Enhancing the luminescent properties of strontium phosphate glass via controlled crystallization and rare earth dopants.

The study focused on investigating the photoluminescence behavior of pure strontium phosphate glasses with a composition of 62.5% P₂O₅ and 37.5% SrO. Then it was extended to investigate the effects of adding rare earth elements (Pr³⁺, Sm³⁺, Eu³⁺, Dy³⁺) and the crystallization process on improving luminescent properties of the parent glass. Various spectroscopic measurements, including XRD, SEM & EDAX, and FTIR, were conducted to examine the relationship between structural changes and their impact on luminescent performance. The optical measurements showed a characteristic enhancement resulting from the addition of RE³⁺-dopants and the crystallization process. The crystallization of glasses yielded a single phase from Sr(PO₃)₂ with an extended emission peak at 671 nm and heightened intensity compared to the glassy sample. The development of efficient and stable luminescent glasses via crystallization and dopant type can lead to advancements in applications such as glowing devices, optical detectors, and photonics innovations. [ABSTRACT FROM AUTHOR]