银、镍、钙共掺杂AZO透明电极的合成及其环境稳定性

S. Tabassum, E. Yamasue, H. Okumura, K. Ishihara
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引用次数: 0

摘要

Al掺杂ZnO具有优异的光电性能,是透明电极最有前途的候选材料。透明电极在恶劣环境下的电稳定性是影响器件尤其是太阳能电池的重要因素,因为TCO电阻的增加会导致器件性能的下降。由于氧化作用,偶氮氧化合物的电稳定性一直不理想。在本实验中,AZO薄膜与低活性(银、镍)和高活性(钙)材料在氧气中共掺杂,并在环境条件下观察30天的电稳定性。结构、光学和电学性能也被表征。
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Synthesis and environmental stability of silver, nickel and calcium co-doped AZO transparent electrode
Al doped ZnO is the most promising candidate for transparent electrode, because it possesses an outstanding opto-electrical property. Electrical stability of transparent electrode in harsh environment is an important factor for devices, especially for solar cell, since the increase of TCO resistance will lead to degradation of device performance. The electrical stability of AZO is not satisfactory till now because of oxidization. In this experiment, AZO film was co-doped with less reactive (silver, nickel) and high reactive (calcium) material in oxygen and electrical stability was investigated in ambient condition for 30 days. Structural, optical and electrical properties are also characterized.
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