光致发光稀土配合物杂化材料的研究进展

Research Progress on Photoluminescent Hybrid Materials Based on Rare Earth Complexes

光致发光的稀土配合物杂化材料既拥有稀土配合物优良的荧光性质,又具有有机、无机材料的优点,是一类新型的发光材料。根据材料基质可将其分为有机基质及无机基质的杂化材料,分别评述了上述两类光致发光稀土配合物杂化材料的研究进展,着重阐述了近年来有机基质的键合型光致发光稀土配合物杂化材料的制备方法,并提出未来展望。

The photoluminescent hybrid material ties of small molecular rare earth complexes, but of rare earth complexes not only has excellent fluorescent proper- also has the advantages of organic and inorganic materials, which is a new style luminescent material. The solid matrices could be divided into organic and inorganic matrices. In this paper, the recent progress on these two kinds of photoluminescent hybrid materials of rare earth complexes was reviewed, whose emphasis was put on the preparation methods of organic matrix based on the bonding type rare earth complex hybrid materials. Moreover, the future prospect for the photoluminescent hybrid material of rare earth complexes was also put forward.