Eukaryotes, such as fungi, can be harmful pathogen agents, and the control of their
bioactivity is critical as humans are eukaryote organisms, too. Here, copper/polymer …

As a representative of the third-generation semiconductors, ZnO has great development
potential in the fields of optics and electricity, so the measurement on its electrical properties …

Abstract For obtaining ZnO nanorods (NRs) on the surface of highly conductive brass
substrates, the technology of surface oxidation in argon plasma ion flows was developed …

The Reststrahl spectral region of silicon carbide has recently attracted much attention owing
to its potential for mid-infrared nanophotonic applications based on surface phonon …

The free carrier concentration of n-4 H-Si C was deduced by Raman spectroscopy using LO
phonon plasmon coupled (LOPC) modes as a monitor band. We could determine the free …

Raman and infrared reflectance spectroscopy were used to study GaN single crystals with
different doping types and carrier concentrations. In different samples, the characteristic …

Spectral range of crystalline silicon absorption could be extended to near-and even mid-
infrared region by its hyperdoping via ion-implantation technology, requiring the following …

The low-temperature (t≈ 20–30° C) technology of hybrid helicon-arc ion-plasma deposition
to grow the amorphous AlN layers on polymeric substrates for getting the IR blocking filters …

Terahertz (THz) measurements are increasingly valued for nondestructive testing of
materials in power devices and other applications. Hence, there is a growing demand for …

A technique has been developed for frequency analysis of the IR reflection spectrum to
determine the thickness and order of the layers in the epitaxial structure of silicon carbide …