Abstract 1D metal‐oxide nanostructures have attracted much attention because metal
oxides are the most fascinating functional materials. The 1D morphologies can easily …

ZnO is a material which is of great interest for a variety of applications due to its unique
properties and the availability of a variety of growth methods resulting in a number of …

ZnO has attracted considerable attention for optical device applications because of several
potential advantages over GaN, such as commercial availability of bulk single crystals and a …

The pathway towards the realization of optical solid-state lasers was gradual and slow. After
Einstein's paper on absorption and stimulated emission of light in 1917 it took until 1960 for …

Zinc oxide has emerged as an attractive material for various applications in electronics,
optoelectronics, biomedical and sensing. The large excitonic binding energy of 60 meV at …

摘要 Lasing action is realized in a ZnO/GaN heterojunction by employing a MgO interlayer.
The MgO layer can confine electrons in the ZnO layer, while holes can pass through the …

The band‐gap engineering of doped ZnO nanowires is of the utmost importance for tunable
light‐emitting‐diode (LED) applications. A combined experimental and density‐functional …

Vertically aligned ZnO nanorod arrays with a diameter of 40–150 nm were fabricated on Al 2
O 3 substrates with and without GaN interlayers, and consequently covered with a ZnO film …

In this work, simulations of the electronic band structure of a p-GaN/n-ZnO heterointerface
are presented. In contrast to homojunctions, an additional energy barrier due to the type-II …

Zinc oxide (ZnO) is a potential candidate material for optoelectronic applications, especially
for blue to ultraviolet light emitting devices, due to its fundamental advantages, such as …