Quantifying Mechanical properties on L- Threonine doped Tris Thio Urea Zinc Sulphate crystals

Abstract

This Investigation is mainly focused on the Quantifying Mechanical properties of L-Threonine doped ZTS crystal. As ZTS crystal proved its significance in many fields especially in opto-electronic devices and LASER applications, the growth of 1 mole percent inclusion of LTH in ZTS crystals is carried out in 23 days and a short discussion about the growth is explained. An exclusive in-depth mechanical analysis is done by various techniques to describe the endurance strength of the grown crystal. A complete analysis of mechanical stability is illustrated by different methods like Vickers hardness test, Meyer power law method, Hays-Kendall’s method (HK method), Li and Bradt method (PSR method) and Elastic/ Plastic deformation method (EPD method). Every method ascertains the strong inclination towards RISE nature of the crystal. The EPD model validated that it is best technique in helping to describe the quantifying mechanical properties of the grown crystal.