Scheelite-type strontium tungstate (SrWO₄) phosphor powders were successfully synthesized using strontium nitrate and tungstic acid as starting materials by a gamma-ray irradiation-assisted polyacrylamide gel route. The phase purity, structure, functional groups, surface morphology, chemical composition, colorimetric, optical and photoluminescence properties of SrWO₄ phosphor powders were systematically studied by various testing instruments. The crystallite size of SrWO₄ phosphor powders increases with the increasing of sintering temperature. The color, optical and photoluminescence properties of SrWO₄ phosphor powders are strongly dependent on the sintering temperature, carbon chain and the distortion of tetrahedral [WO₄] clusters. The fluorescence emission at (310 nm, 338 nm, 360 nm and 400 nm) and 465 nm can be ascribed to the new energy level formed by a carbon chain, amorphous SrWO₄ or oxygen vacancy, and the distortion of tetrahedral [WO₄] clusters, respectively.

以硝酸锶和钨酸为起始原料，通过γ射线辅助聚丙烯酰胺凝胶法成功合成了白钨矿型钨酸锶（SrWO ₄）荧光粉。通过各种测试仪器系统地研究了SrWO ₄荧光粉的相纯度，结构，官能团，表面形态，化学组成，比色，光学和光致发光性能。SrWO ₄荧光粉的微晶尺寸随着烧结温度的升高而增大。SrWO ₄荧光粉的颜色，光学和光致发光特性在很大程度上取决于烧结温度，碳链和四面体[WO_4个]集群。在（310 nm，338 nm，360 nm和400 nm和465 nm）的荧光发射可以归因于由碳链，无定形SrWO ₄或氧空位以及四面体[WO ₄ ]畸变形成的新能级集群。