Integration of chalcogenide waveguides in silicon photonics can mitigate the prohibitive
nonlinear losses of silicon while leveraging the mature complementary metal–oxide …

Glasses from the silver doped As 40 S 30 Se 30 matrix were successfully prepared using the
melt–quenching technique. Structural properties of the samples were investigated with X …

Abstract Thin films of (As 50 Se 50) 100− x Ag x (with 0≤ x≤ 25 s) metal-chalcogenide
glasses were deposited onto glass substrates by thermal evaporation technique under high …

Raman spectra of (As1–xBix) 2S3 glass samples with x≤ 0.2 measured at the excitation
with above‐bandgap (532 nm) laser light at a relatively low power density (Pexc= 4 kW/cm2) …

In this paper we focus on structural properties of As 2 S 3–Ag glasses in phase separation
region (Ag content: 0, 5, 7 at.%) using XRD technique and Raman spectroscopy and report …

Density functional/molecular dynamics simulations and experimental data (x-ray and
neutron diffraction, extended x-ray absorption fine structure) have been combined to …

We report on electric properties of Agx (As0. 33Ch0. 67) 100− x (Ch═ S, Se, Te) glass
systems in relation to their microstructure and changing constituting chalcogenide atoms …

In this paper, a silver ion-selective electrode material with lower detection limit is presented.
The electrode is based on 22.5 As2S3-22.5 Ag2S-55AgCl chalcohalide glass membranes …

Integrated photonics is of growing interest but relies on complex fabrication methods that
have yet to match optical losses of bulkier platforms like optical fibers or whispering gallery …

The physical properties of chalcogenide glasses in the (GeSe2–3As2Se3) 1–xPbSex [GAP-
Se] series (x= 0–55 mol%) have been measured as a function of PbSe content and glass …