Insufficient absorption sites and low charge separation notably limit the activation of
photocatalytic molecular oxygen. In this study, atomic-layer BiOBr (BiOBr-QDs)/ZnAl-LDH …

Photocatalytic molecular oxygen activation is severely restricted by poor charge separation
and lack of absorption sites. Herein, BiOBr atomic-layered quantum dots (QDs) with …

A BiOBr/Co–Ni–NO3 layered double hydroxide (LDH) nanocomposite was prepared by an
in situ growth method via a facile anion-exchange precipitation process. The resulting …

A crucial and desirable objective in the wastewater treatment field is to design
photocatalysts that can efficiently remove emerging pollutants while also being …

Recently, photocatalysis technology has been widely considered as an effective method for
solving environmental pollution issues and addressing the energy crisis. Hybrids of layered …

A novel ternary system AgBr@ gC 3 N 4/BiOBr (AB@ GCN/BOB) of sheet-like gC 3 N
4/BiOBr (GCN/BOB) architecture loaded with AgBr nanoparticles were first fabricated by an …

Photocatalytic degradation of organic pollutants is a green and effective route of wastewater
treatment. Zinc oxide was initially used for this purpose; however, calcined zinc/chromium …

In this work, a new visible-light driven photocatalyst, carbon quantum dots (CQDs)/KNbO 3
composite, is successfully prepared via hydrothermal and mixed-calcination methods …

Surface modification on photocatalytic thin films is long considered as an effective strategy to
improve the degradation performance, which in turn helps to alleviate the worldwide …

Abstract In this study, Pd-SnS nanoparticles (NPs) decorated with layered-double-hydroxide
(LDH) nanosheets were found to display an enhanced photocatalytic activity toward the …