In this study, the fluoro-aluminosilicate glasses with compositions of 50SiO₂–20AlF₃–10BaF₂–10BaCO₃–9K₂O–1Bi₂O₃ (SAB) were prepared using the conventional melting method and Ag⁺-K⁺ ions exchange process. The visible and near-infrared luminescence spectra of the Biⁿ⁺-doped (n = 1, 2, and 3) under excitations of 273, 345, 543, 690 nm, and 808 nm LD wavelengths were investigated. The EDS analysis of the SAB glass was measured to confirm the presence of atoms in the glass. The DTA and temperature parameters were measured and determined to evaluate the thermal. Besides, with the increase in percentage concentration of AgNO₃: KNO₃ during the ions exchange process, the values of optical bandgaps were also estimated and analyzed.

在这项研究中，使用常规熔融方法和Ag ⁺ -K ⁺离子交换制备了氟硅铝酸盐玻璃，其成分为50SiO ₂ –20AlF ₃ –10BaF ₂ –10BaCO ₃ –9K ₂ O–1Bi ₂ O ₃（SAB）。处理。Bi ^{n +}的可见和近红外发光光谱研究了在273、345、543、690 nm和808 nm LD波长的激发下掺杂（n = 1、2和3）的LD。测量SAB玻璃的EDS分析，以确认玻璃中是否存在原子。测量并确定了DTA和温度参数以评估热性能。此外，随着离子交换过程中AgNO ₃：KNO ₃浓度百分比的增加，光学带隙的值也被估算和分析。