In recent years, there has been increasing interest in ZnO nanostructures due to their variety
of morphologies and availability of simple and low cost processing. While there are still …

Under the same reaction conditions, three different inorganic precursors have been used in
a very fast and convenient microwave-assisted polyol method to investigate the effect of …

This work aims at developing a hydrophobic treatment for jute fibres based on the grafting
and growth of zinc oxide (ZnO) nanorods on the fibre surface. The first step consists in …

We investigate the effects of preheating temperature on the crystalline state of seed layer
and hydrothermal ZnO nanorods grown thereon. The ZnO seed layers are deposited on Si …

Vertical growth of ZnO nanowires is usually achieved on lattice-matched substrates such as
ZnO or sapphire using various vapor transport techniques. Accomplishing this on silicon …

The emergence of microfluidic devices integrated with nanostructures enables highly
efficient, flexible and controllable biosensing, among which zinc oxide (ZnO) nanostructure …

To unravel the influence of the temperature and plasma species on the growth of single-
crystalline metal oxide nanostructures, zinc, iron, and copper foils were used as substrates …

The effect of Al doping concentration and oxygen ambient pressure on the structural and
optical properties of chemical vapor deposition-grown, Al-doped ZnO nanowires is studied …

Over the last decade ZnO nanostructures were intensively and extensively studied by many
research groups all over the world not only for their remarkable chemical and physical …

The nanowires (NWs) of zinc oxide (ZnO) are developed effectively on an n-type silicon
substrate through a seed zinc (Zn) layer by a wet oxidation technique. The growth is …