Study of some thermo-mechanical parameters in Se70Te30-xMx (x = 0, 2; M = Cd, Ag, and Zn) alloys

Impact of micro-indentation load/time and Zinc concentration on the thermo- mechanical characteristics of amorphous Se78Te20Sn2 alloy

“…Nanoindentation offers a more refined and localized assessment of material hardness, allowing researchers to explore the variations in mechanical properties at smaller length scales. This approach is particularly valuable when examining thin films, coatings, and nanomaterials, where traditional micro-indentation methods may not provide sufficient resolution [16][17][18]. Nanoindentation aids in understanding the unique mechanical behavior of such materials at the nanoscale, enabling more precise engineering and design of advanced optical devices and components [15].…”

“…Building on this existing knowledge, we aim to contribute valuable insights into the behavior of the Se 78 Te 20 Sn 2 glass with the incorporation of Zn as a chemical modifier. Understanding these thermo-mechanical properties can have significant implications for developing advanced materials with tailored mechanical characteristics for diverse applications [17]. Hence, considering the technological perspective, it becomes crucial to assess these alterations, which tend to reduce the material's strength and could potentially lead to adverse consequences for structural components.…”