Silver layers up to 3 μm thick have been deposited at 250–510° C using a simple powder
flash evaporation MOCVD procedure with a silver pivalate as the volatile precursor. Carbon …

A laser-induced optical gyrotropy is observed in light-sensitive waveguide AgCl–Ag thin
films, as a result of spontaneous periodic nanostructure formation, which is the product of …

Irradiation of photosensitive thin films results in the nanostructures formation in the
interaction area. Here, we investigate how the formation of nanostructures in photosensitive …

We study the formation of periodic nanostructures on Ag-AgCl thin films by irradiating s-
polarized laser beams at different incident angles. A theoretical model is proposed to …

We study the magneto-optical response of planar clusters of hollow silver nanoparticles. We
use the coupled-dipole equations to describe the interaction of the electromagnetic wave …

The spatial-temporal instability of the spontaneous gratings formed in waveguide AgCl-Ag
films under irradiation with an S-polarized laser beam is investigated. The studies are based …

In the present work, the enhancement of photoinduced optical activity in a photosensitive
nanolayer of AgCl doped by Ag nanoparticles, using bi-periodic crisscrossed self-organized …

In the present work, the alignment mechanism of silver nanoparticles on the surface of a
heated ion-exchanged glass, in presence of an external uniform DC electric field (⃗E_0) …

We investigated the development of spontaneous gratings arising in light-sensitive
waveguide AgCl–Ag films on glass substrates at various cases of linear polarization of the …

Formation mechanism of laser-induced spontaneous periodic nanostructures in thin light-
sensitive AgCl waveguide films, doped by silver nanoparticles, is studied. It is found that the …