In recent times, the increase in the growth of population and industries has become a major
issue for environmental resources and energy. The foremost reason behind environmental …

II-VI semiconductors have forged expeditious improvement in numerous applications such
as catalysis, gas sensors, degradation of dyes, drug delivery, and so on. Currently, most of …

Construction heterojunction has been accepted as one of the most promising approaches to
avoid charge recombination and extend light response range of a single photocatalyst, and …

The semiconductor-based SERS substrates have attracted considerable attention due to
their unique optical and reusable biosensor applications. However, most substrates …

Herein, ZnSe nanoparticles with good visible-light response were in-situ deposited on the
surface of the hollow tubular Co 9 S 8 to form compact Co 9 S 8/ZnSe heterojunctions via …

Eliminating nitrate pollutants in water efficiently and environmentally friendly has attracted
widespread attention. As a promising technology to solve problems of environmental …

Abstract In this work, ZnSe/ZnCo 2 S 4 (ZCS) composites were synthesized by simple
hydrothermal method and Z-scheme heterojunctions were formed. Under the simulated …

Promoting the separation and transfer of photocarries is very critical in designing an effective
photocatalyst. In this study, a novel bimetal selenide Zn x Ni 1− x Se with NiSe/ZnSe …

Current explosive demand in raw lithium greatly boosts lithium mining, and electrochemical
Li-extraction using spinel LiMn 2 O 4 (LMO) from original brine has gained much attentions …

Environmental nanotechnology has received much attention owing to its implications on
environmental ecosystem, and thus is promising for the elimination of toxic elements from …