Chalcogenide materials have attracted interest for diverse device applications, including
thermoelectrics, phase-change memory and optoelectronics, and even solid-state batteries …

The fast growing of infrared imaging system for non-contact thermography, night
surveillance and night driving assistance demands highly integrated optical lenses with …

The solution-processing of chalcogenides offers a cheap route for potential mass production
of high refractive index optical elements. Especially germanium-based glasses are …

This study investigates the impact of Mn-ion doping on various characteristics of thin films
composed of Mn x Se 75-x S 25. These films have a thickness of 170 nm and were tested at …

We present comparison of spin-coated thin films prepared in traditional way from solution of
dissolved bulk glass of particular ternary composition with films prepared from mixture of two …

This work presents the prospect of As–S–Se and As–Se thin film preparation from a modified
solution of As50Se50 chalcogenide glass in ethylenediamine. The source solution was …

Phase change materials (PCMs) are important building blocks in solid-state memory and
photonic devices. Solution-based processing promises large-area, cost-effective, conformal …

Optical polymers are attractive for lightweight and cost-effective refractive optical
components, yet they reflect part of the incident light. Traditional vacuum-deposited …

The formation of micro/nano scale pattern features on glass using direct thermal imprinting
has gained continuous attention due to its potential to replicate glass with various functional …

Chalcogenide glasses are attractive materials for optical applications. However, these
applications often require patterning of the surface with functional micro-/nanostructures …