Searching a photothermal catalyst for significantly boosting photothermocatalytic
mineralization of volatile organic compounds (VOCs) still remains a challenge. Herein, an …

Defect engineering in CuO nanomaterials has been extensively investigated because this
technology can greatly improve the performance of CuO components in a variety of …

This study introduces a novel polyoxometalate (POM) heterostructure designed to address
challenges in ultratrace analysis and sensor stability. Supercritical anti‐solvent and …

Abstract Promoters such as ZnO, Sn, and P are widely used in Cu-based catalysts for the
Rochow-Müller reaction, which dominates the manufacture of organosilane monomers in …

Oxygen-limited environments in a compact soil medium significantly restrict the charge
transfer of catalysts to degrade organics, considerably reducing the catalytic performance …

This paper proposes a ball milling trio strategy that integrates mechanical exfoliation, liquid-
phase exfoliation, and hydrogen peroxide modification to synthesize ultrathin defect-rich Ni …

A fundamental understanding of the electroanalytical activity of transition metal sulfide
electrocatalysts, especially the origin of the electrocatalytic reactivity on the surface sites of …

The bimetallic spinel oxides have broad application prospects in pollution control by
advanced oxidation processes. However, despite extensive efforts, the available commercial …