The unique and striking material properties of chalcogenide glasses have been studied for
decades, providing applications in the electronics industry, imaging and more recently in …

There is a growing demand for high-performance infrared (IR) materials with longer
wavelength optical transmission, higher mechanical strength, and increased thermal …

Optical technologies in the midwave and long wave infrared spectrum (MWIR, LWIR) are
important systems for high resolution thermal imaging in near, or complete darkness. While …

The ability to detect and analyze carbon dioxide has become increasingly important in
environmental as well as planetary science. Accurate detection of CO2 in the earth's …

We herein report the preparation of high refractive index polymers (HRIPs) with enhanced
thermal stability from the copolymerization of S8 and divinylbenzene (DVB) in a single step …

Optical microstructures are increasingly applied in several fields, such as optical systems,
precision measurement, and microfluid chips. Microstructures include microgrooves …

Fresnel reflection at the boundary between two media of differing refractive indices is a
major contributing factor to the overall loss in mid-infrared optical systems based on high …

The current study attempts to investigate the radiation shielding, optical, structural, and
physical properties of SeTe chalcogenide alloys after incorporating Ag as a chemical …

Abstract Amorphous Ge 10− x Se 60 Te 30 In x (0≤ x≤ 6) chalcogenide glasses were
prepared by melt quench technique. Surface morphology with the chemical composition of …

Multidimensional-engineering chalcogenide glasses is widely explored to construct various
infrared photonic devices, with their surface as a key dimension for wavefront control. Here …