【摘要】 为了增强稀土有机薄膜的发光效果，在制备稀土发光薄膜过程中引入了金纳米核-壳结构（Au@SiO₂）.利用滴铸法将不同浓度的Au@SiO₂滴在石英片上；利用旋涂法将Eu（dbm）₃phen.聚甲基丙烯酸甲酯（PMMA）:CH₂Cl₂混合溶液旋涂在石英片上，制备成薄膜样品.通过对薄膜样品的性能表征后发现：引入Au@SiO₂后可增强薄膜的发光强度；激发和发光增强因子最大分别为279.1%和222.9%，同时延长了薄膜样品的荧光寿命.将Au@SiO₂引入稀土发光薄膜的制备过程中，能够有效地提升薄膜的发光性能，应用潜力较好.更多还原

【Abstract】 To enhance luminescence emitted by rare-earth organic thin films, gold nano core-shell structures（Au@SiO₂） were introduced during preparation of rare-earth luminescent films. A drop-casting method was used,Au@SiO₂ nanostructures with different molar concentrations were applied onto quartz slides. A mixture of Eu（dbm）₃phen: PMMA: CH₂Cl₂ was then spin-coated onto quartz slides to fabricate thin films. Characterizations of these samples revealed that introducing Au@SiO₂ significantly enhanced film luminescence intensity. Maximum excitation and luminescence enhancement factors were 279.1% and 222.9% respectively,with extended fluorescent lifetime. Incorporating Au@SiO₂ into the fabrication process of rare-earth luminescent films effectively improves their luminous performance,with promising application potentials.更多还原