ZnO has promising potential applications in optoelectronic industry, attributed to its direct
wide band gap (3.37 eV) and high exciton binding energy (60 meV). Optoelectronic …

Cross-interference with humidity is a major limiting factor for the accurate detection of target
gases in semiconductor metal-oxide gas sensors. Under humid conditions, the surface …

Converting glycerol and CO 2 into glycerol carbonate offers a green pathway for utilizing
biodiesel by-product glycerol and greenhouse gas CO 2 as well as synthesizing the …

In this study, we designed highly efficient, durable, inexpensive and photo-stable ZnS
photocatalysts with Zn vacancies without heterojunctions for hydrogen production. Two …

ZnO samples containing different contents of Dy dopant were synthesized by a tartaric acid-
assisted combustion method. The as-synthesized samples were characterized by X-ray …

ZnWO 4-ZnO catalysts with different W content were prepared by conventional hydrothermal
and wet impregnation methods and applied in the direct synthesis of glycerol carbonate from …

Gamma-ray irradiation is a fast and efficient technique that can constructively create various
defects in a controlled manner to tune materials' functionality. In this work, zinc oxide …

In pursuit of realizing neuromorphic computing devices, we demonstrated the high-
performance synaptic functions on the top-to-bottom Au/ZnVO/Pt two-terminal ferroelectric …

Aluminum doped zinc oxides show a high electrical conductivity owing to their high electron
concentration in the conduction band, which significantly hinders the development of pn …

Tunability of optical properties of ZnO is often rendered for various biomedical applications.
Whilst an array of defect-induced ZnO and doped ZnO are available for bioimaging …