In order to adapt to the rapid development of high-speed imaging technology in recent
years, it is very important to develop scintillators with an ultrafast time response. Because of …

The paper presents the results of a comprehensive study of the structural-phase
composition, morphology, optical, luminescent, and scintillation characteristics of thick ZnO …

Whispering gallery mode (WGM) ZnO microlasers gain attention due to their high Q-factors
and ability to provide low-threshold near-UV lasing. However, a detailed understanding of …

The modern demands for miniaturization of optoelectronic devices, in particular, for the UV
range, are inextricably linked with the improvement of fabrication technologies for the …

A method for fabricating flexible free-standing ZnO/Zn composite films from the vapor phase
using a regular array of silicon microwhiskers as a substrate is presented. The structural and …

A method for creating regular semiconductor microstructures on silicon substrates with a
whisker array using the vapor–liquid–solid synthesis has been demonstrated for the first …

Due to sufficiently high lasing thresholds, stimulated emission in relatively small ZnO
microcrystal lasers is often considered to be fed by an inverted electron–hole plasma (EHP) …

The development of effective UV microlasers, as well as the study of the nature of stimulated
emission in such microcavities, is an important task of modern laser physics and …

Preliminary comparative studies of the photoluminescent properties of two-dimensional ZnO
nanostructures with morphology of nanowalls, nanosheets, and nanocombs, fabricated by …

The results of comparative studies of the processes of high-temperature synthesis,
luminescence and scintillation characteristics of ZnO films on M (100)-and A (110) …