CoS₂-decorated CdS nanorods for efficient degradation of organic pollutants

Abstract

The establishment of heterojunctions is an effective way to improve the performance of semiconductor photocatalysts as a solution to solve environmental pollution problems, however, the decomposition efficiency of organic...

Visible‐light‐driven Oxygen Vacancy and Carbon Doping of C@TiO2‐x Photocatalyst for Enhanced Pollutants Degradation Performance

“…The photocatalytic degradation process of the model pollutant RhB belongs to the first‐order dynamic response process, it is calculated by the formula ln(C t /C 0 )=−kt, where k is the photocatalytic degradation rate constant, C 0 and C t are the concentration of RhB at initial time and after reaction time of t, respectively [37] . It can be seen from Figure 5(a) that the material with the best degradation performance is C@TiO 2‐x .…”

La/Fe bimetallic MOF-derived p-LaFeO3/n-CdS heterojunction: efficient photocatalytic degradation of organic contaminants and adsorption isotherms

“…In addition, highly toxic intermediates such as aromatic amines are produced, which lead to adverse effects on humans and animals. 2–4 To overcome these issues, various techniques have been applied. Among them, photocatalysis employing semiconducting materials is considered a promising and eco-friendly treatment approach for the removal of toxic organic and inorganic pollutants.…”