We demonstrate that the dissolution of 10 nm metal nanoparticles localized in the
subsurface layer of silicate glass by static electric field can be employed to alter the optical …

By examining the electric field induced processes in glasses and glass-metal
nanocomposites (GMN) we propose mechanism of the electric field assisted dissolution …

Application of electric field and moderately elevated temperature depletes the side facing
anode from alkali present in glasses. The change of composition of the treated glass results …

The electric field-assisted dissolution (EFAD) of Ag and Au metal island films (MIFs) in
multilayer structures is investigated. The samples consist of Au and Ag MIFs separated by …

The formation of three dimensional (3D) photonic microstructures by the locally selective
dissolution of metal clusters embedded in dielectric multilayer stacks is presented …

By employing DFT approaches we studied the adsorption of a single Ag atom and its cation
on different sites of a pure α-quartz (001) surface and on an α-quartz (001) surface …

The process of glass poling and electric field assisted dissolution of metal films on coated
glass substrates is investigated. The samples consist of soda lime glass substrates coated …

We synthesized micrometer-sized three-dimensional superlattices consisting of gold (Au)
nanocrystals modified with three types of water-soluble thiolates in different dimensions …

Recent advances in nanophotonics and biosensing have been based on the ability to
fabricate complex plasmonic nanostructures with enhanced and controllable optical …

A technique for patterning compact thin metal layers is presented. The technique is based
on a successive application of well known, cost-effective, and simple methods of glass …