Published Paper Details:

Chalcogenide glassy composites, due to their unique structural and thermal properties, hold immense promise in various technological applications. This research paper delves into the study of [(Cu5Se75Te10In10)100-y (CNT)y]nanocomposite materials, with varying carbon nanotube (CNT) concentrations (y = 0, 1%, and 2%), to uncover their structural properties. The investigation aims to elucidate the impact of CNT incorporation on the chalcogenide glassy matrix and its potential implications for advanced applications. Chalcogenide glasses have garnered considerable attention in recent years due to their exceptional properties, including high optical transparency, low thermal conductivity, and tunable electronic behavior. These attributes make them promising candidates for various applications, such as infrared optics, phase-change memory devices, and thermoelectric materials.The incorporation of carbon nanotubes (CNTs) into chalcogenide glassy matrices has emerged as a compelling avenue for enhancing their properties further. CNTs, with their outstanding mechanical, electrical, and thermal properties, can potentially impart new functionalities to chalcogenide glasses. This study focuses on the nanocomposite [(Cu5Se75Te10In10)100-y (CNT)y] where y represents the concentration of CNTs, to explore how the introduction of CNTs influences the structural characteristics of chalcogenide glasses.