This paper demonstrates the optical trapping of micron-sized gold nanoparticle aggregates
(GNAs) with a TEM 00 mode laser at 532 nm and reports the observation of an unusual light …

Localized surface plasmon-based sensors are widely used in various fields, such as
biosensing and gas sensing, as well as optical and electrochemical sensing. In such …

Multicolour photochromic behaviour in light-sensitive Ag–AgCl and Ag–AgI thin films at room
temperature was investigated and compared. Although it seemed that the Ag–Ag halide thin …

Formation of silver nanoparticles inside a soda-lime glass matrix in the presence of a high
intensity Ar+ laser beam | Journal of Applied Physics | AIP Publishing Skip to Main Content …

A new method for the elaboration of a novel type of catalytic microsystem with a high specific
area catalyst is developed. A silver nanocluster catalytic microreactor was elaborated by …

In this article we review the concept of electron-beam-addressed high density phase-change
nanoparticle memory, where information is written in the phase state of gallium …

Fractal dendritic silver microstructures are observed on the surface of the Ag+-doped
glasses as a result of a photothermal interaction with a focused multiline cw high-power (P …

In the present article, ion-beam lithography in ion-exchanged glasses is used as a method
for the fabrication of miniaturized phase optical diffractive elements. It is established that, as …

A heated Ag+-doped glass is subjected to an external constant uniform electric field (Eo>
250V/cm) parallel to its surface. Absorption spectra studies by linear polarized light imply the …

In this article, results of an investigation about the modification of silver ions embedded in a
glass matrix under the action of a CW high-power Ar+ laser beam, by means of laser …