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首页> 外文期刊>Journal of Alloys and Compounds: An Interdisciplinary Journal of Materials Science and Solid-state Chemistry and Physics >Al-doped ZnO/Ag grid hybrid transparent conductive electrodes fabricated using a low-temperature process
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Al-doped ZnO/Ag grid hybrid transparent conductive electrodes fabricated using a low-temperature process

机译：使用低温工艺制造的掺铝ZnO / Ag栅混合透明导电电极

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Al-doped ZnO (AZ0)/Ag grid hybrid transparent conductive electrode (TCE) structures were fabricated ,n a low temperature by using electrohydrodynamic jet printing for the Ag grids and atomic layer depositicn for the AZO layers. The structural investigations showed that the AZO/Ag grid hybrid structures consisted of Ag grid lines formed by Ag particles and the AZO layer covering the inter-spacing between the Ag grid lines. The Ag particles comprising the Ag grid lines were also capped by thin AZO layers, and the coverage-of the AZO layers was increased with increasing the thickness of the AZO layer. Using the optimum thickness of AZO layer of 70 nm, the hybrid TCE structure showed an electrical resistivity of 5.45×10~(-5)Ω cm. an optical transmittance of 80.80%, and a figure of merit value of 1.41×10~(-2)Ω~(-1). The performance enhancement was suggested based on the microstructural investigations on the AZO/Ag grid hybrd structures.
机译：通过在Ag网格上使用电液流喷射印刷技术，在AZO层上使用原子层沉积法，在低温下制备了Al掺杂ZnO（AZ0）/ Ag网格混合透明导电电极（TCE）结构。结构研究表明，AZO / Ag网格混合结构由由Ag颗粒形成的Ag网格线和覆盖Ag网格线之间的间距的AZO层组成。包括Ag网格线的Ag颗粒也被薄的AZO层覆盖，并且随着AZO层的厚度增加，AZO层的覆盖率增加。使用70nm的最佳AZO层厚度，混合TCE结构显示出5.45×10〜（-5）Ωcm的电阻率。透光率为80.80％，品质因数为1.41×10〜（-2）Ω〜（-1）。根据对AZO / Ag网格杂化结构的微观结构研究，提出了性能增强的建议。

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