years, the photocatalytic process has been widely employed as a simple and
economical approach for the removal of various harmful pollutants and the production of …

Broken-gap heterojunctions are rarely used as photocatalysts due to their non-overlapping
bandgap, which is a barrier to optimal charge carrier separation and higher photocatalytic …

Heterojunction engineering is an effective strategy to improve photocatalytic performance.
Two-dimensional (2D)/2D semimetal 1T′ phase molybdenum sulfide/zinc indium sulfide …

Dimensional control of nano-photocatalysts enables the enhancement of catalytic activity
through optimization of electronic structures. In this study, we take Znln 2 S 4 as an example …

Solar photocatalytic hydrogen generation is crucial for addressing energy and
environmental challenges. The high recombination rate and limited redox capability of …

The visible-light photocatalytic elimination of indoor acetaldehyde, a prevalent volatile
organic compound, remains a significant challenge. Despite that tungsten oxide …

A key strategy to improve photocatalytic reaction efficiency is to achieve effective separation
and migration of photo-generated carriers. Heterojunctions and co-catalysts are essential for …

Improving the separation efficiency of carriers is an important part of enhancing
photocatalytic activity. Herein, we successfully decorated metallic 1T phase tungsten …

Phase engineering plays a critical role in enhancing photocatalytic performance of metal
oxides. Herein, we demonstrate the phase-selective synthesis of MoO 3 (hexagonal h-MoO …

The improvement of surface reactivity in noble-metal-free cocatalysts is crucial for the
development of efficient and cost-effective photocatalytic systems. However, the influence of …