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首页> 外文会议>International Conference on Energy and Environmental Protection >Preparation and Optical Properties of Gallium-Titanium Codoped Zinc Oxide Transparent Conductive Films for Solar Cells
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Preparation and Optical Properties of Gallium-Titanium Codoped Zinc Oxide Transparent Conductive Films for Solar Cells

机译：太阳能电池镓钛氧化锌氧化锌透明导电膜的制备和光学性能

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Transparent conducting gallium-titanium codoped zinc oxide thin films were grown onto glass substrates with magnetron sputtering technique in ambient argon gas, and the influence of argon pressure on optical properties of the films were investigated. The refractive indexes of the films were calculated. It is found that the refractive index tends to increase with increasing the photon energy. Meanwhile, the dispersion behavior of the refractive index was analyzed in terms of the single-oscillator model and the oscillator parameters were obtained. Furthermore, the optical energy gaps were evaluated by single-oscillator model and Tauc's relation, respectively. The values of optical energy gap estimated from single-oscillator model are in agreement with those determined from Tauc's relation.
机译：透明导电镓 - 钛的氧化钛氧化锌薄膜在环境氩气中呈磁控溅射技术生长到玻璃基板上，并研究了氩气对膜的光学性质的影响。计算薄膜的折射率。发现折射率随着光子能量的增加而趋于增加。同时，根据单振荡器模型分析折射率的分散行为，并获得振荡器参数。此外，通过单振荡器模型和Tauc的关系分别评估光能间隙。单振荡器模型估计的光能差距的值与从Tauc的关系中确定的那些达成一致。

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