Research Paper

Journal of Nanoparticle Research

, Volume 12, Issue 1, pp 217-225

First online:

Morphology–luminescence correlations in europium-doped ZnO nanomaterials

  • Yuming YangAffiliated withCollege of Chemistry, Jilin University
  • , Hua LaiAffiliated withCollege of Chemistry, Jilin University
  • , Haitao XuAffiliated withCollege of Chemistry, Jilin University
  • , Chunyan TaoAffiliated withKey Laboratory for Supramolecular Structure and Materials of Ministry of Education, Jilin University
  • , Hua YangAffiliated withCollege of Chemistry, Jilin University Email author 

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In order to investigate the correlations of morphologies and optical properties, different morphologies of Eu-doped ZnO were synthesized by different methods. Specifically, the structure of SiO2/ZnO:Eu nanoflower was synthesized for the first time and has not been reported previously. One percent was chosen as the Eu doping concentration. The relations of the morphology, diameter, and uniformity with the PL intensity were examined. The PL intensity of ZOE samples has a close relationship with the morphology. The PL intensity order of the different morphologies of ZnO:Eu is as follows: nanorod arrays > thin film > nanospheres > nanoparticles > nanoflowers > nanorods. The PL intensity of nanomaterials is larger, if the diameter of the nanomaterials is larger. However, the size of diameter is not the most important reason. It was found that the sample uniformity plays a key role on ZnO:Eu PL intensity. ZnO:Eu with small particle diameters may have strong photoluminescence intensity, if the nanoparticles are uniform.


Morphology Photoluminescence Nanoparticles Nanospheres Nanoflowers Nanorods