The paper is a review of surface plasmon resonance (SPR) structures containing
amorphous chalcogenide (ChG) films as plasmonic waveguides. The calculation method …

The surface plasmon resonance calculations were performed for Kretschmann
configuration. Two of the layers, gold and chalcogenide films (GaLaS), have finite thickness …

Optical hysteresis is a fundamental phenomenon that can lead to optical bistability and high-
speed signal processing. Here, we present a theoretical and experimental study of the …

The Insulator-Metal-Insulator-Insulator (IMII) plasmonic structures present a great interest for
the optical photonics devices. In this paper we present an analyze for coupling of light into …

The investigation of the silver thin (50 nm) films obtained by pulsed laser deposition show
the column and island surface topography that may induce light scattering and produce …

We report on experimental investigations of a plasmonic structure that contains an
amorphous chalcogenide As2S3 thin film as waveguide. A BK7 glass prism, which has the …

Plasmonics is a promising topic, studied from early 20th century, exploring phenomena
based on interaction between electromagnetic radiation and conduction electrons at metallic …

The field of chalcogenide materials have been extensively studied over the past 40 years.
Most of the data published to date has focused on amorphous (a-) Se, amorphous or …

In this paper we present several numerical simulations of the surface plasmon resonance for
Kretschmann type configuration in a metal-chalcogenide waveguide. We assume that the …

In report is made the synthesis of the surface plasmon polariton propagation phenomenon.
Methods such as Maxwell equations, Drude model used to describe the light confinement at …