Computational chemistry methods, such as density functional theory (DFT), have now
become more common in environmental research, particularly for simulating the …

Abstract Herein, we fabricated CoCu-0.25-O v with ternary Co… O v… Cu sites through
simple co-precipitation to achieve effective co-utilization of organics and dissolved oxygen …

Herein, nanoparticle-supported WO 3 sheets were simply prepared by direct pyrolysis of
spoiled WCl 6 powder. The influence of calcination temperature on their composition and …

The enhanced degradation of organophosphorous-based chemical warfare agents (CWAs)
on metal oxide surfaces holds immense promise for neutralization efforts; however, the …

The reactions of glyoxal (CHO) 2) with amines in cloud processes contribute to the formation
of brown carbon and oligomer particles in the atmosphere. However, their molecular …

Understanding the formation of H2CO3 in water from CO2 is important in environmental and
industrial processes. Although numerous investigations have studied this reaction, the …

Retardation of Cd (II) migration is an ongoing concern for environmental remediation, but a
prevalent obstacle of the procedure originates from the lack of an atomic-scale description of …

The fabrication of low-temperature metal oxide-based sensors with highly sensitive to
carcinogenic organic-amines remains challenging. Herein, a biomorphic CuO-5 material …

Acid-base reactions play a central role in solution chemistry, with carboxylic acids being
particularly important in atmospheric chemical processes. In this work, we harness …

The formation of silicate oligomers in the early stages is key to zeolite synthesis. The pH and
the presence of hydroxide ions are important in regulating the reaction rate and the …