长余辉材料的发射波长已经实现了从紫外到近红外光的扩展,根据各自的余辉特性,实现了在各行各业的应用。以红光及近红外光为主要发射波长的MgGeO3基长余辉材料由于其优秀的余辉性能,在日常照明以及生物成像等方面得到了广泛应用。分别总结了MgGeO3的结构性能以及不同角度的改性方法,并展示了MgGeO3基余辉材料在不同领域上的应用,同时对MgGeO3的未来进行了展望。
The emission wavelength of long afterglow materials has been extended from ultraviolet to near-infrared light,enabling their applications in various fields based on their afterglow characteristics.MgGeO3-based long afterglow materials with red and near-infrared light as the main emission wavelengths have been widely used in daily lighting and biological imaging due to their excellent afterglow properties.In this paper,the structural properties and modification methods of MgGeO3 from different perspectives were summarized,the application of MgGeO3-based afterglow materials in different fields was displayed,and the future of MgGeO3 was prospected.
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基金资助
国家自然科学基金(51572069和51772099)
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