The in situ CuS nanoparticle/polyelectrolyte multilayer (NPs/PEM) films have been prepared
using the layer-by-layer method and the in situ synthesize method. The NPs/PEM films were …

The silica glasses with copper selenide nanoparticles were fabricated by the sol–gel
technique. The samples were characterized with transmission electron microscopy …

Silica sol-gel films (SGFs) doped with various transition metals derived by spin-coating on
glass substrates and silicon wafers have been studied. Precursor solutions were prepared …

We have developed a technique for the fabrication of glassy silica materials with ultrafine
metal and semiconductor particles. The porosity of xerogels produced under incomplete …

A development of the silica-based sol-gel materials in the form of films containing ultrafine
copper compounds and metallic copper is presented. Semiconductor nanoparticles with …

Recent results concerning fabrication and optical features of the sol-gel materials are
reviewed. The nanoparticles of copper, copper oxides, sulfides and selenides have been …

The effect of LiCl and water in pores on the active component of the low-frequency electrical
conductivity σ of silicon dioxide xerogels is investigated. It is found that the electrical …

The polymer molecular deposition films including polyelectrolyte molecular deposition
(PEMD) film and nanoparticles composite molecular deposition (NPs/MD) film have been …

Background: Semiconductor-doped glasses are treated actively through many years and
continue to be of great interest because challenged features of nanosized semiconductors of …

Two approaches are considered for synthesis of Cu nanoparticles within amorphous and
crystalline matrices, which allow fabrication of “nanoparticles-in-dielectric” nanocomposites …