A series of europium (Eu³⁺) doped SrO + ZnO + PbO + P₂O₅ glasses with varied ZnO and PbO compositions have been prepared by melt quenching method. The structural and optical properties of the samples are analysed by XRD, FTIR, absorption, optical band gap energy, excitation, phonon sideband (PSB) spectrum, luminescence emission, decay profile and CIE chromaticity coordinates. The most intense emission is found at 611 nm (red) corresponding to ⁵D₀ → ⁷F₂ transition. Using the luminescence emission spectra, the branching ratio (β_m), effective bandwidth (Δλ_eff) and emission intensity ratio (R) have been calculated. The decay profile of the ⁵D₀ excited state is fitted with a single exponential function and thereby lifetime is evaluated. The high colour purity of 97.4% in the red region is estimated for the EuSr30ZnPbP glass. The luminescence properties indicate that the present glasses could be used for red laser materials and optical display devices.

通过熔体淬火法制备了一系列掺有不同的ZnO和PbO的of（Eu ³⁺）掺杂的SrO + ZnO + PbO + P ₂ O ₅玻璃。通过XRD，FTIR，吸收，光学带隙能量，激发，声子边带（PSB）光谱，发光发射，衰减曲线和CIE色度坐标来分析样品的结构和光学性质。在611 nm（红色）处发现了最强的发射，对应于⁵ D ₀ → ⁷ F ₂跃迁。使用发光的发射光谱，分支比（β_米），有效带宽（Δ λ _EFF）和发射强度比（R）已计算出来。⁵ D ₀激发态的衰减曲线与单个指数函数拟合，从而评估了寿命。EuSr30ZnPbP玻璃在红色区域的色纯度高达97.4％。发光性能表明本发明的玻璃可用于红色激光材料和光学显示装置。