In the present study, tellurium-rich (45–55 mol%) As-Se-Te chalcogenide glasses were
synthesized and purified further to eliminate the impurities for achieving extended far …

Optical composite fibers based on active transition metal (TM)-doped semiconductor crystals
are being investigated for use in mid-infrared (mid-IR) fiber laser systems. This study …

In this study, two series of Ga x Sb 40-x S 60 (x= 4, 6, 8, 10 mol%) and Ga y Sb 36 S 64-y (y=
3, 5, 6 mol%) glasses were prepared and the relationship between their compositional and …

The complete removal of the impurities like Se-H in Se-based chalcogenide glasses has
been challenging in the development of highly transparent chalcogenide glass fiber. In this …

The novel multi-stage method for preparation of especially pure Ge x As y Sb z S 100-xyz
(x= 10–13; y= 20–23; z= 4–6) glasses is presented. The method includes the stages of deep …

Crystallization of chalcogenide glasses provides a new possibility to decoupling the trade-off
between acousto-optic figure of merit (M 2) and acoustic attenuation (α) properties of …

Acousto‐optic (AO) devices are known for their high parallel processing capabilities and
efficient transduction, essential for real‐time processing systems. As a vital AO medium …

The design of multiphase optical nanocomposites necessitates the understanding of
coexisting phases' morphology and chemistry which have deterministic impacts on light …

Strong absorption from the impurities and background scattering induced by heterophase
inclusions are major issue in the applications of Ge-As-S glass in mid-infrared (MIR). Here …

Optical composite materials made by powder processing routes can suffer from unwanted
absorption loss introduced through powder handling. This can be due to impurities that are …