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A role of Eu-doping on Electronic Structure and Optical Properties of ZnO from First-principles

Based on the first principles, the electronic and optical properties of Eu-doped ZnO have been investigated. The calculated results indicate that the Fermi level moves to the conduction band, and highly localized Eu-4f states exist near the Fermi level after Eu-doping into ZnO. It is also found that the optical…

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Based on the first principles, the electronic and optical properties of Eu-doped ZnO have been investigated. The calculated results indicate that the Fermi level moves to the conduction band, and highly localized Eu-4f states exist near the Fermi level after Eu-doping into ZnO. It is also found that the optical properties are changed greatly in the low-energy region after doping. However, there is almost no effect in the high-energy region. The changes of optical properties are explained in connection with the calculated electronic properties.
http://www.ivypub.org/apf/paperInfo.aspx?ID=2892

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A role of Eu-doping on Electronic Structure and Optical Properties of ZnO from First-principlesaspx30 KB
Based on the first principles, the electronic and optical properties of Eu-doped ZnO have been investigated. The calculated results indicate that the Fermi level moves to the conduction band, and highly localized Eu-4f states exist near the Fermi level after Eu-doping into ZnO. It is also found that the optical properties are changed greatly in the low-energy region after doping. However, there is almost no effect in the high-energy region. The changes of optical properties are explained in connection with the calculated electronic properties.
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