• Acta Physica Sinica
  • Vol. 68, Issue 10, 106102-1 (2019)
Man Mo1, Ji-Shu Zeng2, Hao He2, Liang Zhang1, Long Du1, and Zhi-Jie Fang1、2、*
Author Affiliations
  • 1College of Science, Guangxi University of Science and Technology, Liuzhou 545006, China
  • 2Materials Science and Engineering Research Center, Guangxi University of Science and Technology, Liuzhou 545006, China
  • show less
    DOI: 10.7498/aps.68.20182255 Cite this Article
    Man Mo, Ji-Shu Zeng, Hao He, Liang Zhang, Long Du, Zhi-Jie Fang. The first-principle study on the formation energies of Be, Mg and Mn doped CuInO2[J]. Acta Physica Sinica, 2019, 68(10): 106102-1 Copy Citation Text show less
    The crystal structure of the CuInO2, the red atoms are O atoms, the brown atoms are Cu atoms, the purple atoms are In atoms: (a) Substituting yellow dopant atom for Cu atom; (b) substituting green dopant atom for In atom.CuInO2晶体结构图, 图中红色原子为O原子, 灰色原子为In原子, 棕色原子为Cu原子 (a)黄色掺杂原子替代Cu原子的情况; (b)绿色掺杂原子替代In原子的情况
    Fig. 1. The crystal structure of the CuInO2, the red atoms are O atoms, the brown atoms are Cu atoms, the purple atoms are In atoms: (a) Substituting yellow dopant atom for Cu atom; (b) substituting green dopant atom for In atom. CuInO2晶体结构图, 图中红色原子为O原子, 灰色原子为In原子, 棕色原子为Cu原子 (a)黄色掺杂原子替代Cu原子的情况; (b)绿色掺杂原子替代In原子的情况
    The change of doping formation energies under cation-poor, anion-rich condition.掺杂形成能在cation-poor, anion-rich的变化图
    Fig. 2. The change of doping formation energies under cation-poor, anion-rich condition.掺杂形成能在cation-poor, anion-rich的变化图
    The change of doping formation energies under cation-rich, anion-poor condition.掺杂形成能在cation-rich, anion-poor的变化图
    Fig. 3. The change of doping formation energies under cation-rich, anion-poor condition.掺杂形成能在cation-rich, anion-poor的变化图
    The calculated transition energy levels of the extrinsic defects in CuInO2.掺杂元素在CuInO2的缺陷跃迁能级
    Fig. 4. The calculated transition energy levels of the extrinsic defects in CuInO2.掺杂元素在CuInO2的缺陷跃迁能级
    CuInO2 晶格常数理论计算值 晶格常数实验值
    a3.297 Åa3.292 Å
    c17.192 Åc17.388 Å
    u0.1047 Åu0.1061 Å
    c/a5.214c/a5.282
    Table 1. Theoretical values and experimental values of lattice constants in CuInO2.
    掺杂种类最近邻键距掺杂种类最近邻键距掺杂种类最近邻键距
    BeCu1.49 Å(O, 2)MgCu1.85 Å(O, 2)MnCu1.77Å(O, 2)
    BeIn1.96 Å(O, 6)MgIn2.12 Å(O, 6)MnIn1.93Å(O, 6)
    Bei1.62 Å(O, 3)Mgi2.04 Å(O, 3)Mni1.99Å(O, 3)
    Table 2. The surrounding atoms of dopant, kinds and numbers of dopantxs nearest neighbor atoms in parentheses.
    掺杂类型形成能掺杂类型总能/eV形成能掺杂类型总能/eV形成能
    BeCu–2.20MgCu–650.87–2.58MnCu–654.631.76
    BeIn0.79MgIn–651.36–1.59MnIn–656.541.33
    Bei–1.05Mgi–654.27–1.27Mni–657.393.71
    Table 3. The calculated formation energies of dopants in CuInO2.
    Man Mo, Ji-Shu Zeng, Hao He, Liang Zhang, Long Du, Zhi-Jie Fang. The first-principle study on the formation energies of Be, Mg and Mn doped CuInO2[J]. Acta Physica Sinica, 2019, 68(10): 106102-1
    Download Citation