Various glass composition, x = 0.0, 0.2, 0.4 and 0.6 were synthesized in a bulky glass system 64 [(Pb_1-xSr_x)OTiO₂]-25 [(2SiO₂·B₂O₃)]-[3BaO·7K₂O]-1La₂O₃ using melt-quenching technique. All synthesized glasses were converted into their glass ceramics via a scalable solid-state reaction method. Several physical parameters were investigated such as green/sintered density, oxygen packing density, ionic concentrations, molar volume, and molar mass respectively. For phase identification of the sintered glass ceramics, X-Ray diffraction measurements were performed. Further, to evaluate structural properties of the sintered glass ceramic samples, FTIR spectroscopy was also performed. To reveal the grain/grain boundaries and elemental analysis, surface morphology of the sintered glass ceramics followed by energy dispersive X-ray analysis was evaluated by employing a scanning electron microscopic technique. Further, to study the mechanical properties of these glass ceramics, tribological tests were also conducted, and revealed the maximum value of compressive strength, 322 MPa for glass ceramic, x = 0.6 sintered at 796 °C.

在大玻璃系统64 [（Pb _1-x Sr _x）OTiO ₂ ] -25 [（2SiO ₂ ·B ₂ O ₃）]-[3BaO· 7K ₂ O] -1La ₂ O ₃使用熔体淬火技术。通过可扩展的固态反应方法，所有合成玻璃都转化为玻璃陶瓷。研究了几个物理参数，例如生坯/烧结密度，氧堆积密度，离子浓度，摩尔体积和摩尔质量。为了鉴定烧结玻璃陶瓷的相，进行了X射线衍射测量。另外，为了评价烧结玻璃陶瓷样品的结构特性，还进行了FTIR光谱分析。为了揭示晶粒/晶粒边界和元素分析，通过采用扫描电子显微镜技术评估了烧结玻璃陶瓷的表面形态，然后进行了能量色散X射线分析。此外，为了研究这些玻璃陶瓷的机械性能，