Nanosized ZnO-based materials for catalytic and sensing applications are highly proficient
over bulk catalytic analogous due to higher surface and tunable physicochemical properties …

Low-dimensional ZnO, possessing well-defined side facets and optical gain properties, has
emerged as a promising material to develop ultraviolet coherent light sources. However, the …

Herein, the ZIF nanoparticles were firstly anchored uniformly on the reduced graphene oxide
(RGO) surface, and then a layer of silica was deposited on the surface to avoid the negative …

Conventional Ti-based implants are vulnerable to postsurgical infection and improving the
antibacterial efficiency without compromising the osteogenic ability is one of the key issues …

The structural, optical, and superhydrophilic properties of zinc oxide (ZnO) pillars are
reported by pulsed laser deposition (PLD) technique at a high substrate temperature of 700° …

In this study, we report a high-performance acetone gas sensor utilizing a bilayer structure
composed of a ZnO nanorod top layer and a ZnFe2O4 nanoparticle-decorated ZnO nanorod …

Phosphorus doping induced p-type doping in ZnO thin films based on spin-on dopant (SOD)
process is reported in this article. Owing to the reduced dependence on the conventional …

We developed a stable and reproducible p-type P: ZnO thin film using a cost-effective
solution-derived spin-on-doping (SOD) technique. We created a pure pn heterojunction by …

ZnO-based devices are highly promising for applications involving light-matter interaction.
This work explores the impact of light-matter interaction on ion-induced ZnO structures and …

Phosphorus doped MgZnO thin films were prepared using the RF sputtering technique on a
Si wafer, followed by spin-on doping (SOD) and annealing. The SOD is a cheap and non …