In this study, we first design and simulate transparent nanostructured electrodes MoO₃ / Ag / V₂O₅, MoO₃ / Ag / WO₃, MoO₃ / Ag / ZnS with optimum Thickness, 39.3 / 21.7 / 22.8, 39.9 / 21.4 / 22 ,42.4 / 20.7 / 21, respectively. The nanometers were studied to achieve high transparency and low sheet resistance and then these structures were deposited on glass substrates by thermal evaporation. In this paper, the effect of parameters such as layer rate, layer thickness, substrate temperature, on structural, optical and electrical properties of these multilayer nanostructures was investigated. The optical transducers for each structure, especially at 550 nm, were 65.8,55.1 and 66.9%, respectively, and the sheet resistance of the electrodes was 8.38 /4.26/ 4.38 (Ω / □), respectively.

Keywords: Nanostructure Transparent conductive electrode, Optical transducer, Competency factor, Surface resistivity.

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