A kind of novel composite nanophosphor consisting of corroded SiO₂ and La₂MoO₆:0.14Eu³⁺ (abbreviated as LMO:0.14Eu³⁺) had been successfully synthesized by hydrothermal approach followed by calcination. The mic-morphology of the composite material was observed by FE-SEM. The positive effect of corroded SiO₂ on the luminescence performance of phosphor had been studied in detail. The SiO₂ corroded by different concentrations of NaOH changed the diffuse reflection path of excitation light and the stacked structure of nanophosphor. Under the excitation of 465 nm, the excitation light was more continuously scattered in SiO₂-LMO:0.14Eu³⁺ nanophosphor than in LMO:0.14Eu³⁺ nanophosphor, which caused more activator ions Eu³⁺ were successfully activated to enhance the luminescence intensity and color purity. The results suggest that adding corroded SiO₂ to improve optical conversion properties of phosphors might become a relatively effective method.

采用水热法和煅烧法成功合成了一种由腐蚀后的SiO ₂和La ₂ MoO ₆ :0.14Eu ³⁺组成的新型复合纳米磷光体（简称LMO:0.14Eu ³⁺）。通过FE-SEM观察复合材料的微观形貌。详细研究了腐蚀后的SiO ₂对荧光粉发光性能的积极影响。不同浓度NaOH腐蚀的SiO ₂改变了激发光的漫反射路径和纳米荧光粉的堆叠结构。在465 nm激发下，激发光在SiO ₂ -LMO:0.14Eu中散射更连续³⁺纳米磷光体比在 LMO 中：0.14Eu ³⁺纳米磷光体，这导致更多的活化剂离子 Eu ³⁺被成功地活化，以提高发光强度和色纯度。结果表明，添加腐蚀的SiO ₂以提高荧光粉的光学转换性能可能成为一种相对有效的方法。