To explain recently observed up to 50-fold enhancement of the second harmonic (SH) signal
from gold nanoparticles after depositing of a thin dielectric layer, we perform an analytical …

In this study, the influence of small additives on the spectral and optical properties of Na+–
Ag+ ion-exchanged silicate glass is presented. Polyvalent ions, for example, cerium and …

The statistics of hot spots in the ensemble of self-assembled silver nanoislands grown on the
surface of silver-to-sodium ion exchanged glass under hydrogen annealing was studied …

A study of Raman scattering enhancement by single hemispheroidal silver nanoislands
grown on a glass surface via out-diffusion technique combined with thermal poling of the …

Raman spectroscopy is a versatile and non-destructive qualitative and quantitative chemical
analysis technique applicable to gas, solid, and liquid samples. Despite its advantages, the …

We present a study of resonant optical properties of paired silver hemispheroids grown on a
glass substrate using out-diffusion technique combined with thermal poling of the glass …

We present the atomistic model and the simulation of a self-assembled growth of a silver
nanoisland film and small groups of nanoislands on a glass substrate after thermal poling of …

The surface integral equations method is used to analyse the surface plasmon resonance
position in a metal island film formed by non-interacting axisymmetrical prolate/oblate …

Nanoplasmonics is a rapidly growing field studying optical phenomena originating from
collective oscillations of conduction electrons (plasmons) in metal nanostructures and …

We studied silver nanoparticles combined with periodic gratings on a glass surface. The
gratings were fabricated by selective etching of the glass slide patterned by thermal poling …